ML21038A002

Alpha-Omega Services, Inc. - Appendix

ML21038A002
Person / Time
Site:	07109316
Issue date:	01/31/2021
From:	Alpha Omega Services
To:	Office of Nuclear Material Safety and Safeguards
Shared Package
ML21037A002	List: ML21037A003 ML21037A004 ML21037A005 ML21037A006 ML21037A007 ML21037A008 ML21037A009 ML21037A010 ML21037A011 ML21037A012 ML21037A013 ML21037A014 ML21037A015 ML21038A001 ML21038A002
References
Download: ML21038A002 (828)

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{{#Wiki_filter:2.12 APPENDIX This appendix presents the following information:

• Data CDs
• Structural Evaluation Results - Models AOS-025, AOS-050, and AOS-100
• Structural Evaluation Results - Model AOS-025A
• Structural Evaluation Results - Model AOS-050A
• Structural Evaluation Results - Models AOS-100A and AOS-100A-S
• Structural Evaluation Results - Model AOS-100B
• LIBRA Finite Element Analysis Program and Verification Problems
• Description of LIBRA Files and Post-Processors: AOS Safety Analysis Report
• Selected Material Properties References
• Impact (Free-Drop) Test Report
• Test Report: Drop Tests of the Alpha Omega Services Shipping Cask for Radioactive Material
• Free-Drop Test Activity Record - Pre- and Post-Leak Test
• Dimensional Inspection Report
• Analysis of Content-Cask Lid Impact
• Comparison of Libra Static and Dynamic Impact Analysis
• Effect of Ribs on Stress at Foam-Cask Interface
• Analysis of 30-Ft. Drops with Shipping Cages
• Analysis of Tie-Down Devices
• Certificate of Conformance, General Plastics FR-3700 Series Foam - AOS-165A Prototype
• Analysis of Shipping Cage Lifting Bars - Models AOS-050A and AOS-100
• Shielding/Spacer Component Evaluation - Models AOS-050A, AOS-100A, and AOS-100A-S Radioactive Material Transport Packaging System Safety Analysis Report 2-159 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.1 Data CDs All thermal input/output files, as well as all Autodesk Inventor files, are attached on the Compact Discs (CDs), as listed below:

• CDs 1, 2, and 3 - All analytical files, including the LIBRA FEA program
• CD 4 - Autodesk Inventor files 2-160 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2 Structural Evaluation Results - Models AOS-025, AOS-050, and AOS-100 This appendix presents Load Case, Load Combination, and Free Drop structural evaluations for each AOS Transport Packaging System model:

• Structural Evaluation Results - Model AOS-025A
• Structural Evaluation Results - Model AOS-050A
• Structural Evaluation Results - Models AOS-100A and AOS-100A-S
• Structural Evaluation Results - Model AOS-100B Radioactive Material Transport Packaging System Safety Analysis Report 2-161 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.1 Structural Evaluation Results - Model AOS-025A This appendix presents the following information, specific to the Model AOS-025A transport package:

• Normal Conditions of Transport Stress Summary and Comparisons with Allowable - Model AOS-025A
• Hypothetical Accident Conditions of Transport, Summary of Damages (Stresses) - Model AOS-025A 2.12.2.1.1 Normal Conditions of Transport Stress Summary and Comparisons with Allowable - Model AOS-025A Table 2-64 and Table 2-65 present Model AOS-025A transport package Load Cases and Load Combinations, respectively, under Normal conditions of transport:
• Table 2-66 through Table 2-83 present Load Case output data. Comparisons with allowable stress limits are included for Load Cases 101, 102, 103, 104, 105, and 106.
• Table 2-84 through Table 2-101 present Load Combination output data.

Table 2-64. Load Cases Associated with Allowable Stresses under Normal Conditions of Transport - Model AOS-025A Load Case Description Data 101 100°F Ambient, Maximum Decay Heat Table 2-66 102 100°F Ambient, Maximum Decay Heat, Maximum Insolation Table 2-67 103 -20°F Ambient, Zero Decay Heat, Zero Insolation Table 2-68 104 -40°F Ambient, Zero Decay Heat, Zero Insolation Table 2-69 105 -40°F Ambient, Maximum Decay Heat Table 2-70 106 -20°F Ambient, Maximum Decay Heat Table 2-71 201 Internal Design Pressure, 207 kPa (30 psia) Table 2-72 202 Minimum External Pressure, 24 kPa (3.5 psia) Table 2-73 203 Maximum Increased External Pressure, 140 kPa (20 psia) Table 2-74 204 Additional Increased External Pressure, 2 MPa (290 psia) Table 2-75 211 Fabrication Stress Table 2-76 215 Compression Load (5x weight) Table 2-77 216 Rod Drop onto Cask Table 2-78 221 Forward 10g Vibration Inertia Load Table 2-79 222 Lateral 5g Vibration Inertia Load Table 2-80 223 Vertical 2g Vibration Inertia Load Table 2-81 231 4-ft. Head-On Drop Table 2-82 232 30-ft. Head-On Drop Impact Test, Normal Conditions Table 2-83 2-162 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-65. Load Combinations Associated with Allowable Stresses under Normal Conditions of Transport - Model AOS-025A Load Combination Load Cases Description Data 101 102, 201, 211 Hot Environment Table 2-84 102 104, 201, 211 Cold Environment Table 2-85 103 103, 202, 211 Increased External Pressure Table 2-86 104 101, 201, 202, 211 Minimum External Pressure Table 2-87 105 105, 201, 202, 211 Cold Environment with Maximum Decay Heat Table 2-88 106 101, 201, 203, 211 Maximum Pressure, Hot Environment Table 2-89 107 105, 201, 203, 211 Maximum Pressure, Cold Environment Table 2-90 215 215, 101, 201, 211 Compression Load Table 2-91 216 216, 101, 201, 211 Rod Drop Table 2-92 217 216, 104, 201, 211 Rod Drop, Cold Environment Table 2-93 221 221, 101, 201, 211 Forward Vibration Table 2-94 222 222, 101, 201, 211 Lateral Vibration Table 2-95 223 223, 101, 201, 211 Vertical Vibration Table 2-96 224 221, 103, 201, 211 Forward Vibration at Cold Temperature Table 2-97 225 222, 103, 201, 211 Lateral Vibration at Cold Temperature Table 2-98 226 223, 103, 201, 211 Vertical Vibration at Cold Temperature Table 2-99 231 231, 102, 201, 211 4-ft. Head-On Drop, Normal Conditions Table 2-100 30-ft. Head-On Drop, Normal Conditions 232 232, 102, 201, 211 Table 2-101 (Impact Test) 233 231, 103, 211 4-ft. Drop at Cold Temperature Table 2-102 Radioactive Material Transport Packaging System Safety Analysis Report 2-163 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-66. Load Case 101, 100°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.3327E+01 -2.7841E+01 -1.6030E+00 4.1168E+01 6.2735E+01 9.1885E-02 -1.9196E-01 -1.1052E-02 2.8384E-01 4.3254E-01 2 1.8481E+01 -3.5348E+01 -7.3136E+00 5.3828E+01 1.1004E+02 1.2742E-01 -2.4371E-01 -5.0426E-02 3.7113E-01 7.5872E-01 3 1.1888E+01 -2.5210E+01 1.0357E+00 3.7098E+01 5.8479E+01 8.1963E-02 -1.7382E-01 7.1410E-03 2.5578E-01 4.0320E-01 4 6.1221E+01 -2.5287E+02 -3.5965E+01 3.1409E+02 6.2290E+02 4.2210E-01 -1.7435E+00 -2.4797E-01 2.1656E+00 4.2948E+00 5 5.9830E+01 -2.8719E+02 -1.3955E+02 3.4702E+02 5.4579E+02 4.1251E-01 -1.9801E+00 -9.6219E-01 2.3926E+00 3.7631E+00 6 4.8628E+00 -1.4243E+02 -1.8031E+02 1.4729E+02 1.7075E+02 3.3528E-02 -9.8203E-01 -1.2432E+00 1.0156E+00 1.1773E+00 7 -1.9338E+00 -5.4225E+01 2.7226E+00 5.2292E+01 4.2532E+01

                 -1.3333E-02 -3.7387E-01            1.8772E-02        3.6054E-01       2.9325E-01 8    -1.9700E+00 -5.4235E+01            1.0402E-02        5.2265E+01       4.2866E+01
                 -1.3582E-02 -3.7394E-01            7.1718E-05        3.6035E-01       2.9555E-01 9    -1.9394E+00 -5.4136E+01 -1.0939E+00                  5.2196E+01       4.0292E+01
                 -1.3372E-02 -3.7325E-01 -7.5424E-03                  3.5988E-01       2.7780E-01 10    -8.2869E+00 -7.4767E+01            1.7471E+01        6.6481E+01       1.3195E+02
                 -5.7136E-02 -5.1550E-01            1.2046E-01        4.5837E-01       9.0974E-01 11    -1.8716E+01 -1.1606E+02 -5.8726E+01                  9.7343E+01       8.6337E+00
                 -1.2904E-01 -8.0020E-01 -4.0490E-01                  6.7116E-01       5.9527E-02 12      7.7527E+00 -1.3983E+02 -1.3968E+02                 1.4759E+02       6.9585E+00 5.3453E-02 -9.6412E-01 -9.6303E-01                 1.0176E+00       4.7977E-02 13    -1.3381E+01 -2.0043E+02 -3.3218E+01                  1.8705E+02       8.0556E+01
                 -9.2257E-02 -1.3819E+00 -2.2903E-01                  1.2897E+00       5.5541E-01 14    -1.5516E+01 -1.7660E+02            4.3348E+00        1.6109E+02       1.2270E+02
                 -1.0698E-01 -1.2176E+00            2.9888E-02        1.1107E+00       8.4595E-01 15      5.0409E+02 -4.6082E+02 -3.5506E+01                 9.6491E+02       1.6214E+03 3.4756E+00 -3.1772E+00 -2.4481E-01                 6.6528E+00       1.1179E+01 2-164                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.7388E+02 -3.4133E+02 -1.1891E+02 5.1521E+02 8.3771E+02 1.1989E+00 -2.3534E+00 -8.1985E-01 3.5523E+00 5.7758E+00 17 7.6463E+01 -2.3543E+02 5.1413E+00 3.1189E+02 5.3992E+02 5.2720E-01 -1.6232E+00 3.5448E-02 2.1504E+00 3.7226E+00 18 1.9931E+01 -1.2565E+02 1.7859E+02 1.4558E+02 2.1678E+02 1.3742E-01 -8.6631E-01 1.2313E+00 1.0037E+00 1.4946E+00 19 5.4880E+01 -2.1571E+02 1.4014E+02 2.7059E+02 4.5442E+02 3.7839E-01 -1.4873E+00 9.6623E-01 1.8656E+00 3.1331E+00 20 3.3759E+01 -2.7313E+02 -7.4676E-01 3.0689E+02 5.6868E+02 2.3276E-01 -1.8831E+00 -5.1487E-03 2.1159E+00 3.9209E+00 21 1.9983E+01 4.0117E+00 1.4122E+01 1.5971E+01 8.0643E+00 1.3778E-01 2.7660E-02 9.7370E-02 1.1012E-01 5.5601E-02 22 9.2878E+00 -1.6752E+01 5.8919E+00 2.6039E+01 5.3023E+01 6.4037E-02 -1.1550E-01 4.0623E-02 1.7954E-01 3.6558E-01 Allowable Stress for Load Case 101 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 170.07 169.85 20.00 26.70 70.00 2 170.26 169.95 20.00 26.70 70.00 3 169.94 169.68 20.00 26.70 70.00 4 170.25 170.22 20.00 26.70 70.00 5 170.83 170.73 20.00 26.70 70.00 6 171.04 170.96 20.00 26.70 70.00 7 171.28 171.14 20.00 26.70 70.00 8 171.27 171.13 20.00 26.70 70.00 9 171.23 171.09 20.00 26.70 70.00 10 171.23 171.07 20.00 26.70 70.00 11 171.43 171.19 20.00 26.70 70.00 12 171.98 171.72 20.00 26.70 70.00 13 170.83 170.71 20.00 26.70 70.00 14 170.52 170.44 20.00 26.70 70.00 15 169.83 169.81 20.00 26.70 70.00 16 170.12 170.07 20.00 26.70 70.00 17 170.17 170.13 20.00 26.70 70.00 18 170.42 170.37 20.00 26.70 70.00 19 170.66 170.56 20.00 26.70 70.00 20 171.72 171.58 20.00 26.70 70.00 21 169.25 169.22 20.00 26.70 70.00 22 169.68 169.64 20.00 26.70 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-165 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-67. Load Case 102, 100°F Ambient, Maximum Decay Heat, Maximum Insolation, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.2042E+01 -2.6465E+01 -1.2767E+00 3.8507E+01 5.9653E+01 8.3029E-02 -1.8247E-01 -8.8028E-03 2.6550E-01 4.1129E-01 2 1.7922E+01 -3.2577E+01 -7.4355E+00 5.0499E+01 1.0306E+02 1.2357E-01 -2.2461E-01 -5.1266E-02 3.4818E-01 7.1056E-01 3 1.2490E+01 -2.3623E+01 -3.2368E-01 3.6113E+01 5.4421E+01 8.6113E-02 -1.6288E-01 -2.2317E-03 2.4899E-01 3.7522E-01 4 3.4914E+02 -3.2820E+02 -2.1387E+02 6.7734E+02 1.2718E+03 2.4072E+00 -2.2629E+00 -1.4745E+00 4.6701E+00 8.7691E+00 5 3.0330E+02 -1.6590E+02 -4.4195E+02 4.6919E+02 4.7463E+02 2.0911E+00 -1.1438E+00 -3.0472E+00 3.2350E+00 3.2724E+00 6 4.3240E+01 -3.7667E+02 -1.1116E+03 4.1991E+02 6.4881E+02 2.9813E-01 -2.5971E+00 -7.6641E+00 2.8952E+00 4.4734E+00 7 -6.8300E+01 -2.2748E+02 -1.8378E+03 1.5918E+02 5.5931E+01

                 -4.7091E-01 -1.5684E+00 -1.2671E+01                  1.0975E+00       3.8563E-01 8    -7.1007E+01 -2.2385E+02 -1.8387E+03                  1.5285E+02       4.0158E+01
                 -4.8958E-01 -1.5434E+00 -1.2677E+01                  1.0538E+00       2.7688E-01 9    -6.8874E+01 -2.2589E+02 -1.8513E+03                  1.5702E+02       5.2730E+01
                 -4.7487E-01 -1.5575E+00 -1.2764E+01                  1.0826E+00       3.6356E-01 10      3.7940E+01 -5.7268E+02 -9.7662E+02                 6.1062E+02       2.1127E+02 2.6159E-01 -3.9485E+00 -6.7336E+00                 4.2101E+00       1.4567E+00 11    -8.7258E+01 -5.3768E+02 -4.8550E+02                  4.5042E+02       6.3314E+02
                 -6.0163E-01 -3.7072E+00 -3.3474E+00                  3.1055E+00       4.3653E+00 12      1.8612E+01 -5.4650E+02 -5.3970E+02                 5.6511E+02       6.7494E+02 1.2832E-01 -3.7680E+00 -3.7211E+00                 3.8963E+00       4.6535E+00 13      7.2537E+01 -2.4837E+02 -6.6039E+01                 3.2091E+02       3.2331E+02 5.0012E-01 -1.7125E+00 -4.5532E-01                 2.2126E+00       2.2291E+00 14      3.5746E+01 -2.8476E+02 -5.3075E+01                 3.2051E+02       5.9180E+02 2.4646E-01 -1.9634E+00 -3.6594E-01                 2.2098E+00       4.0803E+00 15      9.2248E+02 -8.6794E+02 -8.8106E+01                 1.7904E+03       3.0075E+03 6.3602E+00 -5.9842E+00 -6.0747E-01                 1.2344E+01       2.0736E+01 2-166                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.2164E+02 -6.4191E+02 -1.9740E+02 9.6355E+02 1.5663E+03 2.2176E+00 -4.4258E+00 -1.3610E+00 6.6434E+00 1.0799E+01 17 1.4077E+02 -4.3793E+02 3.8502E+01 5.7869E+02 9.9987E+02 9.7056E-01 -3.0194E+00 2.6546E-01 3.9900E+00 6.8939E+00 18 3.9472E+01 -2.2939E+02 1.9121E+02 2.6886E+02 4.3950E+02 2.7215E-01 -1.5816E+00 1.3183E+00 1.8538E+00 3.0302E+00 19 1.1904E+02 -3.6343E+02 9.9902E+01 4.8247E+02 8.0248E+02 8.2074E-01 -2.5058E+00 6.8880E-01 3.3265E+00 5.5329E+00 20 1.3236E+02 -4.6148E+02 -9.4106E+00 5.9384E+02 1.1111E+03 9.1259E-01 -3.1818E+00 -6.4884E-02 4.0944E+00 7.6606E+00 21 2.4825E+01 4.5153E+00 1.5261E+01 2.0310E+01 9.4798E+00 1.7116E-01 3.1132E-02 1.0522E-01 1.4003E-01 6.5361E-02 22 1.8018E+01 -3.0138E+01 1.3409E+01 4.8156E+01 8.9828E+01 1.2423E-01 -2.0779E-01 9.2450E-02 3.3203E-01 6.1934E-01 Allowable Stress for Load Case 102 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 255.38 255.18 20.00 23.60 66.30 2 255.49 255.18 20.00 23.60 66.30 3 255.15 254.90 20.00 23.60 66.30 4 255.57 255.55 20.00 23.60 66.30 5 256.10 256.01 20.00 23.60 66.30 6 256.30 256.22 20.00 23.60 66.30 7 256.47 256.34 20.00 23.60 66.30 8 256.45 256.31 20.00 23.60 66.30 9 256.39 256.26 20.00 23.60 66.30 10 256.39 256.23 20.00 23.60 66.30 11 256.57 256.35 20.00 23.60 66.30 12 257.10 256.85 20.00 23.60 66.30 13 256.01 255.89 20.00 23.60 66.30 14 255.71 255.64 20.00 23.60 66.30 15 255.24 255.23 20.00 23.60 66.30 16 255.48 255.43 20.00 23.60 66.30 17 255.52 255.49 20.00 23.60 66.30 18 255.75 255.70 20.00 23.60 66.30 19 255.96 255.87 20.00 23.60 66.30 20 256.94 256.81 20.00 23.60 66.30 21 254.49 254.47 20.00 23.60 66.30 22 255.13 255.10 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-167 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-68. Load Case 103, -20°F Ambient, Zero Decay Heat, Zero Insolation, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.6224E+01 -1.2400E+02 -2.5915E+01 1.6023E+02 1.5954E+02 2.4975E-01 -8.5497E-01 -1.7868E-01 1.1047E+00 1.1000E+00 2 1.1401E+02 -1.5187E+00 -3.7180E+01 1.1553E+02 1.4883E+01 7.8607E-01 -1.0471E-02 -2.5635E-01 7.9655E-01 1.0262E-01 3 1.3158E+02 -1.6611E+01 -1.9397E+01 1.4819E+02 1.6471E+02 9.0718E-01 -1.1453E-01 -1.3374E-01 1.0217E+00 1.1356E+00 4 5.1382E+03 -3.5508E+03 -1.0594E+03 8.6890E+03 1.7448E+04 3.5427E+01 -2.4482E+01 -7.3043E+00 5.9909E+01 1.2030E+02 5 9.0634E+03 -4.2021E+03 -1.1953E+03 1.3266E+04 1.5716E+04 6.2490E+01 -2.8973E+01 -8.2415E+00 9.1463E+01 1.0836E+02 6 6.4410E+03 -2.3908E+02 1.3354E+03 6.6800E+03 1.1948E+04 4.4409E+01 -1.6484E+00 9.2073E+00 4.6057E+01 8.2375E+01 7 3.5268E+03 5.1759E-01 -8.2167E+01 3.5263E+03 9.9515E+01 2.4317E+01 3.5686E-03 -5.6652E-01 2.4313E+01 6.8613E-01 8 3.5225E+03 1.8346E-02 3.3241E+00 3.5225E+03 6.0174E-01 2.4287E+01 1.2649E-04 2.2919E-02 2.4287E+01 4.1488E-03 9 3.5237E+03 -6.4911E-02 -4.7631E+01 3.5237E+03 2.6424E+01 2.4295E+01 -4.4755E-04 -3.2840E-01 2.4295E+01 1.8219E-01 10 3.5411E+03 -2.7486E+02 1.5542E+03 3.8160E+03 1.8204E+03 2.4415E+01 -1.8951E+00 1.0716E+01 2.6310E+01 1.2551E+01 11 8.5223E+02 -8.5294E+02 1.8047E+02 1.7052E+03 1.5788E+03 5.8759E+00 -5.8808E+00 1.2443E+00 1.1757E+01 1.0885E+01 12 5.3403E+02 -3.0975E+02 2.2055E+02 8.4378E+02 1.6088E+03 3.6820E+00 -2.1356E+00 1.5206E+00 5.8177E+00 1.1092E+01 13 4.3646E+03 -1.8592E+03 2.8716E+02 6.2238E+03 4.0695E+03 3.0093E+01 -1.2819E+01 1.9799E+00 4.2912E+01 2.8058E+01 14 3.3108E+03 -1.5822E+03 2.5586E+02 4.8929E+03 6.0508E+03 2.2827E+01 -1.0909E+01 1.7641E+00 3.3735E+01 4.1719E+01 15 4.5537E+02 -3.1770E+02 3.0878E+02 7.7307E+02 1.0795E+03 3.1396E+00 -2.1905E+00 2.1290E+00 5.3301E+00 7.4431E+00 2-168 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.2167E+03 -5.0524E+02 4.4815E+02 1.7220E+03 1.9041E+03 8.3891E+00 -3.4835E+00 3.0899E+00 1.1873E+01 1.3128E+01 17 1.4168E+03 -1.7911E+02 -7.3013E+01 1.5960E+03 2.7927E+03 9.7688E+00 -1.2349E+00 -5.0341E-01 1.1004E+01 1.9255E+01 18 1.5283E+03 -2.2139E+02 -1.2031E+02 1.7497E+03 3.0619E+03 1.0537E+01 -1.5264E+00 -8.2952E-01 1.2063E+01 2.1111E+01 19 1.4787E+03 -6.1203E+02 4.3835E+02 2.0908E+03 2.4748E+03 1.0196E+01 -4.2198E+00 3.0223E+00 1.4415E+01 1.7063E+01 20 1.3331E+03 -6.3594E+02 2.6187E+02 1.9690E+03 3.6560E+03 9.1914E+00 -4.3847E+00 1.8055E+00 1.3576E+01 2.5207E+01 21 4.5624E+02 -4.8712E+02 -3.3167E+01 9.4337E+02 1.8516E+03 3.1457E+00 -3.3586E+00 -2.2868E-01 6.5043E+00 1.2766E+01 22 8.5505E+01 -1.2200E+02 8.6425E+01 2.0750E+02 1.2799E+01 5.8953E-01 -8.4114E-01 5.9588E-01 1.4307E+00 8.8246E-02 Allowable Stress for Load Case 103 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 0.00 -20.00 20.00 30.00 70.00 2 0.00 -20.00 20.00 30.00 70.00 3 0.00 -20.00 20.00 30.00 70.00 4 0.00 -20.00 20.00 30.00 70.00 5 0.00 -20.00 20.00 30.00 70.00 6 0.00 -20.00 20.00 30.00 70.00 7 0.00 -20.00 20.00 30.00 70.00 8 0.00 -20.00 20.00 30.00 70.00 9 0.00 -20.00 20.00 30.00 70.00 10 0.00 -20.00 20.00 30.00 70.00 11 0.00 -20.00 20.00 30.00 70.00 12 0.00 -20.00 20.00 30.00 70.00 13 0.00 -20.00 20.00 30.00 70.00 14 0.00 -20.00 20.00 30.00 70.00 15 0.00 -20.00 20.00 30.00 70.00 16 0.00 -20.00 20.00 30.00 70.00 17 0.00 -20.00 20.00 30.00 70.00 18 0.00 -20.00 20.00 30.00 70.00 19 0.00 -20.00 20.00 30.00 70.00 20 0.00 -20.00 20.00 30.00 70.00 21 0.00 -20.00 20.00 30.00 70.00 22 0.00 -20.00 20.00 30.00 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-169 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-69. Load Case 104, -40°F Ambient, Zero Decay Heat, Zero Insolation, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.4273E+01 -1.5156E+02 -3.1674E+01 1.9583E+02 1.9499E+02 3.0525E-01 -1.0450E+00 -2.1838E-01 1.3502E+00 1.3444E+00 2 1.3935E+02 -1.8562E+00 -4.5442E+01 1.4120E+02 1.8190E+01 9.6076E-01 -1.2798E-02 -3.1331E-01 9.7356E-01 1.2542E-01 3 1.6081E+02 -2.0302E+01 -2.3708E+01 1.8112E+02 2.0131E+02 1.1088E+00 -1.3998E-01 -1.6346E-01 1.2488E+00 1.3880E+00 4 6.2800E+03 -4.3399E+03 -1.2948E+03 1.0620E+04 2.1326E+04 4.3299E+01 -2.9923E+01 -8.9275E+00 7.3222E+01 1.4704E+02 5 1.1078E+04 -5.1359E+03 -1.4610E+03 1.6213E+04 1.9209E+04 7.6377E+01 -3.5411E+01 -1.0073E+01 1.1179E+02 1.3244E+02 6 7.8723E+03 -2.9221E+02 1.6322E+03 8.1645E+03 1.4603E+04 5.4277E+01 -2.0147E+00 1.1253E+01 5.6292E+01 1.0068E+02 7 4.3105E+03 6.3261E-01 -1.0043E+02 4.3099E+03 1.2163E+02 2.9720E+01 4.3617E-03 -6.9242E-01 2.9716E+01 8.3860E-01 8 4.3053E+03 2.2422E-02 4.0628E+00 4.3053E+03 7.3546E-01 2.9684E+01 1.5460E-04 2.8012E-02 2.9684E+01 5.0708E-03 9 4.3067E+03 -7.9336E-02 -5.8216E+01 4.3068E+03 3.2296E+01 2.9694E+01 -5.4700E-04 -4.0138E-01 2.9694E+01 2.2268E-01 10 4.3281E+03 -3.3594E+02 1.8996E+03 4.6640E+03 2.2249E+03 2.9841E+01 -2.3162E+00 1.3097E+01 3.2157E+01 1.5340E+01 11 1.0416E+03 -1.0425E+03 2.2057E+02 2.0841E+03 1.9296E+03 7.1817E+00 -7.1877E+00 1.5208E+00 1.4369E+01 1.3304E+01 12 6.5270E+02 -3.7858E+02 2.6956E+02 1.0313E+03 1.9663E+03 4.5002E+00 -2.6102E+00 1.8586E+00 7.1105E+00 1.3557E+01 13 5.3345E+03 -2.2724E+03 3.5097E+02 7.6069E+03 4.9738E+03 3.6780E+01 -1.5668E+01 2.4198E+00 5.2447E+01 3.4293E+01 14 4.0465E+03 -1.9338E+03 3.1272E+02 5.9802E+03 7.3954E+03 2.7900E+01 -1.3333E+01 2.1561E+00 4.1232E+01 5.0989E+01 15 5.5656E+02 -3.8830E+02 3.7740E+02 9.4486E+02 1.3194E+03 3.8373E+00 -2.6772E+00 2.6021E+00 6.5146E+00 9.0971E+00 2-170 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.4871E+03 -6.1752E+02 5.4774E+02 2.1046E+03 2.3272E+03 1.0253E+01 -4.2576E+00 3.7765E+00 1.4511E+01 1.6046E+01 17 1.7317E+03 -2.1891E+02 -8.9238E+01 1.9506E+03 3.4133E+03 1.1940E+01 -1.5093E+00 -6.1527E-01 1.3449E+01 2.3534E+01 18 1.8679E+03 -2.7059E+02 -1.4705E+02 2.1385E+03 3.7423E+03 1.2879E+01 -1.8656E+00 -1.0139E+00 1.4744E+01 2.5803E+01 19 1.8074E+03 -7.4804E+02 5.3576E+02 2.5554E+03 3.0248E+03 1.2461E+01 -5.1576E+00 3.6940E+00 1.7619E+01 2.0855E+01 20 1.6293E+03 -7.7726E+02 3.2007E+02 2.4066E+03 4.4684E+03 1.1234E+01 -5.3591E+00 2.2068E+00 1.6593E+01 3.0809E+01 21 5.5763E+02 -5.9537E+02 -4.0537E+01 1.1530E+03 2.2630E+03 3.8447E+00 -4.1049E+00 -2.7949E-01 7.9497E+00 1.5603E+01 22 1.0451E+02 -1.4911E+02 1.0563E+02 2.5361E+02 1.5643E+01 7.2054E-01 -1.0281E+00 7.2830E-01 1.7486E+00 1.0786E-01 Allowable Stress for Load Case 104 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 0.00 -40.00 20.00 30.00 70.00 2 0.00 -40.00 20.00 30.00 70.00 3 0.00 -40.00 20.00 30.00 70.00 4 0.00 -40.00 20.00 30.00 70.00 5 0.00 -40.00 20.00 30.00 70.00 6 0.00 -40.00 20.00 30.00 70.00 7 0.00 -40.00 20.00 30.00 70.00 8 0.00 -40.00 20.00 30.00 70.00 9 0.00 -40.00 20.00 30.00 70.00 10 0.00 -40.00 20.00 30.00 70.00 11 0.00 -40.00 20.00 30.00 70.00 12 0.00 -40.00 20.00 30.00 70.00 13 0.00 -40.00 20.00 30.00 70.00 14 0.00 -40.00 20.00 30.00 70.00 15 0.00 -40.00 20.00 30.00 70.00 16 0.00 -40.00 20.00 30.00 70.00 17 0.00 -40.00 20.00 30.00 70.00 18 0.00 -40.00 20.00 30.00 70.00 19 0.00 -40.00 20.00 30.00 70.00 20 0.00 -40.00 20.00 30.00 70.00 21 0.00 -40.00 20.00 30.00 70.00 22 0.00 -40.00 20.00 30.00 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-171 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-70. Load Case 105, -40°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.8170E+01 -6.6102E+01 -1.1426E+01 8.4272E+01 1.2660E+02 1.2528E-01 -4.5576E-01 -7.8778E-02 5.8103E-01 8.7291E-01 2 4.4922E+01 -2.2098E+01 -2.1504E+01 6.7020E+01 1.1467E+02 3.0973E-01 -1.5236E-01 -1.4826E-01 4.6209E-01 7.9065E-01 3 5.0256E+01 -2.2140E+01 -6.1228E+00 7.2397E+01 2.0709E+00 3.4651E-01 -1.5265E-01 -4.2215E-02 4.9916E-01 1.4279E-02 4 1.6354E+03 -1.2700E+03 -4.2512E+02 2.9054E+03 5.7564E+03 1.1276E+01 -8.7561E+00 -2.9311E+00 2.0032E+01 3.9689E+01 5 3.0091E+03 -1.4824E+03 -5.8574E+02 4.4915E+03 5.1886E+03 2.0747E+01 -1.0221E+01 -4.0385E+00 3.0968E+01 3.5774E+01 6 2.1899E+03 -8.8527E+01 2.8614E+02 2.2784E+03 4.1394E+03 1.5099E+01 -6.1037E-01 1.9729E+00 1.5709E+01 2.8540E+01 7 1.2166E+03 -1.9106E+00 -2.6714E+01 1.2185E+03 1.0129E+01 8.3884E+00 -1.3173E-02 -1.8419E-01 8.4016E+00 6.9837E-02 8 1.2151E+03 -2.1309E+00 1.1964E+00 1.2172E+03 4.6705E+01 8.3776E+00 -1.4692E-02 8.2488E-03 8.3923E+00 3.2202E-01 9 1.2156E+03 -2.1383E+00 -1.8451E+01 1.2177E+03 3.4090E+01 8.3813E+00 -1.4743E-02 -1.2721E-01 8.3960E+00 2.3504E-01 10 1.2289E+03 -1.3863E+02 5.8233E+02 1.3676E+03 8.0687E+02 8.4733E+00 -9.5580E-01 4.0150E+00 9.4291E+00 5.5632E+00 11 2.3553E+02 -3.8416E+02 5.0007E-01 6.1969E+02 5.8247E+02 1.6239E+00 -2.6487E+00 3.4479E-03 4.2726E+00 4.0160E+00 12 1.1899E+02 -1.9141E+02 -7.3078E+01 3.1040E+02 5.9007E+02 8.2040E-01 -1.3197E+00 -5.0385E-01 2.1401E+00 4.0684E+00 13 1.4125E+03 -7.4122E+02 6.6806E+01 2.1538E+03 1.3789E+03 9.7391E+00 -5.1105E+00 4.6061E-01 1.4850E+01 9.5075E+00 14 1.0377E+03 -6.2489E+02 9.7638E+01 1.6626E+03 2.0637E+03 7.1548E+00 -4.3085E+00 6.7319E-01 1.1463E+01 1.4229E+01 15 1.8246E+02 -1.0634E+02 1.3654E+02 2.8880E+02 3.8433E+02 1.2580E+00 -7.3321E-01 9.4144E-01 1.9912E+00 2.6499E+00 2-172 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.4891E+02 -1.8048E+02 1.3548E+02 6.2939E+02 7.0517E+02 3.0951E+00 -1.2444E+00 9.3407E-01 4.3395E+00 4.8620E+00 17 5.1359E+02 -6.3788E+01 -5.9597E+01 5.7738E+02 1.0091E+03 3.5411E+00 -4.3980E-01 -4.1090E-01 3.9809E+00 6.9576E+00 18 5.4406E+02 -8.9168E+01 1.2934E+02 6.3323E+02 1.1123E+03 3.7512E+00 -6.1479E-01 8.9178E-01 4.3660E+00 7.6693E+00 19 4.7174E+02 -2.4049E+02 3.4565E+02 7.1222E+02 7.6749E+02 3.2525E+00 -1.6581E+00 2.3832E+00 4.9106E+00 5.2916E+00 20 4.0006E+02 -3.0315E+02 1.0467E+02 7.0321E+02 1.2703E+03 2.7583E+00 -2.0902E+00 7.2169E-01 4.8485E+00 8.7587E+00 21 1.7905E+02 -1.7652E+02 1.5125E+00 3.5556E+02 6.9900E+02 1.2345E+00 -1.2170E+00 1.0428E-02 2.4515E+00 4.8194E+00 22 3.4621E+01 -4.3313E+01 3.5022E+01 7.7934E+01 2.5093E+01 2.3870E-01 -2.9864E-01 2.4147E-01 5.3734E-01 1.7301E-01 Allowable Stress for Load Case 105 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 36.56 36.32 20.00 30.00 70.00 2 36.80 36.47 20.00 30.00 70.00 3 36.45 36.17 20.00 30.00 70.00 4 36.76 36.73 20.00 30.00 70.00 5 37.41 37.30 20.00 30.00 70.00 6 37.63 37.55 20.00 30.00 70.00 7 37.94 37.78 20.00 30.00 70.00 8 37.94 37.79 20.00 30.00 70.00 9 37.90 37.74 20.00 30.00 70.00 10 37.89 37.71 20.00 30.00 70.00 11 38.10 37.84 20.00 30.00 70.00 12 38.69 38.41 20.00 30.00 70.00 13 37.45 37.30 20.00 30.00 70.00 14 37.09 37.01 20.00 30.00 70.00 15 36.31 36.30 20.00 30.00 70.00 16 36.67 36.60 20.00 30.00 70.00 17 36.72 36.68 20.00 30.00 70.00 18 36.98 36.94 20.00 30.00 70.00 19 37.25 37.14 20.00 30.00 70.00 20 38.45 38.28 20.00 30.00 70.00 21 35.68 35.65 20.00 30.00 70.00 22 36.10 36.05 20.00 30.00 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-173 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-71. Load Case 106, -20°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.4037E+01 -4.3087E+01 -5.8715E+00 5.7124E+01 9.1799E+01 9.6783E-02 -2.9708E-01 -4.0483E-02 3.9386E-01 6.3293E-01 2 2.9227E+01 -3.0093E+01 -1.3528E+01 5.9320E+01 1.1607E+02 2.0151E-01 -2.0748E-01 -9.3270E-02 4.0900E-01 8.0029E-01 3 2.5654E+01 -2.2139E+01 -1.1922E+00 4.7793E+01 3.6463E+01 1.7688E-01 -1.5264E-01 -8.2198E-03 3.2952E-01 2.5141E-01 4 5.5000E+02 -5.1863E+02 -1.9923E+02 1.0686E+03 2.0568E+03 3.7921E+00 -3.5759E+00 -1.3736E+00 7.3680E+00 1.4181E+01 5 1.0884E+03 -5.9124E+02 -3.2914E+02 1.6797E+03 1.8566E+03 7.5045E+00 -4.0765E+00 -2.2693E+00 1.1581E+01 1.2801E+01 6 8.2419E+02 -3.8602E+01 5.4335E+00 8.6279E+02 1.6032E+03 5.6826E+00 -2.6615E-01 3.7463E-02 5.9487E+00 1.1054E+01 7 4.6803E+02 -1.9955E+00 -9.3068E+00 4.7002E+02 3.0709E+01 3.2269E+00 -1.3759E-02 -6.4168E-02 3.2407E+00 2.1173E-01 8 4.6737E+02 -2.1091E+00 4.9122E-01 4.6948E+02 4.6018E+01 3.2224E+00 -1.4542E-02 3.3868E-03 3.2370E+00 3.1728E-01 9 4.6766E+02 -2.0995E+00 -8.3323E+00 4.6976E+02 3.9133E+01 3.2244E+00 -1.4475E-02 -5.7449E-02 3.2389E+00 2.6981E-01 10 4.7987E+02 -8.2643E+01 2.5197E+02 5.6251E+02 4.1957E+02 3.3086E+00 -5.6980E-01 1.7373E+00 3.8784E+00 2.8928E+00 11 5.8682E+01 -2.0684E+02 -3.8372E+01 2.6553E+02 2.4795E+02 4.0460E-01 -1.4261E+00 -2.6456E-01 1.8307E+00 1.7096E+00 12 1.9396E+01 -1.3892E+02 -1.1941E+02 1.5832E+02 2.4921E+02 1.3373E-01 -9.5783E-01 -8.2328E-01 1.0916E+00 1.7182E+00 13 4.9018E+02 -3.5104E+02 3.7309E+00 8.4121E+02 5.1525E+02 3.3797E+00 -2.4203E+00 2.5724E-02 5.8000E+00 3.5525E+00 14 3.3739E+02 -2.9201E+02 4.0395E+01 6.2940E+02 7.7925E+02 2.3262E+00 -2.0133E+00 2.7851E-01 4.3396E+00 5.3727E+00 15 8.3989E+01 -4.2269E+01 6.9838E+01 1.2626E+02 1.5447E+02 5.7908E-01 -2.9143E-01 4.8152E-01 8.7052E-01 1.0651E+00 2-174 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8963E+02 -7.2963E+01 4.0799E+01 2.6260E+02 2.9870E+02 1.3075E+00 -5.0306E-01 2.8130E-01 1.8105E+00 2.0595E+00 17 2.1188E+02 -2.5652E+01 -4.3233E+01 2.3753E+02 4.1432E+02 1.4609E+00 -1.7687E-01 -2.9808E-01 1.6377E+00 2.8566E+00 18 2.2267E+02 -4.3980E+01 1.5062E+02 2.6665E+02 4.6743E+02 1.5353E+00 -3.0323E-01 1.0385E+00 1.8385E+00 3.2228E+00 19 1.6387E+02 -1.1304E+02 2.4910E+02 2.7691E+02 2.5563E+02 1.1299E+00 -7.7939E-01 1.7175E+00 1.9093E+00 1.7625E+00 20 1.3241E+02 -1.7580E+02 4.8167E+01 3.0821E+02 5.1758E+02 9.1292E-01 -1.2121E+00 3.3210E-01 2.1250E+00 3.5686E+00 21 8.1670E+01 -7.3076E+01 8.0668E+00 1.5475E+02 3.0451E+02 5.6310E-01 -5.0384E-01 5.5618E-02 1.0669E+00 2.0995E+00 22 1.7281E+01 -1.8617E+01 1.6618E+01 3.5897E+01 1.9631E+01 1.1915E-01 -1.2836E-01 1.1458E-01 2.4750E-01 1.3535E-01 Allowable Stress for Load Case 106 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 55.71 55.47 20.00 30.00 70.00 2 55.94 55.61 20.00 30.00 70.00 3 55.60 55.32 20.00 30.00 70.00 4 55.91 55.87 20.00 30.00 70.00 5 56.55 56.44 20.00 30.00 70.00 6 56.77 56.68 20.00 30.00 70.00 7 57.06 56.91 20.00 30.00 70.00 8 57.06 56.91 20.00 30.00 70.00 9 57.02 56.87 20.00 30.00 70.00 10 57.01 56.84 20.00 30.00 70.00 11 57.22 56.96 20.00 30.00 70.00 12 57.81 57.53 20.00 30.00 70.00 13 56.58 56.44 20.00 30.00 70.00 14 56.23 56.15 20.00 30.00 70.00 15 55.46 55.44 20.00 30.00 70.00 16 55.81 55.74 20.00 30.00 70.00 17 55.86 55.82 20.00 30.00 70.00 18 56.12 56.07 20.00 30.00 70.00 19 56.38 56.27 20.00 30.00 70.00 20 57.56 57.40 20.00 30.00 70.00 21 54.84 54.80 20.00 30.00 70.00 22 55.26 55.21 20.00 30.00 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-175 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-72. Load Case 201, Internal Design Pressure, 207 kPa (30 psia), Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.6585E+01 -5.4281E+01 8.7424E+00 9.0866E+01 1.3580E+02 2.5225E-01 -3.7425E-01 6.0277E-02 6.2650E-01 9.3633E-01 2 9.1587E+01 -9.1726E+01 1.3799E+00 1.8331E+02 1.1633E+02 6.3147E-01 -6.3243E-01 9.5139E-03 1.2639E+00 8.0207E-01 3 5.7976E+01 -7.1305E+01 9.5053E+01 1.2928E+02 8.6501E+01 3.9973E-01 -4.9163E-01 6.5537E-01 8.9136E-01 5.9640E-01 4 3.9674E+02 -4.8939E+02 -1.4103E+02 8.8613E+02 1.7529E+03 2.7354E+00 -3.3742E+00 -9.7240E-01 6.1097E+00 1.2086E+01 5 3.4081E+02 -3.9554E+02 -6.1119E+02 7.3634E+02 8.7549E+02 2.3498E+00 -2.7271E+00 -4.2140E+00 5.0769E+00 6.0363E+00 6 7.2339E+00 -5.6062E+02 -1.4403E+03 5.6785E+02 9.1816E+02 4.9876E-02 -3.8653E+00 -9.9304E+00 3.9152E+00 6.3305E+00 7 -1.4547E+02 -3.1548E+02 -2.2906E+03 1.7000E+02 5.0967E+01

                 -1.0030E+00 -2.1751E+00 -1.5793E+01                  1.1721E+00       3.5141E-01 8    -1.4710E+02 -3.2278E+02 -2.3765E+03                  1.7568E+02       4.6280E+01
                 -1.0142E+00 -2.2255E+00 -1.6385E+01                  1.2113E+00       3.1909E-01 9    -1.4339E+02 -3.3248E+02 -2.4380E+03                  1.8909E+02       7.0462E+01
                 -9.8866E-01 -2.2924E+00 -1.6810E+01                  1.3037E+00       4.8582E-01 10    -5.2130E+01 -6.6136E+02 -1.4092E+03                  6.0923E+02       5.6607E+01
                 -3.5943E-01 -4.5599E+00 -9.7160E+00                  4.2005E+00       3.9029E-01 11    -7.9877E+01 -6.9324E+02 -6.7102E+02                  6.1337E+02       7.6777E+02
                 -5.5074E-01 -4.7797E+00 -4.6265E+00                  4.2290E+00       5.2936E+00 12      3.7604E+01 -6.9696E+02 -6.8111E+02                 7.3457E+02       9.7641E+02 2.5927E-01 -4.8054E+00 -4.6961E+00                 5.0647E+00       6.7321E+00 13      6.7009E+01 -4.8695E+02 -1.3751E+02                 5.5396E+02       1.8447E+02 4.6201E-01 -3.3574E+00 -9.4813E-01                 3.8194E+00       1.2719E+00 14      6.3614E+01 -5.4823E+02 -7.3920E+01                 6.1185E+02       9.8317E+02 4.3860E-01 -3.7799E+00 -5.0966E-01                 4.2185E+00       6.7787E+00 15      6.2371E+02 -5.8489E+02 -2.1049E+02                 1.2086E+03       1.5777E+03 4.3003E+00 -4.0327E+00 -1.4513E+00                 8.3330E+00       1.0878E+01 2-176                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.3864E+02 -1.0779E+03 -4.1763E+02 1.5165E+03 2.4543E+03 3.0243E+00 -7.4316E+00 -2.8795E+00 1.0456E+01 1.6922E+01 17 1.7526E+02 -7.9610E+02 -8.8161E+01 9.7137E+02 1.6698E+03 1.2084E+00 -5.4889E+00 -6.0785E-01 6.6973E+00 1.1513E+01 18 8.5529E+01 -6.3566E+02 1.8824E+02 7.2119E+02 1.1780E+03 5.8970E-01 -4.3827E+00 1.2979E+00 4.9724E+00 8.1223E+00 19 2.9758E+02 -9.5687E+02 -7.8807E+00 1.2545E+03 2.0663E+03 2.0518E+00 -6.5974E+00 -5.4336E-02 8.6492E+00 1.4247E+01 20 3.4484E+02 -1.1050E+03 -1.3971E+02 1.4498E+03 2.7037E+03 2.3776E+00 -7.6187E+00 -9.6327E-01 9.9963E+00 1.8641E+01 21 7.0046E+01 -3.4058E+01 -1.1059E+00 1.0410E+02 2.6339E+02 4.8295E-01 -2.3482E-01 -7.6250E-03 7.1777E-01 1.8160E+00 22 1.4036E+02 1.1960E+01 4.0982E+01 1.2840E+02 4.1357E+01 9.6777E-01 8.2464E-02 2.8256E-01 8.8530E-01 2.8515E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-177 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-73. Load Case 202, Minimum External Pressure, 24 kPa (3.5 psia), Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.7455E+01 -4.8088E+01 3.5134E+01 9.5543E+01 1.3398E+02 3.2719E-01 -3.3155E-01 2.4224E-01 6.5875E-01 9.2377E-01 2 1.0023E+02 -8.0039E+01 2.6810E+01 1.8027E+02 1.1572E+02 6.9106E-01 -5.5185E-01 1.8485E-01 1.2429E+00 7.9786E-01 3 6.7627E+01 -5.9530E+01 1.2089E+02 1.2716E+02 8.2293E+01 4.6627E-01 -4.1044E-01 8.3353E-01 8.7671E-01 5.6739E-01 4 3.3559E+02 -3.8819E+02 -1.8126E+02 7.2378E+02 1.4175E+03 2.3138E+00 -2.6765E+00 -1.2497E+00 4.9903E+00 9.7733E+00 5 2.8471E+02 -2.4582E+02 -6.6035E+02 5.3052E+02 5.7821E+02 1.9630E+00 -1.6948E+00 -4.5529E+00 3.6578E+00 3.9866E+00 6 1.7823E+01 -4.6911E+02 -1.4653E+03 4.8693E+02 7.5436E+02 1.2289E-01 -3.2344E+00 -1.0103E+01 3.3573E+00 5.2011E+00 7 -1.0435E+02 -2.9717E+02 -2.3335E+03 1.9282E+02 5.0263E+01

                 -7.1947E-01 -2.0489E+00 -1.6089E+01                  1.3294E+00       3.4655E-01 8    -1.0583E+02 -3.0468E+02 -2.4186E+03                  1.9886E+02       4.6250E+01
                 -7.2965E-01 -2.1007E+00 -1.6676E+01                  1.3711E+00       3.1888E-01 9    -1.0219E+02 -3.1424E+02 -2.4818E+03                  2.1205E+02       7.0044E+01
                 -7.0460E-01 -2.1666E+00 -1.7111E+01                  1.4620E+00       4.8294E-01 10      1.0417E+01 -6.9090E+02 -1.3846E+03                 7.0131E+02       1.4931E+02 7.1823E-02 -4.7636E+00 -9.5463E+00                 4.8354E+00       1.0294E+00 11    -9.4375E+01 -6.9287E+02 -6.7425E+02                  5.9850E+02       7.5163E+02
                 -6.5069E-01 -4.7772E+00 -4.6488E+00                  4.1265E+00       5.1823E+00 12      3.1391E+01 -6.8675E+02 -6.7900E+02                 7.1814E+02       8.8422E+02 2.1643E-01 -4.7349E+00 -4.6815E+00                 4.9514E+00       6.0965E+00 13      5.8456E+01 -3.8978E+02 -1.2637E+02                 4.4823E+02       3.0839E+02 4.0304E-01 -2.6874E+00 -8.7126E-01                 3.0904E+00       2.1263E+00 14      3.2885E+01 -4.3871E+02 -6.0028E+01                 4.7160E+02       8.1555E+02 2.2674E-01 -3.0248E+00 -4.1388E-01                 3.2516E+00       5.6230E+00 15      7.7008E+02 -6.7238E+02 -1.4097E+02                 1.4425E+03       2.2371E+03 5.3095E+00 -4.6359E+00 -9.7196E-01                 9.9454E+00       1.5424E+01 2-178                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.9147E+02 -8.7900E+02 -3.2523E+02 1.2705E+03 2.0613E+03 2.6991E+00 -6.0605E+00 -2.2424E+00 8.7596E+00 1.4212E+01 17 1.6336E+02 -6.3436E+02 -3.4520E+01 7.9772E+02 1.3778E+03 1.1264E+00 -4.3737E+00 -2.3801E-01 5.5001E+00 9.4998E+00 18 6.6830E+01 -4.5218E+02 2.2464E+02 5.1901E+02 8.4463E+02 4.6077E-01 -3.1177E+00 1.5488E+00 3.5785E+00 5.8235E+00 19 2.1863E+02 -6.9687E+02 7.2926E+01 9.1550E+02 1.5151E+03 1.5074E+00 -4.8047E+00 5.0281E-01 6.3122E+00 1.0446E+01 20 2.4582E+02 -8.2954E+02 -8.8106E+01 1.0754E+03 2.0083E+03 1.6948E+00 -5.7195E+00 -6.0747E-01 7.4143E+00 1.3847E+01 21 4.1904E+01 -1.0111E+01 -3.0399E+00 5.2014E+01 1.1140E+02 2.8891E-01 -6.9710E-02 -2.0959E-02 3.5863E-01 7.6804E-01 22 9.4583E+01 -3.2193E+00 2.9242E+01 9.7802E+01 4.1078E+01 6.5213E-01 -2.2196E-02 2.0162E-01 6.7432E-01 2.8322E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-179 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-74. Load Case 203, Maximum Increased External Pressure, 140 kPa (20 psia), Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.1826E+01 -5.6494E+01 -3.3976E+00 8.8320E+01 1.3867E+02 2.1943E-01 -3.8951E-01 -2.3426E-02 6.0894E-01 9.5611E-01 2 8.7012E+01 -9.8172E+01 -1.0205E+01 1.8518E+02 1.1681E+02 5.9993E-01 -6.7687E-01 -7.0359E-02 1.2768E+00 8.0535E-01 3 5.2774E+01 -7.7655E+01 8.3021E+01 1.3043E+02 9.0403E+01 3.6386E-01 -5.3541E-01 5.7241E-01 8.9927E-01 6.2331E-01 4 5.2492E+02 -7.8082E+02 -2.3387E+02 1.3057E+03 2.5751E+03 3.6192E+00 -5.3836E+00 -1.6125E+00 9.0028E+00 1.7755E+01 5 4.4608E+02 -6.5713E+02 -6.9842E+02 1.1032E+03 1.5392E+03 3.0756E+00 -4.5307E+00 -4.8155E+00 7.6064E+00 1.0613E+01 6 2.5853E+01 -6.8104E+02 -1.5608E+03 7.0689E+02 1.1427E+03 1.7825E-01 -4.6956E+00 -1.0762E+01 4.8738E+00 7.8786E+00 7 -1.6452E+02 -3.1849E+02 -2.3379E+03 1.5397E+02 5.1273E+01

                 -1.1344E+00 -2.1959E+00 -1.6119E+01                  1.0616E+00       3.5352E-01 8    -1.6635E+02 -3.2554E+02 -2.4249E+03                  1.5919E+02       4.6294E+01
                 -1.1469E+00 -2.2445E+00 -1.6719E+01                  1.0976E+00       3.1919E-01 9    -1.6263E+02 -3.3522E+02 -2.4873E+03                  1.7259E+02       7.0297E+01
                 -1.1213E+00 -2.3113E+00 -1.7150E+01                  1.1900E+00       4.8468E-01 10    -6.4607E+01 -6.8931E+02 -1.4220E+03                  6.2470E+02       1.0431E+02
                 -4.4545E-01 -4.7526E+00 -9.8046E+00                  4.3072E+00       7.1921E-01 11    -8.8776E+01 -6.9444E+02 -6.7614E+02                  6.0567E+02       7.9433E+02
                 -6.1209E-01 -4.7880E+00 -4.6619E+00                  4.1759E+00       5.4767E+00 12      3.4433E+01 -6.9418E+02 -6.8248E+02                 7.2861E+02       9.2658E+02 2.3741E-01 -4.7862E+00 -4.7056E+00                 5.0236E+00       6.3885E+00 13      7.0217E+01 -4.7838E+02 -1.3470E+02                 5.4859E+02       1.7723E+02 4.8413E-01 -3.2983E+00 -9.2874E-01                 3.7824E+00       1.2220E+00 14      6.9538E+01 -5.4324E+02 -6.9880E+01                 6.1278E+02       9.8177E+02 4.7945E-01 -3.7455E+00 -4.8180E-01                 4.2250E+00       6.7691E+00 15      7.9863E+02 -7.1315E+02 -1.4789E+02                 1.5118E+03       2.3518E+03 5.5063E+00 -4.9170E+00 -1.0197E+00                 1.0423E+01       1.6215E+01 2-180                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.0879E+02 -9.1470E+02 -3.3512E+02 1.3235E+03 2.1474E+03 2.8185E+00 -6.3066E+00 -2.3106E+00 9.1252E+00 1.4806E+01 17 1.7095E+02 -6.5933E+02 -3.0852E+01 8.3028E+02 1.4344E+03 1.1786E+00 -4.5459E+00 -2.1272E-01 5.7246E+00 9.8899E+00 18 6.9241E+01 -4.6610E+02 2.2760E+02 5.3534E+02 8.7359E+02 4.7740E-01 -3.2136E+00 1.5692E+00 3.6910E+00 6.0232E+00 19 2.2666E+02 -7.1653E+02 6.9118E+01 9.4319E+02 1.5602E+03 1.5628E+00 -4.9403E+00 4.7655E-01 6.5031E+00 1.0757E+01 20 2.5792E+02 -8.5409E+02 -8.9637E+01 1.1120E+03 2.0768E+03 1.7783E+00 -5.8888E+00 -6.1802E-01 7.6670E+00 1.4319E+01 21 7.6980E+01 -5.4733E+01 -2.0676E+00 1.3171E+02 3.2001E+02 5.3076E-01 -3.7737E-01 -1.4256E-02 9.0813E-01 2.2064E+00 22 7.0147E+01 -1.6346E+01 2.4514E+00 8.6493E+01 1.8044E+02 4.8364E-01 -1.1270E-01 1.6901E-02 5.9635E-01 1.2441E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-181 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-75. Load Case 204, Additional Increased External Pressure, 2 MPa (290 psia), Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.2602E+02 -2.9307E+02 -6.3470E+02 1.6704E+02 2.1323E+02

                 -8.6891E-01 -2.0206E+00 -4.3761E+00                  1.1517E+00       1.4702E+00 2    -1.1608E+02 -4.0601E+02 -6.1835E+02                  2.8994E+02       1.2790E+02
                 -8.0034E-01 -2.7994E+00 -4.2634E+00                  1.9990E+00       8.8185E-01 3    -1.6522E+02 -3.9783E+02 -5.1550E+02                  2.3261E+02       2.0433E+02
                 -1.1392E+00 -2.7429E+00 -3.5543E+00                  1.6038E+00       1.4088E+00 4      3.6672E+03 -7.1088E+03 -1.0331E+03                 1.0776E+04       2.0933E+04 2.5285E+01 -4.9013E+01 -7.1229E+00                 7.4298E+01       1.4433E+02 5      3.3659E+03 -7.4720E+03 -1.2596E+03                 1.0838E+04       1.6757E+04 2.3207E+01 -5.1518E+01 -8.6847E+00                 7.4725E+01       1.1553E+02 6      3.4034E+02 -4.2924E+03 -3.0562E+03                 4.6327E+03       7.1770E+03 2.3465E+00 -2.9595E+01 -2.1072E+01                 3.1942E+01       4.9483E+01 7    -2.9421E+02 -1.5505E+03 -2.4135E+03                  1.2563E+03       6.7087E+01
                 -2.0285E+00 -1.0691E+01 -1.6641E+01                  8.6621E+00       4.6255E-01 8    -3.0219E+02 -1.5496E+03 -2.5308E+03                  1.2474E+03       4.6994E+01
                 -2.0836E+00 -1.0684E+01 -1.7449E+01                  8.6006E+00       3.2401E-01 9    -3.0766E+02 -1.5507E+03 -2.5811E+03                  1.2431E+03       7.4008E+01
                 -2.1212E+00 -1.0692E+01 -1.7796E+01                  8.5706E+00       5.1027E-01 10    -4.5425E+02 -1.5323E+03 -2.0452E+03                  1.0780E+03       6.1550E+02
                 -3.1320E+00 -1.0565E+01 -1.4101E+01                  7.4328E+00       4.2437E+00 11      2.1256E+02 -9.5925E+02 -7.3368E+02                 1.1718E+03       1.4828E+03 1.4655E+00 -6.6138E+00 -5.0586E+00                 8.0793E+00       1.0224E+01 12      1.0685E+02 -8.8184E+02 -7.6682E+02                 9.8869E+02       1.5857E+03 7.3667E-01 -6.0801E+00 -5.2870E+00                 6.8167E+00       1.0933E+01 13      6.8197E+02 -2.4235E+03 -3.1854E+02                 3.1055E+03       2.0182E+03 4.7020E+00 -1.6709E+01 -2.1963E+00                 2.1411E+01       1.3915E+01 14      7.7645E+02 -2.4315E+03 -2.7918E+02                 3.2079E+03       3.7414E+03 5.3534E+00 -1.6764E+01 -1.9249E+00                 2.2118E+01       2.5796E+01 15      4.3119E+02 -1.9220E+03 -3.4476E+02                 2.3532E+03       3.5041E+03 2.9730E+00 -1.3252E+01 -2.3770E+00                 1.6225E+01       2.4160E+01 2-182                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 5.8662E+02 -1.2942E+03 -4.3995E+02 1.8808E+03 3.0487E+03 4.0446E+00 -8.9234E+00 -3.0333E+00 1.2968E+01 2.1020E+01 17 2.3701E+02 -9.2544E+02 3.1708E+00 1.1625E+03 2.0151E+03 1.6341E+00 -6.3807E+00 2.1862E-02 8.0148E+00 1.3894E+01 18 1.4002E+02 -7.4683E+02 2.6864E+02 8.8685E+02 1.4885E+03 9.6542E-01 -5.1492E+00 1.8522E+00 6.1146E+00 1.0263E+01 19 4.0925E+02 -1.1237E+03 -3.0554E+01 1.5330E+03 2.5332E+03 2.8217E+00 -7.7478E+00 -2.1067E-01 1.0569E+01 1.7466E+01 20 5.2124E+02 -1.3674E+03 -1.6888E+02 1.8886E+03 3.5717E+03 3.5938E+00 -9.4276E+00 -1.1644E+00 1.3021E+01 2.4626E+01 21 7.5985E+02 -9.7395E+02 -4.8106E+01 1.7338E+03 3.6138E+03 5.2390E+00 -6.7152E+00 -3.3168E-01 1.1954E+01 2.4916E+01 22 5.2498E+02 -1.3040E+03 -4.2627E+02 1.8290E+03 3.3465E+03 3.6196E+00 -8.9907E+00 -2.9390E+00 1.2610E+01 2.3073E+01 Radioactive Material Transport Packaging System Safety Analysis Report 2-183 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-76. Load Case 211, Fabrication Stress, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 5.0993E+02 -1.2900E+02 4.6067E+01 6.3893E+02 8.9316E+02 3.5159E+00 -8.8942E-01 3.1762E-01 4.4053E+00 6.1581E+00 2 7.0946E+00 -4.4601E+01 3.6652E+01 5.1695E+01 2.5230E+01 4.8916E-02 -3.0751E-01 2.5270E-01 3.5643E-01 1.7395E-01 3 4.1560E+00 -2.6427E+01 1.1942E+01 3.0582E+01 7.2770E+00 2.8654E-02 -1.8220E-01 8.2334E-02 2.1086E-01 5.0173E-02 4 3.7259E+02 -9.3381E+01 7.3002E+01 4.6597E+02 5.5832E+02 2.5689E+00 -6.4384E-01 5.0333E-01 3.2127E+00 3.8495E+00 5 3.7085E+02 -1.2174E+02 4.3727E+01 4.9259E+02 7.5318E+02 2.5569E+00 -8.3939E-01 3.0149E-01 3.3963E+00 5.1930E+00 6 2.4440E+02 7.7848E+01 1.1226E+02 1.6655E+02 2.4997E+02 1.6851E+00 5.3674E-01 7.7402E-01 1.1483E+00 1.7235E+00 7 7.4070E+01 2.1570E+00 1.3022E+01 7.1913E+01 3.4813E+00 5.1069E-01 1.4872E-02 8.9781E-02 4.9582E-01 2.4003E-02 8 5.9997E+01 5.7216E-01 3.9280E+00 5.9425E+01 2.3979E-01 4.1366E-01 3.9449E-03 2.7083E-02 4.0972E-01 1.6533E-03 9 8.6093E+01 3.0938E-01 1.1872E+00 8.5783E+01 3.9082E+00 5.9359E-01 2.1331E-03 8.1855E-03 5.9145E-01 2.6946E-02 10 3.4975E+02 -3.7100E+00 1.3939E+02 3.5346E+02 6.3643E+01 2.4114E+00 -2.5579E-02 9.6107E-01 2.4370E+00 4.3880E-01 11 1.6523E+02 -3.1028E+01 1.0631E+02 1.9625E+02 1.9364E+02 1.1392E+00 -2.1393E-01 7.3301E-01 1.3531E+00 1.3351E+00 12 2.1035E+02 9.5687E+01 1.2097E+02 1.1466E+02 2.1929E+02 1.4503E+00 6.5974E-01 8.3406E-01 7.9058E-01 1.5120E+00 13 5.7075E+02 -1.1986E+02 1.6093E+02 6.9061E+02 6.9395E+02 3.9352E+00 -8.2639E-01 1.1095E+00 4.7616E+00 4.7846E+00 14 5.2477E+02 -1.1222E+02 1.6355E+02 6.3699E+02 5.4979E+02 3.6181E+00 -7.7376E-01 1.1276E+00 4.3919E+00 3.7906E+00 15 4.8542E+02 1.3703E+02 1.3353E+02 3.4839E+02 1.1757E+02 3.3469E+00 9.4481E-01 9.2069E-01 2.4021E+00 8.1062E-01 2-184 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 5.9771E+01 -2.3684E+01 -1.3505E+00 8.3455E+01 7.7903E+01 4.1210E-01 -1.6330E-01 -9.3111E-03 5.7540E-01 5.3713E-01 17 9.4243E+01 -5.7775E+00 -3.0181E+01 1.0002E+02 4.3703E+01 6.4979E-01 -3.9834E-02 -2.0809E-01 6.8962E-01 3.0132E-01 18 1.1129E+02 -1.1573E+01 -4.5575E+01 1.2286E+02 1.8277E+02 7.6732E-01 -7.9792E-02 -3.1423E-01 8.4712E-01 1.2602E+00 19 9.1189E+01 -7.1082E+01 9.5176E+00 1.6227E+02 3.0830E+01 6.2873E-01 -4.9009E-01 6.5621E-02 1.1188E+00 2.1257E-01 20 1.2417E+02 -1.8104E+02 2.4480E+01 3.0521E+02 6.5983E+01 8.5612E-01 -1.2482E+00 1.6878E-01 2.1043E+00 4.5493E-01 21 1.4022E+02 -7.5207E+01 -7.1474E+01 2.1542E+02 2.5432E+02 9.6677E-01 -5.1853E-01 -4.9280E-01 1.4853E+00 1.7535E+00 22 4.1516E+02 1.5105E+02 3.9048E+02 2.6412E+02 3.2892E+02 2.8625E+00 1.0414E+00 2.6923E+00 1.8210E+00 2.2678E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-185 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-77. Load Case 215, Compression Load (5x weight), Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -4.0707E-01 -4.3966E+01 -4.8806E+00 4.3559E+01 6.7559E+01

                 -2.8067E-03 -3.0313E-01 -3.3650E-02                  3.0033E-01       4.6580E-01 2      7.0349E-01 -3.2850E+01           3.5885E+00        3.3553E+01       4.0898E-02 4.8504E-03 -2.2649E-01           2.4742E-02        2.3134E-01       2.8198E-04 3    -1.1958E+00 -3.8627E+01            6.7452E-01        3.7432E+01       1.1886E+01
                 -8.2448E-03 -2.6633E-01            4.6507E-03        2.5808E-01       8.1950E-02 4      8.2434E+01 -1.1924E+02           7.3423E+00        2.0167E+02       2.7087E+02 5.6836E-01 -8.2212E-01           5.0623E-02        1.3905E+00       1.8676E+00 5      5.9502E+01 -9.1875E+01           8.4979E+00        1.5138E+02       2.1438E+02 4.1025E-01 -6.3346E-01           5.8591E-02        1.0437E+00       1.4781E+00 6    -2.1191E+01 -9.0401E+01 -2.3835E+01                  6.9210E+01       3.6208E+01
                 -1.4611E-01 -6.2329E-01 -1.6433E-01                  4.7718E-01       2.4964E-01 7    -1.0270E-01 -2.4311E+01            6.3946E-01        2.4208E+01       1.7559E+00
                 -7.0808E-04 -1.6762E-01            4.4089E-03        1.6691E-01       1.2107E-02 8      1.7799E-01 -1.4624E+01           1.7967E+00        1.4802E+01       1.0504E-01 1.2272E-03 -1.0083E-01           1.2388E-02        1.0206E-01       7.2420E-04 9      1.4687E-01 -1.5811E+01           1.8683E+00        1.5957E+01       3.7509E-01 1.0126E-03 -1.0901E-01           1.2881E-02        1.1002E-01       2.5862E-03 10    -1.3586E+00 -6.2312E+01 -1.9160E+01                  6.0953E+01       1.5363E+01
                 -9.3669E-03 -4.2962E-01 -1.3210E-01                  4.2026E-01       1.0592E-01 11      5.9636E+00 -2.6511E+01 -1.1858E+01                 3.2474E+01       3.6281E+01 4.1118E-02 -1.8279E-01 -8.1758E-02                 2.2390E-01       2.5015E-01 12    -1.0548E+01 -4.3654E+01 -1.3365E+01                  3.3106E+01       5.2704E+01
                 -7.2723E-02 -3.0098E-01 -9.2149E-02                  2.2826E-01       3.6338E-01 13      2.5479E+01 -8.0420E+01 -1.5349E+01                 1.0590E+02       9.8131E+01 1.7567E-01 -5.5448E-01 -1.0583E-01                 7.3015E-01       6.7659E-01 14      2.3610E+01 -7.0825E+01 -1.4323E+01                 9.4435E+01       8.0268E+01 1.6278E-01 -4.8832E-01 -9.8752E-02                 6.5111E-01       5.5343E-01 15    -1.3219E+02 -4.2422E+02 -1.2980E+02                  2.9203E+02       1.0706E+02
                 -9.1141E-01 -2.9249E+00 -8.9493E-01                  2.0135E+00       7.3816E-01 2-186                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.2852E+00 -2.7271E+01 -8.8634E+00 3.1556E+01 2.1175E+01 2.9545E-02 -1.8802E-01 -6.1111E-02 2.1757E-01 1.4600E-01 17 -5.8523E+00 -3.1062E+01 -6.1143E+00 2.5210E+01 3.2089E+01

                  -4.0350E-02 -2.1417E-01 -4.2156E-02                 1.7382E-01      2.2124E-01 18      -7.3178E+00 -3.9563E+01            5.6412E-01       3.2245E+01      5.2267E+01
                  -5.0455E-02 -2.7278E-01            3.8895E-03       2.2232E-01      3.6037E-01 19        3.2495E+01 -4.3426E+01           3.1003E-01       7.5921E+01      8.7350E+01 2.2405E-01 -2.9941E-01           2.1376E-03       5.2346E-01      6.0226E-01 20        4.8117E+01 -4.9020E+01 -7.0031E+00                9.7137E+01      1.2922E+02 3.3175E-01 -3.3798E-01 -4.8284E-02                6.6974E-01      8.9093E-01 21      -2.6747E+00 -6.8144E+01 -3.5011E+00                 6.5469E+01      2.9403E+01
                  -1.8442E-02 -4.6984E-01 -2.4139E-02                 4.5139E-01      2.0273E-01 22      -9.0750E+01 -1.9038E+02 -1.0670E+02                 9.9630E+01      7.0107E+01
                  -6.2570E-01 -1.3126E+00 -7.3565E-01                 6.8692E-01      4.8337E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-187 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-78. Load Case 216, Rod Drop onto Cask, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.2222E+01 -1.1342E+02 8.2376E+01 1.0120E+02 3.0094E+01

                 -8.4270E-02 -7.8204E-01            5.6796E-01        6.9777E-01       2.0749E-01 2      4.2342E+00 -1.7886E+02           2.3240E+01        1.8310E+02       1.8028E+01 2.9194E-02 -1.2332E+00           1.6023E-01        1.2624E+00       1.2430E-01 3      5.0955E+00 -1.9575E+02           1.0264E+01        2.0084E+02       3.0906E+01 3.5132E-02 -1.3496E+00           7.0770E-02        1.3848E+00       2.1309E-01 4      6.0758E+02 -1.4569E+02           4.6165E+02        7.5327E+02       9.1517E+01 4.1891E+00 -1.0045E+00           3.1830E+00        5.1936E+00       6.3099E-01 5      5.0624E+02 -3.6132E+02           3.3898E+02        8.6756E+02       5.2569E+02 3.4904E+00 -2.4912E+00           2.3372E+00        5.9816E+00       3.6245E+00 6    -8.6692E+01 -1.0487E+03 -3.4299E+00                  9.6200E+02       4.0857E+02
                 -5.9772E-01 -7.2305E+00 -2.3649E-02                  6.6328E+00       2.8170E+00 7      1.1395E+00 -2.2238E+02           1.6537E+01        2.2351E+02       2.3697E+01 7.8562E-03 -1.5332E+00           1.1402E-01        1.5411E+00       1.6338E-01 8      2.0173E+00 -9.2489E+01           1.9936E+01        9.4506E+01       1.2567E+00 1.3909E-02 -6.3769E-01           1.3746E-01        6.5159E-01       8.6646E-03 9      1.0580E+00 -9.3042E+01           1.2869E+01        9.4100E+01       1.3847E+00 7.2947E-03 -6.4150E-01           8.8726E-02        6.4880E-01       9.5474E-03 10    -6.1571E+00 -3.7134E+02 -1.0758E+02                  3.6518E+02       8.6329E+01
                 -4.2452E-02 -2.5603E+00 -7.4172E-01                  2.5178E+00       5.9522E-01 11      4.7129E+01 -1.5111E+02 -5.2200E+01                 1.9824E+02       2.3162E+02 3.2494E-01 -1.0419E+00 -3.5991E-01                 1.3668E+00       1.5970E+00 12    -4.8566E+01 -2.6552E+02 -6.2850E+01                  2.1696E+02       3.1755E+02
                 -3.3485E-01 -1.8307E+00 -4.3334E-01                  1.4959E+00       2.1894E+00 13      1.7672E+02 -4.5921E+02 -5.9307E+01                 6.3593E+02       5.5973E+02 1.2184E+00 -3.1661E+00 -4.0891E-01                 4.3846E+00       3.8592E+00 14      1.7080E+02 -4.1020E+02 -5.2286E+01                 5.8101E+02       5.0329E+02 1.1776E+00 -2.8283E+00 -3.6050E-01                 4.0059E+00       3.4700E+00 15    -5.5572E+03 -1.9032E+04 -5.4444E+03                  1.3475E+04       4.6668E+03
                 -3.8316E+01 -1.3122E+02 -3.7538E+01                  9.2904E+01       3.2177E+01 2-188                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.3643E+02 -9.0325E+02 -9.2868E+01 1.3397E+03 1.4628E+03 3.0091E+00 -6.2277E+00 -6.4030E-01 9.2368E+00 1.0086E+01 17 3.3779E+02 -8.6443E+02 1.7524E+02 1.2022E+03 1.8115E+03 2.3290E+00 -5.9600E+00 1.2082E+00 8.2890E+00 1.2490E+01 18 1.5393E+02 -6.0276E+02 -6.2840E+01 7.5670E+02 6.6403E+02 1.0613E+00 -4.1559E+00 -4.3327E-01 5.2173E+00 4.5783E+00 19 4.5080E+02 -2.0457E+02 2.1191E+02 6.5537E+02 2.0244E+02 3.1081E+00 -1.4105E+00 1.4610E+00 4.5186E+00 1.3958E+00 20 7.7049E+02 -4.5219E+02 2.7273E+01 1.2227E+03 4.3619E+02 5.3123E+00 -3.1177E+00 1.8804E-01 8.4301E+00 3.0075E+00 21 -2.9643E+01 -4.2108E+02 -3.4839E+01 3.9144E+02 1.7775E+02

                  -2.0438E-01 -2.9033E+00 -2.4021E-01                 2.6989E+00      1.2255E+00 22      -1.4169E+03 -7.4743E+03 -2.1260E+03                 6.0574E+03      1.4578E+03
                  -9.7695E+00 -5.1534E+01 -1.4658E+01                 4.1764E+01      1.0051E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-189 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-79. Load Case 221, Forward 10g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.9327E+01 1.0282E+01 -6.2189E+00 8.5546E+01 3.3713E+01 5.4694E-01 7.0895E-02 -4.2878E-02 5.8982E-01 2.3244E-01 2 7.7890E+01 1.4034E+01 -9.0426E+00 8.9834E+01 3.1460E+01 5.3703E-01 9.6759E-02 -6.2346E-02 6.1939E-01 2.1691E-01 3 7.6520E+01 9.5948E+00 -6.5601E+00 8.3080E+01 3.6251E+01 5.2759E-01 6.6154E-02 -4.5230E-02 5.7282E-01 2.4994E-01 4 6.2521E+01 1.5869E+00 -6.5300E+00 6.9051E+01 2.0553E+01 4.3107E-01 1.0941E-02 -4.5023E-02 4.7609E-01 1.4170E-01 5 4.3093E+01 -1.1986E+00 -6.0654E+00 5.7160E+01 5.3932E+00 2.9712E-01 -8.2642E-03 -4.1819E-02 3.9411E-01 3.7184E-02 6 1.7063E+01 -5.9830E+00 -1.4683E+01 2.6576E+01 2.2684E+00 1.1764E-01 -4.1251E-02 -1.0124E-01 1.8324E-01 1.5640E-02 7 2.9506E+01 -9.7233E+00 -2.8043E+01 2.6773E+01 2.1988E+00 2.0344E-01 -6.7040E-02 -1.9335E-01 1.8459E-01 1.5160E-02 8 2.7770E+01 -1.0814E+01 -2.6443E+01 2.5276E+01 2.4255E+00 1.9147E-01 -7.4563E-02 -1.8232E-01 1.7427E-01 1.6723E-02 9 2.6473E+01 -9.9331E+00 -2.5080E+01 2.4025E+01 2.2924E+00 1.8252E-01 -6.8486E-02 -1.7292E-01 1.6564E-01 1.5805E-02 10 2.3249E+01 -5.2522E+00 -1.3609E+01 3.6858E+01 7.1230E+00 1.6029E-01 -3.6213E-02 -9.3833E-02 2.5413E-01 4.9111E-02 11 2.3170E+01 1.2601E+00 -9.7610E+00 3.2931E+01 7.0822E+00 1.5975E-01 8.6884E-03 -6.7300E-02 2.2705E-01 4.8830E-02 12 1.5520E+01 -8.1130E-01 -9.6212E+00 2.5141E+01 6.0924E+00 1.0701E-01 -5.5937E-03 -6.6336E-02 1.7334E-01 4.2006E-02 13 3.2162E+01 -3.1985E+00 -7.8412E+00 4.0003E+01 1.0143E+01 2.2175E-01 -2.2053E-02 -5.4063E-02 2.7581E-01 6.9932E-02 14 3.5766E+01 -7.9320E-01 -8.0624E+00 4.3829E+01 8.8173E+00 2.4660E-01 -5.4689E-03 -5.5588E-02 3.0219E-01 6.0793E-02 15 1.2632E+01 -4.3733E+00 -6.0133E+00 1.6197E+01 4.7570E+00 8.7095E-02 -3.0153E-02 -4.1460E-02 1.1167E-01 3.2798E-02 2-190 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.1463E+01 9.1659E-01 -5.8936E+00 3.7356E+01 4.1548E+00 2.1693E-01 6.3197E-03 -4.0635E-02 2.5756E-01 2.8647E-02 17 1.2456E+01 -5.7529E+00 -1.0224E+01 2.2680E+01 6.6761E+00 8.5882E-02 -3.9665E-02 -7.0491E-02 1.5637E-01 4.6030E-02 18 1.1893E+01 -5.8752E+00 -1.0043E+01 2.1936E+01 6.0008E+00 8.2001E-02 -4.0508E-02 -6.9243E-02 1.5124E-01 4.1374E-02 19 3.7817E+01 -3.0640E-01 -4.2126E+00 4.2030E+01 4.0128E+00 2.6074E-01 -2.1125E-03 -2.9045E-02 2.8978E-01 2.7667E-02 20 3.2977E+01 -4.8799E-01 -4.7144E+00 3.7691E+01 8.9088E+00 2.2737E-01 -3.3646E-03 -3.2504E-02 2.5987E-01 6.1424E-02 21 1.7799E+01 -8.4773E-01 -9.0908E+00 2.6889E+01 4.9066E+00 1.2272E-01 -5.8449E-03 -6.2679E-02 1.8540E-01 3.3830E-02 22 1.6382E+01 -4.9802E-01 -8.4892E+00 2.4871E+01 5.2865E+00 1.1295E-01 -3.4337E-03 -5.8531E-02 1.7148E-01 3.6449E-02 Radioactive Material Transport Packaging System Safety Analysis Report 2-191 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-80. Load Case 222, Lateral 5g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.9664E+01 5.1412E+00 -3.1095E+00 4.2773E+01 1.6856E+01 2.7347E-01 3.5448E-02 -2.1439E-02 2.9491E-01 1.1622E-01 2 3.8945E+01 7.0168E+00 -4.5213E+00 4.4917E+01 1.5730E+01 2.6852E-01 4.8379E-02 -3.1173E-02 3.0969E-01 1.0845E-01 3 3.8260E+01 4.7974E+00 -3.2801E+00 4.1540E+01 1.8125E+01 2.6379E-01 3.3077E-02 -2.2615E-02 2.8641E-01 1.2497E-01 4 3.1260E+01 7.9343E-01 -3.2650E+00 3.4525E+01 1.0276E+01 2.1553E-01 5.4705E-03 -2.2511E-02 2.3804E-01 7.0852E-02 5 2.1546E+01 -5.9931E-01 -3.0327E+00 2.8580E+01 2.6966E+00 1.4856E-01 -4.1321E-03 -2.0910E-02 1.9705E-01 1.8592E-02 6 8.5313E+00 -2.9915E+00 -7.3415E+00 1.3288E+01 1.1342E+00 5.8821E-02 -2.0626E-02 -5.0618E-02 9.1618E-02 7.8201E-03 7 1.4753E+01 -4.8617E+00 -1.4021E+01 1.3387E+01 1.0994E+00 1.0172E-01 -3.3520E-02 -9.6674E-02 9.2297E-02 7.5802E-03 8 1.3885E+01 -5.4072E+00 -1.3222E+01 1.2638E+01 1.2127E+00 9.5734E-02 -3.7281E-02 -9.1159E-02 8.7136E-02 8.3615E-03 9 1.3236E+01 -4.9665E+00 -1.2540E+01 1.2012E+01 1.1462E+00 9.1262E-02 -3.4243E-02 -8.6461E-02 8.2822E-02 7.9027E-03 10 1.1624E+01 -2.6261E+00 -6.8047E+00 1.8429E+01 3.5615E+00 8.0147E-02 -1.8106E-02 -4.6917E-02 1.2706E-01 2.4556E-02 11 1.1585E+01 6.3007E-01 -4.8805E+00 1.6466E+01 3.5411E+00 7.9876E-02 4.3442E-03 -3.3650E-02 1.1353E-01 2.4415E-02 12 7.7600E+00 -4.0565E-01 -4.8106E+00 1.2571E+01 3.0462E+00 5.3503E-02 -2.7968E-03 -3.3168E-02 8.6671E-02 2.1003E-02 13 1.6081E+01 -1.5993E+00 -3.9206E+00 2.0002E+01 5.0714E+00 1.1087E-01 -1.1027E-02 -2.7032E-02 1.3791E-01 3.4966E-02 14 1.7883E+01 -3.9660E-01 -4.0312E+00 2.1914E+01 4.4087E+00 1.2330E-01 -2.7345E-03 -2.7794E-02 1.5109E-01 3.0397E-02 15 6.3161E+00 -2.1866E+00 -3.0067E+00 8.0983E+00 2.3785E+00 4.3548E-02 -1.5076E-02 -2.0730E-02 5.5836E-02 1.6399E-02 2-192 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.5731E+01 4.5830E-01 -2.9468E+00 1.8678E+01 2.0774E+00 1.0846E-01 3.1598E-03 -2.0317E-02 1.2878E-01 1.4323E-02 17 6.2280E+00 -2.8764E+00 -5.1119E+00 1.1340E+01 3.3381E+00 4.2941E-02 -1.9832E-02 -3.5245E-02 7.8186E-02 2.3015E-02 18 5.9466E+00 -2.9376E+00 -5.0214E+00 1.0968E+01 3.0004E+00 4.1001E-02 -2.0254E-02 -3.4622E-02 7.5622E-02 2.0687E-02 19 1.8909E+01 -1.5320E-01 -2.1063E+00 2.1015E+01 2.0064E+00 1.3037E-01 -1.0563E-03 -1.4523E-02 1.4489E-01 1.3834E-02 20 1.6488E+01 -2.4400E-01 -2.3572E+00 1.8846E+01 4.4544E+00 1.1368E-01 -1.6823E-03 -1.6252E-02 1.2994E-01 3.0712E-02 21 8.8993E+00 -4.2386E-01 -4.5454E+00 1.3445E+01 2.4533E+00 6.1358E-02 -2.9224E-03 -3.1339E-02 9.2698E-02 1.6915E-02 22 8.1908E+00 -2.4901E-01 -4.2446E+00 1.2435E+01 2.6433E+00 5.6474E-02 -1.7169E-03 -2.9265E-02 8.5739E-02 1.8225E-02 Radioactive Material Transport Packaging System Safety Analysis Report 2-193 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-81. Load Case 223, Vertical 2g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.5824E+01 1.3769E+00 -1.1904E+01 2.5272E+01 1.9103E+00 1.0910E-01 9.4932E-03 -8.2078E-02 1.7424E-01 1.3171E-02 2 3.6583E+02 5.1326E+01 -1.9922E+01 4.7669E+02 8.4751E+01 2.5223E+00 3.5388E-01 -1.3736E-01 3.2867E+00 5.8434E-01 3 1.6234E+01 1.6494E+00 -1.3138E+01 2.6128E+01 2.7857E+00 1.1193E-01 1.1373E-02 -9.0583E-02 1.8015E-01 1.9207E-02 4 7.1429E+00 2.8061E+00 -1.1375E+00 8.5932E+00 7.1773E+00 4.9249E-02 1.9348E-02 -7.8430E-03 5.9248E-02 4.9486E-02 5 1.0441E+01 2.3594E+00 -3.4310E+00 1.3872E+01 4.3760E-01 7.1991E-02 1.6267E-02 -2.3656E-02 9.5647E-02 3.0172E-03 6 8.3799E+00 2.2804E+00 -4.3855E+00 1.6626E+01 3.7356E+00 5.7777E-02 1.5723E-02 -3.0237E-02 1.1463E-01 2.5756E-02 7 5.2336E+00 3.7936E-01 -4.2924E+00 9.5036E+00 7.5942E-01 3.6084E-02 2.6156E-03 -2.9595E-02 6.5525E-02 5.2360E-03 8 4.6921E+00 6.2000E-01 -4.6921E+00 5.6661E+00 1.3693E+00 3.2351E-02 4.2747E-03 -3.2351E-02 3.9066E-02 9.4412E-03 9 4.6234E+00 2.2395E-01 -4.6234E+00 6.4390E+00 9.9670E-01 3.1877E-02 1.5441E-03 -3.1877E-02 4.4395E-02 6.8720E-03 10 1.8357E+01 4.7530E+00 1.1155E+00 1.7242E+01 8.1740E-01 1.2657E-01 3.2771E-02 7.6912E-03 1.1888E-01 5.6358E-03 11 1.1996E+01 1.9106E-01 -1.2269E+00 1.3299E+01 1.1556E+01 8.2711E-02 1.3173E-03 -8.4593E-03 9.1692E-02 7.9676E-02 12 6.0250E+00 3.4167E-01 -2.1504E+00 8.1755E+00 5.4546E+00 4.1541E-02 2.3557E-03 -1.4827E-02 5.6368E-02 3.7608E-02 13 7.8809E+00 1.6144E+00 -2.4262E+00 1.0307E+01 7.7148E+00 5.4337E-02 1.1131E-02 -1.6728E-02 7.1065E-02 5.3192E-02 14 7.0999E+00 1.7850E+00 -2.0296E+00 9.1295E+00 6.1607E+00 4.8952E-02 1.2307E-02 -1.3994E-02 6.2946E-02 4.2476E-02 15 4.4532E+00 -4.4399E-01 -4.4533E+00 6.5806E+00 2.1336E+00 3.0704E-02 -3.0612E-03 -3.0704E-02 4.5372E-02 1.4711E-02 2-194 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 6.8752E+00 2.1663E-01 -3.1875E+00 1.0063E+01 1.4935E+00 4.7403E-02 1.4936E-03 -2.1977E-02 6.9380E-02 1.0297E-02 17 4.3508E+00 1.4174E+00 -4.3507E+00 7.3182E+00 2.1243E+00 2.9997E-02 9.7727E-03 -2.9997E-02 5.0457E-02 1.4647E-02 18 5.0002E+00 9.4257E-01 -1.9295E+00 9.9075E+00 1.0333E+00 3.4475E-02 6.4988E-03 -1.3304E-02 6.8310E-02 7.1244E-03 19 9.1207E+00 1.0719E+00 -3.1721E-01 9.4379E+00 2.0949E+00 6.2885E-02 7.3907E-03 -2.1871E-03 6.5072E-02 1.4444E-02 20 8.0415E+00 2.0293E+00 -1.8633E+00 9.9049E+00 4.8090E+00 5.5444E-02 1.3992E-02 -1.2847E-02 6.8292E-02 3.3157E-02 21 2.4280E+00 -1.4075E-01 -1.3576E+00 3.8128E+00 7.8305E-01 1.6740E-02 -9.7045E-04 -9.3604E-03 2.6288E-02 5.3989E-03 22 1.7210E+00 -1.7757E-01 -1.0343E+00 2.7554E+00 1.0311E+00 1.1866E-02 -1.2243E-03 -7.1316E-03 1.8998E-02 7.1094E-03 Radioactive Material Transport Packaging System Safety Analysis Report 2-195 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-82. Load Case 231, 4-ft. Head-On Drop, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.1781E+01 -1.0985E+03 3.4727E+01 1.0868E+03 3.4599E+02

                 -8.1229E-02 -7.5742E+00            2.3944E-01        7.4929E+00       2.3855E+00 2      1.2373E+01 -5.9157E+02 -2.7822E+01                 6.0394E+02       5.9061E+01 8.5309E-02 -4.0787E+00 -1.9182E-01                 4.1640E+00       4.0721E-01 3    -6.4569E+00 -2.1843E+02 -5.7753E+00                  2.1197E+02       2.3115E+01
                 -4.4519E-02 -1.5060E+00 -3.9820E-02                  1.4615E+00       1.5937E-01 4      6.1400E+02 -2.0260E+03 -2.0241E+02                 2.6400E+03       9.7495E+02 4.2334E+00 -1.3969E+01 -1.3955E+00                 1.8202E+01       6.7221E+00 5      2.8812E+02 -8.2946E+02           1.4579E+01        1.1176E+03       8.6904E+02 1.9865E+00 -5.7189E+00           1.0052E-01        7.7054E+00       5.9918E+00 6    -8.7409E+01 -1.3628E+03 -2.0239E+02                  1.2754E+03       1.5681E+02
                 -6.0266E-01 -9.3965E+00 -1.3955E+00                  8.7938E+00       1.0812E+00 7      1.7158E+00 -5.2076E+02           3.8986E+01        5.2248E+02       1.1015E+00 1.1830E-02 -3.5905E+00           2.6880E-01        3.6024E+00       7.5947E-03 8    -8.5238E-01 -4.1060E+02 -9.0671E+00                  4.0975E+02       3.5991E+00
                 -5.8770E-03 -2.8310E+00 -6.2516E-02                  2.8251E+00       2.4815E-02 9    -3.8915E-01 -3.1728E+02            4.7881E-01        3.1689E+02       3.2264E-01
                 -2.6831E-03 -2.1876E+00            3.3013E-03        2.1849E+00       2.2245E-03 10    -1.0205E+02 -6.2168E+02 -1.2928E+02                  5.1962E+02       2.3706E+02
                 -7.0364E-01 -4.2863E+00 -8.9136E-01                  3.5827E+00       1.6345E+00 11      6.9184E+01 -3.5568E+02 -5.7937E+01                 4.2486E+02       1.7179E+02 4.7701E-01 -2.4523E+00 -3.9946E-01                 2.9293E+00       1.1845E+00 12      7.4453E+01 -3.9743E+01           6.1540E+01        1.1420E+02       2.2882E+02 5.1334E-01 -2.7402E-01           4.2430E-01        7.8736E-01       1.5776E+00 13      7.4744E+01 -2.6268E+02 -1.0865E+01                 3.3742E+02       1.2836E+02 5.1535E-01 -1.8111E+00 -7.4911E-02                 2.3265E+00       8.8502E-01 14      7.0821E+01 -1.8655E+02           1.8622E+01        2.5738E+02       8.8913E+01 4.8830E-01 -1.2862E+00           1.2840E-01        1.7745E+00       6.1304E-01 15    -8.3277E+02 -2.5292E+03 -8.0025E+02                  1.6964E+03       2.7886E+02
                 -5.7418E+00 -1.7438E+01 -5.5175E+00                  1.1696E+01       1.9227E+00 2-196                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.5449E+02 -5.5559E+02 5.8282E+01 7.1008E+02 2.4754E+02 1.0651E+00 -3.8307E+00 4.0184E-01 4.8958E+00 1.7068E+00 17 -3.4180E+01 -1.0291E+03 -1.5267E+02 9.9495E+02 1.1348E+02

                  -2.3566E-01 -7.0956E+00 -1.0526E+00                 6.8600E+00      7.8241E-01 18      -1.8807E+01 -1.0314E+03 -7.4420E+01                 1.0126E+03      3.2987E+02
                  -1.2967E-01 -7.1114E+00 -5.1311E-01                 6.9818E+00      2.2744E+00 19        4.4039E+02 -7.1985E+02           1.1669E+02       1.1602E+03      4.6439E+02 3.0364E+00 -4.9632E+00           8.0457E-01       7.9995E+00      3.2018E+00 20        4.1983E+02 -8.8913E+02 -8.9073E+01                1.3090E+03      4.0897E+02 2.8946E+00 -6.1304E+00 -6.1413E-01                9.0250E+00      2.8197E+00 21      -5.3480E+01 -1.3001E+02 -1.2728E+02                 7.6528E+01      3.8034E+01
                  -3.6873E-01 -8.9637E-01 -8.7755E-01                 5.2764E-01      2.6223E-01 22      -1.7542E+02 -1.5442E+03 -1.6486E+02                 1.3688E+03      7.8552E+02
                  -1.2095E+00 -1.0647E+01 -1.1367E+00                 9.4375E+00      5.4160E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-197 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-83. Load Case 232, 30-ft. Head-On Drop Impact Test, Normal Conditions, Normal Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -3.7664E+01 -2.0445E+03 -3.8817E+02 2.0068E+03 6.6642E+02

                 -2.5969E-01 -1.4096E+01 -2.6763E+00                  1.3836E+01       4.5948E+00 2      1.9436E+01 -1.0696E+03 -8.0832E+01                 1.0890E+03       6.3311E+01 1.3400E-01 -7.3745E+00 -5.5732E-01                 7.5085E+00       4.3651E-01 3    -2.8033E+00 -6.2633E+02 -2.3404E+01                  6.2352E+02       7.0647E+01
                 -1.9328E-02 -4.3184E+00 -1.6136E-01                  4.2990E+00       4.8710E-01 4      3.3546E+02 -3.2914E+03 -1.0560E+03                 3.6269E+03       1.6542E+03 2.3129E+00 -2.2694E+01 -7.2808E+00                 2.5007E+01       1.1406E+01 5    -4.2679E+01 -1.0426E+03 -4.4607E+02                  9.9991E+02       1.1870E+03
                 -2.9426E-01 -7.1884E+00 -3.0755E+00                  6.8942E+00       8.1838E+00 6    -1.8983E+02 -9.2086E+02 -3.9715E+02                  7.3103E+02       1.9662E+02
                 -1.3088E+00 -6.3491E+00 -2.7383E+00                  5.0403E+00       1.3556E+00 7    -1.0040E+01 -7.1815E+02 -9.7489E+01                  7.0811E+02       5.3947E+00
                 -6.9221E-02 -4.9515E+00 -6.7216E-01                  4.8822E+00       3.7195E-02 8    -7.1885E+00 -7.0102E+02 -6.8586E+01                  6.9384E+02       9.4709E-01
                 -4.9563E-02 -4.8334E+00 -4.7288E-01                  4.7838E+00       6.5299E-03 9    -2.3051E+00 -5.7443E+02 -1.2598E+01                  5.7212E+02       9.4499E-01
                 -1.5893E-02 -3.9605E+00 -8.6858E-02                  3.9447E+00       6.5155E-03 10    -1.5349E+02 -1.1298E+03 -2.1535E+02                  9.7632E+02       4.4125E+02
                 -1.0583E+00 -7.7898E+00 -1.4848E+00                  6.7315E+00       3.0423E+00 11      1.0340E+02 -6.1346E+02 -1.1244E+02                 7.1686E+02       2.7277E+02 7.1291E-01 -4.2297E+00 -7.7521E-01                 4.9426E+00       1.8807E+00 12      1.1401E+02 -7.3421E+01           8.3205E+01        1.8743E+02       3.9316E+02 7.8609E-01 -5.0622E-01           5.7368E-01        1.2923E+00       2.7108E+00 13      1.3008E+02 -5.7284E+02 -5.9139E+01                 7.0292E+02       4.0703E+02 8.9686E-01 -3.9496E+00 -4.0775E-01                 4.8465E+00       2.8064E+00 14      1.3462E+02 -4.7673E+02 -1.7402E+01                 6.1135E+02       2.1895E+02 9.2815E-01 -3.2869E+00 -1.1998E-01                 4.2151E+00       1.5096E+00 15      2.2390E+02       1.5565E+02      2.1375E+02        6.8253E+01       3.8141E+01 1.5437E+00       1.0731E+00      1.4737E+00        4.7059E-01       2.6297E-01 2-198                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 5.1030E+01 -5.1030E+02 -1.9782E+02 5.6133E+02 2.3536E+01 3.5184E-01 -3.5184E+00 -1.3639E+00 3.8702E+00 1.6228E-01 17 1.5478E+02 -5.9532E+02 -3.0416E+02 7.5010E+02 5.8342E+02 1.0672E+00 -4.1046E+00 -2.0971E+00 5.1717E+00 4.0225E+00 18 1.6269E+02 -1.0551E+03 -3.1323E+02 1.2178E+03 1.0726E+03 1.1217E+00 -7.2746E+00 -2.1596E+00 8.3963E+00 7.3952E+00 19 2.0525E+02 -9.7621E+02 -3.6657E+02 1.1815E+03 5.9874E+02 1.4151E+00 -6.7307E+00 -2.5274E+00 8.1459E+00 4.1282E+00 20 -1.7716E+02 -6.4447E+02 -4.3104E+02 4.6731E+02 5.5081E+02

                  -1.2215E+00 -4.4435E+00 -2.9719E+00                 3.2220E+00      3.7977E+00 21      -1.6729E+00 -9.8990E+00 -3.8560E+00                 8.2261E+00      1.8589E+01
                  -1.1534E-02 -6.8251E-02 -2.6586E-02                 5.6717E-02      1.2817E-01 22        3.3026E+02      8.8571E+01       3.2863E+02       2.4169E+02      1.3664E+02 2.2771E+00      6.1067E-01       2.2658E+00       1.6664E+00      9.4208E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-199 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-84. Load Combination 101, Hot Environment, Normal Conditions of Transport - Model AOS-025A Load Cases: 102, 201, 211 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.73 1.03 0.04 1.76 1.80 20.00 66.30 >10 5.03 7.09 0.27 12.13 12.39 137.90 457.12 2 0.24 0.14 0.05 0.38 0.43 20.00 66.30 >10 1.62 0.98 0.35 2.60 2.94 137.90 457.12 3 0.16 0.09 0.04 0.25 0.29 20.00 66.30 >10 1.10 0.65 0.25 1.75 2.00 137.90 457.12 4 1.35 2.31 0.68 3.66 4.34 20.00 66.30 7.19 9.32 15.94 4.67 25.26 29.93 137.90 457.12 5 1.23 1.63 0.47 2.86 3.33 20.00 66.30 9.50 8.47 11.23 3.23 19.70 22.94 137.90 457.12 6 0.73 1.17 0.42 1.90 2.32 20.00 66.30 >10 5.06 8.05 2.90 13.12 16.01 137.90 457.12 7 0.24 0.05 0.16 0.30 0.46 20.00 66.30 >10 1.67 0.38 1.10 2.04 3.14 137.90 457.12 8 0.24 0.05 0.15 0.28 0.43 20.00 66.30 >10 1.62 0.32 1.05 1.94 3.00 137.90 457.12 9 0.27 0.07 0.16 0.35 0.51 20.00 66.30 >10 1.90 0.51 1.08 2.41 3.49 137.90 457.12 10 0.96 0.12 0.61 1.08 1.69 20.00 66.30 >10 6.64 0.83 4.21 7.47 11.68 137.90 457.12 11 0.81 0.96 0.45 1.77 2.22 20.00 66.30 >10 5.58 6.63 3.11 12.21 15.32 137.90 457.12 12 0.85 1.20 0.57 2.04 2.61 20.00 66.30 >10 5.86 8.24 3.90 14.10 18.00 137.90 457.12 13 1.24 0.88 0.32 2.12 2.44 20.00 66.30 >10 8.58 6.06 2.21 14.64 16.85 137.90 457.12 2-200 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.25 1.53 0.32 2.78 3.10 20.00 66.30 9.78 8.61 10.57 2.21 19.18 21.39 137.90 457.12 15 1.56 1.70 1.79 3.25 5.04 20.00 66.30 8.22 10.74 11.69 12.34 22.42 34.77 137.90 457.12 16 1.60 2.53 0.96 4.13 5.10 20.00 66.30 6.26 11.03 17.46 6.64 28.49 35.13 137.90 457.12 17 1.07 1.71 0.58 2.78 3.36 20.00 66.30 9.77 7.39 11.81 3.99 19.20 23.19 137.90 457.12 18 0.84 1.36 0.27 2.20 2.47 20.00 66.30 >10 5.82 9.38 1.85 15.20 17.06 137.90 457.12 19 1.42 2.10 0.48 3.51 4.00 20.00 66.30 7.54 9.77 14.46 3.33 24.23 27.55 137.90 457.12 20 1.76 2.77 0.59 4.52 5.12 20.00 66.30 5.63 12.10 19.10 4.09 31.20 35.29 137.90 457.12 21 0.32 0.52 0.02 0.84 0.86 20.00 66.30 >10 2.20 3.57 0.14 5.77 5.91 137.90 457.12 22 0.39 0.37 0.05 0.76 0.81 20.00 66.30 >10 2.71 2.55 0.33 5.26 5.59 137.90 457.12 Min MS: 5.630, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-201 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-85. Load Combination 102, Cold Environment, Normal Conditions of Transport - Model AOS-025A Load Cases: 104, 201, 211 -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.73 1.03 0.20 1.76 1.95 20.00 70.00 >10 5.03 7.09 1.35 12.13 13.48 137.90 482.63 2 0.24 0.14 0.14 0.38 0.52 20.00 70.00 >10 1.62 0.98 0.97 2.60 3.57 137.90 482.63 3 0.16 0.09 0.18 0.25 0.43 20.00 70.00 >10 1.10 0.65 1.25 1.75 3.00 137.90 482.63 4 1.35 2.31 10.62 3.66 14.28 20.00 70.00 3.20 9.32 15.94 73.22 25.26 98.48 137.90 482.63 5 1.23 1.63 16.21 2.86 19.07 20.00 70.00 2.15 8.47 11.23 111.78 19.70 131.49 137.90 482.63 6 0.73 1.17 8.16 1.90 10.07 20.00 70.00 4.96 5.06 8.05 56.29 13.12 69.41 137.90 482.63 7 0.24 0.05 4.31 0.30 4.61 20.00 70.00 >10 1.67 0.38 29.72 2.04 31.76 137.90 482.63 8 0.24 0.05 4.31 0.28 4.59 20.00 70.00 >10 1.62 0.32 29.68 1.94 31.63 137.90 482.63 9 0.27 0.07 4.31 0.35 4.66 20.00 70.00 >10 1.90 0.51 29.69 2.41 32.10 137.90 482.63 10 0.96 0.12 4.66 1.08 5.75 20.00 70.00 9.44 6.64 0.83 32.16 7.47 39.62 137.90 482.63 11 0.81 0.96 2.08 1.77 3.86 20.00 70.00 >10 5.58 6.63 14.37 12.21 26.58 137.90 482.63 12 0.85 1.20 1.03 2.04 3.08 20.00 70.00 >10 5.86 8.24 7.11 14.10 21.21 137.90 482.63 13 1.24 0.88 7.61 2.12 9.73 20.00 70.00 5.17 8.58 6.06 52.45 14.64 67.09 137.90 482.63 2-202 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.25 1.53 5.98 2.78 8.76 20.00 70.00 5.85 8.61 10.57 41.23 19.18 60.41 137.90 482.63 15 1.56 1.70 0.94 3.25 4.20 20.00 70.00 8.22 10.74 11.69 6.51 22.42 28.94 137.90 482.63 16 1.60 2.53 2.10 4.13 6.24 20.00 70.00 6.26 11.03 17.46 14.51 28.49 43.00 137.90 482.63 17 1.07 1.71 1.95 2.78 4.74 20.00 70.00 9.77 7.39 11.81 13.45 19.20 32.65 137.90 482.63 18 0.84 1.36 2.14 2.20 4.34 20.00 70.00 >10 5.82 9.38 14.74 15.20 29.95 137.90 482.63 19 1.42 2.10 2.56 3.51 6.07 20.00 70.00 7.54 9.77 14.46 17.62 24.23 41.85 137.90 482.63 20 1.76 2.77 2.41 4.52 6.93 20.00 70.00 5.63 12.10 19.10 16.59 31.20 47.79 137.90 482.63 21 0.32 0.52 1.15 0.84 1.99 20.00 70.00 >10 2.20 3.57 7.95 5.77 13.72 137.90 482.63 22 0.39 0.37 0.25 0.76 1.02 20.00 70.00 >10 2.71 2.55 1.75 5.26 7.01 137.90 482.63 Min MS: 2.146, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-203 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-86. Load Combination 103, Increased External Pressure, Normal Conditions of Transport - Model AOS-025A Load Cases: 103, 202, 211 -20°F Ambient, Zero Decay Heat, Zero Insolation Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.73 1.03 0.16 1.76 1.92 20.00 70.00 >10 5.06 7.08 1.10 12.15 13.25 137.90 482.63 2 0.23 0.14 0.12 0.37 0.49 20.00 70.00 >10 1.60 0.97 0.80 2.57 3.37 137.90 482.63 3 0.16 0.09 0.15 0.25 0.40 20.00 70.00 >10 1.09 0.62 1.02 1.71 2.73 137.90 482.63 4 1.19 1.98 8.69 3.17 11.85 20.00 70.00 4.06 8.20 13.62 59.91 21.83 81.73 137.90 482.63 5 1.02 1.33 13.27 2.35 15.62 20.00 70.00 2.84 7.05 9.18 91.47 16.23 107.70 137.90 482.63 6 0.65 1.00 6.68 1.66 8.34 20.00 70.00 6.20 4.51 6.92 46.06 11.43 57.49 137.90 482.63 7 0.26 0.05 3.53 0.32 3.84 20.00 70.00 >10 1.83 0.37 24.31 2.20 26.51 137.90 482.63 8 0.26 0.05 3.52 0.30 3.83 20.00 70.00 >10 1.78 0.32 24.29 2.10 26.39 137.90 482.63 9 0.30 0.07 3.52 0.37 3.90 20.00 70.00 >10 2.05 0.51 24.30 2.56 26.86 137.90 482.63 10 1.05 0.21 3.82 1.27 5.08 20.00 70.00 >10 7.27 1.47 26.31 8.74 35.05 137.90 482.63 11 0.79 0.95 1.71 1.74 3.45 20.00 70.00 >10 5.48 6.52 11.76 12.00 23.75 137.90 482.63 12 0.83 1.10 0.84 1.94 2.78 20.00 70.00 >10 5.74 7.61 5.82 13.35 19.17 137.90 482.63 13 1.14 1.00 6.22 2.14 8.36 20.00 70.00 6.17 7.85 6.91 42.91 14.76 57.67 137.90 482.63 2-204 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.11 1.37 4.89 2.47 7.37 20.00 70.00 7.14 7.64 9.41 33.74 17.06 50.79 137.90 482.63 15 1.79 2.35 0.77 4.15 4.92 20.00 70.00 6.24 12.35 16.23 5.33 28.58 33.91 137.90 482.63 16 1.35 2.14 1.72 3.49 5.22 20.00 70.00 7.59 9.34 14.75 11.87 24.08 35.96 137.90 482.63 17 0.90 1.42 1.60 2.32 3.92 20.00 70.00 >10 6.19 9.80 11.00 15.99 26.99 137.90 482.63 18 0.64 1.03 1.75 1.67 3.42 20.00 70.00 >10 4.43 7.08 12.06 11.51 23.57 137.90 482.63 19 1.08 1.55 2.09 2.62 4.71 20.00 70.00 >10 7.43 10.66 14.42 18.09 32.51 137.90 482.63 20 1.38 2.07 1.97 3.45 5.42 20.00 70.00 7.68 9.52 14.30 13.58 23.82 37.40 137.90 482.63 21 0.27 0.37 0.94 0.63 1.58 20.00 70.00 >10 1.84 2.52 6.50 4.37 10.87 137.90 482.63 22 0.36 0.37 0.21 0.73 0.94 20.00 70.00 >10 2.50 2.55 1.43 5.05 6.48 137.90 482.63 Min MS: 2.841, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-205 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-87. Load Combination 104, Minimum External Pressure, Normal Conditions of Transport - Model AOS-025A Load Cases: 101, 201, 202, 211 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.83 1.16 0.04 1.99 2.03 20.00 70.00 >10 5.69 8.02 0.28 13.71 13.99 137.90 482.63 2 0.42 0.26 0.05 0.67 0.73 20.00 70.00 >10 2.86 1.77 0.37 4.64 5.01 137.90 482.63 3 0.29 0.18 0.04 0.46 0.50 20.00 70.00 >10 1.98 1.21 0.26 3.19 3.45 137.90 482.63 4 2.08 3.73 0.31 5.80 6.12 20.00 70.00 4.17 14.31 25.71 2.17 40.02 42.19 137.90 482.63 5 1.76 2.21 0.35 3.97 4.31 20.00 70.00 6.56 12.13 15.22 2.39 27.35 29.74 137.90 482.63 6 1.22 1.92 0.15 3.14 3.29 20.00 70.00 8.54 8.42 13.26 1.02 21.68 22.69 137.90 482.63 7 0.43 0.10 0.05 0.54 0.59 20.00 70.00 >10 3.00 0.72 0.36 3.72 4.08 137.90 482.63 8 0.43 0.09 0.05 0.53 0.58 20.00 70.00 >10 2.99 0.64 0.36 3.63 3.99 137.90 482.63 9 0.49 0.14 0.05 0.63 0.68 20.00 70.00 >10 3.36 1.00 0.36 4.35 4.71 137.90 482.63 10 1.66 0.27 0.07 1.93 2.00 20.00 70.00 >10 11.47 1.86 0.46 13.33 13.79 137.90 482.63 11 1.41 1.71 0.10 3.12 3.22 20.00 70.00 8.61 9.71 11.81 0.67 21.52 22.19 137.90 482.63 12 1.57 2.08 0.15 3.65 3.79 20.00 70.00 7.23 10.81 14.34 1.02 25.15 26.16 137.90 482.63 2-206 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.69 1.19 0.19 2.88 3.07 20.00 70.00 9.42 11.67 8.18 1.29 19.85 21.14 137.90 482.63 14 1.72 2.35 0.16 4.07 4.23 20.00 70.00 6.37 11.86 16.19 1.11 28.05 29.17 137.90 482.63 15 3.00 3.93 0.96 6.93 7.90 20.00 70.00 3.33 20.68 27.11 6.65 47.79 54.45 137.90 482.63 16 2.87 4.59 0.52 7.46 7.98 20.00 70.00 3.02 19.79 31.67 3.55 51.46 55.01 137.90 482.63 17 1.87 3.09 0.31 4.96 5.27 20.00 70.00 5.05 12.89 21.31 2.15 34.20 36.35 137.90 482.63 18 1.36 2.21 0.15 3.57 3.71 20.00 70.00 7.41 9.40 15.21 1.00 24.60 25.61 137.90 482.63 19 2.33 3.61 0.27 5.94 6.22 20.00 70.00 4.05 16.08 24.91 1.87 40.99 42.85 137.90 482.63 20 2.83 4.78 0.31 7.61 7.92 20.00 70.00 2.94 19.51 32.94 2.12 52.46 54.57 137.90 482.63 21 0.37 0.63 0.02 1.00 1.02 20.00 70.00 >10 2.56 4.34 0.11 6.90 7.01 137.90 482.63 22 0.49 0.41 0.03 0.90 0.93 20.00 70.00 >10 3.38 2.84 0.18 6.22 6.40 137.90 482.63 Min MS: 2.943, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-207 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-88. Load Combination 105, Cold Environment with Maximum Decay Heat, Normal Conditions of Transport - Model AOS-025A Load Cases: 105, 201, 202, 211 -40°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.83 1.16 0.08 1.99 2.07 20.00 70.00 >10 5.69 8.02 0.58 13.71 14.29 137.90 482.63 2 0.42 0.26 0.07 0.67 0.74 20.00 70.00 >10 2.86 1.77 0.46 4.64 5.10 137.90 482.63 3 0.29 0.18 0.07 0.46 0.54 20.00 70.00 >10 1.98 1.21 0.50 3.19 3.69 137.90 482.63 4 2.08 3.73 2.91 5.80 8.71 20.00 70.00 4.17 14.31 25.71 20.03 40.02 60.05 137.90 482.63 5 1.76 2.21 4.49 3.97 8.46 20.00 70.00 6.09 12.13 15.22 30.97 27.35 58.31 137.90 482.63 6 1.22 1.92 2.28 3.14 5.42 20.00 70.00 8.54 8.42 13.26 15.71 21.68 37.38 137.90 482.63 7 0.43 0.10 1.22 0.54 1.76 20.00 70.00 >10 3.00 0.72 8.40 3.72 12.12 137.90 482.63 8 0.43 0.09 1.22 0.53 1.74 20.00 70.00 >10 2.99 0.64 8.39 3.63 12.02 137.90 482.63 9 0.49 0.14 1.22 0.63 1.85 20.00 70.00 >10 3.36 1.00 8.40 4.35 12.75 137.90 482.63 10 1.66 0.27 1.37 1.93 3.30 20.00 70.00 >10 11.47 1.86 9.43 13.33 22.76 137.90 482.63 11 1.41 1.71 0.62 3.12 3.74 20.00 70.00 8.61 9.71 11.81 4.27 21.52 25.79 137.90 482.63 12 1.57 2.08 0.31 3.65 3.96 20.00 70.00 7.23 10.81 14.34 2.14 25.15 27.29 137.90 482.63 2-208 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.69 1.19 2.15 2.88 5.03 20.00 70.00 9.42 11.67 8.18 14.85 19.85 34.70 137.90 482.63 14 1.72 2.35 1.66 4.07 5.73 20.00 70.00 6.37 11.86 16.19 11.46 28.05 39.52 137.90 482.63 15 3.00 3.93 0.29 6.93 7.22 20.00 70.00 3.33 20.68 27.11 1.99 47.79 49.78 137.90 482.63 16 2.87 4.59 0.63 7.46 8.09 20.00 70.00 3.02 19.79 31.67 4.34 51.46 55.80 137.90 482.63 17 1.87 3.09 0.58 4.96 5.54 20.00 70.00 5.05 12.89 21.31 3.98 34.20 38.18 137.90 482.63 18 1.36 2.21 0.63 3.57 4.20 20.00 70.00 7.41 9.40 15.21 4.37 24.60 28.97 137.90 482.63 19 2.33 3.61 0.71 5.94 6.66 20.00 70.00 4.05 16.08 24.91 4.91 40.99 45.90 137.90 482.63 20 2.83 4.78 0.70 7.61 8.31 20.00 70.00 2.94 19.51 32.94 4.85 52.46 57.31 137.90 482.63 21 0.37 0.63 0.36 1.00 1.36 20.00 70.00 >10 2.56 4.34 2.45 6.90 9.35 137.90 482.63 22 0.49 0.41 0.08 0.90 0.98 20.00 70.00 >10 3.38 2.84 0.54 6.22 6.75 137.90 482.63 Min MS: 2.943, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-209 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-89. Load Combination 106, Maximum Pressure, Hot Environment, Normal Conditions of Transport - Model AOS-025A Load Cases: 101, 201, 203, 211 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Maximum Increased External Pressure, 140 kPa (20 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.82 1.17 0.04 1.99 2.03 20.00 70.00 >10 5.64 8.05 0.28 13.69 13.98 137.90 482.63 2 0.42 0.26 0.05 0.68 0.73 20.00 70.00 >10 2.90 1.78 0.37 4.68 5.05 137.90 482.63 3 0.29 0.18 0.04 0.47 0.51 20.00 70.00 >10 2.00 1.27 0.26 3.27 3.53 137.90 482.63 4 2.66 4.89 0.31 7.54 7.86 20.00 70.00 2.98 18.32 33.69 2.17 52.01 54.18 137.90 482.63 5 2.33 3.17 0.35 5.50 5.85 20.00 70.00 4.45 16.08 21.84 2.39 37.92 40.31 137.90 482.63 6 1.44 2.31 0.15 3.75 3.90 20.00 70.00 7.00 9.94 15.93 1.02 25.87 26.89 137.90 482.63 7 0.40 0.11 0.05 0.50 0.55 20.00 70.00 >10 2.73 0.73 0.36 3.46 3.82 137.90 482.63 8 0.39 0.09 0.05 0.49 0.54 20.00 70.00 >10 2.72 0.64 0.36 3.36 3.72 137.90 482.63 9 0.45 0.14 0.05 0.59 0.64 20.00 70.00 >10 3.09 1.00 0.36 4.08 4.44 137.90 482.63 10 1.59 0.22 0.07 1.81 1.88 20.00 70.00 >10 10.94 1.55 0.46 12.49 12.95 137.90 482.63 11 1.42 1.76 0.10 3.17 3.27 20.00 70.00 8.46 9.76 12.11 0.67 21.86 22.53 137.90 482.63 12 1.58 2.12 0.15 3.70 3.85 20.00 70.00 7.11 10.88 14.63 1.02 25.51 26.53 137.90 482.63 2-210 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.79 1.06 0.19 2.85 3.04 20.00 70.00 9.53 12.36 7.28 1.29 19.64 20.93 137.90 482.63 14 1.86 2.51 0.16 4.38 4.54 20.00 70.00 5.86 12.84 17.34 1.11 30.17 31.28 137.90 482.63 15 3.07 4.05 0.96 7.12 8.08 20.00 70.00 3.22 21.16 27.90 6.65 49.06 55.71 137.90 482.63 16 2.92 4.68 0.52 7.60 8.12 20.00 70.00 2.95 20.16 32.26 3.55 52.42 55.97 137.90 482.63 17 1.90 3.15 0.31 5.05 5.36 20.00 70.00 4.94 13.11 21.70 2.15 34.82 36.97 137.90 482.63 18 1.38 2.23 0.15 3.61 3.76 20.00 70.00 7.30 9.51 15.41 1.00 24.92 25.92 137.90 482.63 19 2.36 3.66 0.27 6.02 6.29 20.00 70.00 3.99 16.27 25.22 1.87 41.49 43.35 137.90 482.63 20 2.87 4.85 0.31 7.71 8.02 20.00 70.00 2.89 19.77 33.42 2.12 53.18 55.30 137.90 482.63 21 0.45 0.84 0.02 1.29 1.30 20.00 70.00 >10 3.11 5.78 0.11 8.89 9.00 137.90 482.63 22 0.48 0.55 0.03 1.03 1.06 20.00 70.00 >10 3.30 3.80 0.18 7.10 7.28 137.90 482.63 Min MS: 2.889, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-211 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-90. Load Combination 107, Maximum Pressure, Cold Environment, Normal Conditions of Transport - Model AOS-025A Load Cases: 105, 201, 203, 211 -40°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Maximum Increased External Pressure, 140 kPa (20 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.82 1.17 0.08 1.99 2.07 20.00 70.00 >10 5.64 8.05 0.58 13.69 14.27 137.90 482.63 2 0.42 0.26 0.07 0.68 0.75 20.00 70.00 >10 2.90 1.78 0.46 4.68 5.14 137.90 482.63 3 0.29 0.18 0.07 0.47 0.55 20.00 70.00 >10 2.00 1.27 0.50 3.27 3.77 137.90 482.63 4 2.66 4.89 2.91 7.54 10.45 20.00 70.00 2.98 18.32 33.69 20.03 52.01 72.05 137.90 482.63 5 2.33 3.17 4.49 5.50 9.99 20.00 70.00 4.45 16.08 21.84 30.97 37.92 68.89 137.90 482.63 6 1.44 2.31 2.28 3.75 6.03 20.00 70.00 7.00 9.94 15.93 15.71 25.87 41.58 137.90 482.63 7 0.40 0.11 1.22 0.50 1.72 20.00 70.00 >10 2.73 0.73 8.40 3.46 11.86 137.90 482.63 8 0.39 0.09 1.22 0.49 1.70 20.00 70.00 >10 2.72 0.64 8.39 3.36 11.75 137.90 482.63 9 0.45 0.14 1.22 0.59 1.81 20.00 70.00 >10 3.09 1.00 8.40 4.08 12.48 137.90 482.63 10 1.59 0.22 1.37 1.81 3.18 20.00 70.00 >10 10.94 1.55 9.43 12.49 21.92 137.90 482.63 11 1.42 1.76 0.62 3.17 3.79 20.00 70.00 8.46 9.76 12.11 4.27 21.86 26.14 137.90 482.63 12 1.58 2.12 0.31 3.70 4.01 20.00 70.00 7.11 10.88 14.63 2.14 25.51 27.65 137.90 482.63 2-212 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.79 1.06 2.15 2.85 5.00 20.00 70.00 9.53 12.36 7.28 14.85 19.64 34.49 137.90 482.63 14 1.86 2.51 1.66 4.38 6.04 20.00 70.00 5.86 12.84 17.34 11.46 30.17 41.64 137.90 482.63 15 3.07 4.05 0.29 7.12 7.40 20.00 70.00 3.22 21.16 27.90 1.99 49.06 51.05 137.90 482.63 16 2.92 4.68 0.63 7.60 8.23 20.00 70.00 2.95 20.16 32.26 4.34 52.42 56.76 137.90 482.63 17 1.90 3.15 0.58 5.05 5.63 20.00 70.00 4.94 13.11 21.70 3.98 34.82 38.80 137.90 482.63 18 1.38 2.23 0.63 3.61 4.25 20.00 70.00 7.30 9.51 15.41 4.37 24.92 29.28 137.90 482.63 19 2.36 3.66 0.71 6.02 6.73 20.00 70.00 3.99 16.27 25.22 4.91 41.49 46.40 137.90 482.63 20 2.87 4.85 0.70 7.71 8.42 20.00 70.00 2.89 19.77 33.42 4.85 53.18 58.03 137.90 482.63 21 0.45 0.84 0.36 1.29 1.64 20.00 70.00 >10 3.11 5.78 2.45 8.89 11.34 137.90 482.63 22 0.48 0.55 0.08 1.03 1.11 20.00 70.00 >10 3.30 3.80 0.54 7.10 7.64 137.90 482.63 Min MS: 2.889, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-213 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-91. Load Combination 215, Compression Load, Normal Conditions of Transport - Model AOS-025A Load Cases: 215, 101, 201, 211 Compression Load (5x weight) 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.75 1.07 0.04 1.82 1.86 20.00 70.00 >10 5.19 7.34 0.28 12.54 12.82 137.90 482.63 2 0.25 0.14 0.05 0.39 0.45 20.00 70.00 >10 1.74 0.98 0.37 2.72 3.09 137.90 482.63 3 0.18 0.10 0.04 0.28 0.32 20.00 70.00 >10 1.24 0.69 0.26 1.93 2.19 137.90 482.63 4 1.46 2.46 0.31 3.92 4.23 20.00 70.00 6.66 10.07 16.93 2.17 27.00 29.17 137.90 482.63 5 1.31 1.74 0.35 3.05 3.40 20.00 70.00 8.83 9.03 12.02 2.39 21.05 23.44 137.90 482.63 6 0.77 1.19 0.15 1.96 2.11 20.00 70.00 >10 5.32 8.19 1.02 13.51 14.52 137.90 482.63 7 0.25 0.06 0.05 0.31 0.36 20.00 70.00 >10 1.76 0.38 0.36 2.14 2.50 137.90 482.63 8 0.24 0.05 0.05 0.29 0.34 20.00 70.00 >10 1.68 0.32 0.36 2.00 2.36 137.90 482.63 9 0.28 0.07 0.05 0.36 0.41 20.00 70.00 >10 1.95 0.51 0.36 2.47 2.83 137.90 482.63 10 1.00 0.13 0.07 1.12 1.19 20.00 70.00 >10 6.86 0.89 0.46 7.75 8.21 137.90 482.63 11 0.83 0.98 0.10 1.81 1.91 20.00 70.00 >10 5.70 6.76 0.67 12.46 13.14 137.90 482.63 12 0.87 1.22 0.15 2.09 2.24 20.00 70.00 >10 5.98 8.44 1.02 14.42 15.43 137.90 482.63 2-214 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.30 0.93 0.19 2.23 2.42 20.00 70.00 >10 8.97 6.42 1.29 15.39 16.68 137.90 482.63 14 1.30 1.58 0.16 2.88 3.04 20.00 70.00 9.43 8.96 10.87 1.11 19.82 20.93 137.90 482.63 15 1.71 1.75 0.96 3.47 4.43 20.00 70.00 7.66 11.81 12.08 6.65 23.90 30.55 137.90 482.63 16 1.62 2.54 0.52 4.16 4.68 20.00 70.00 6.21 11.15 17.54 3.55 28.68 32.24 137.90 482.63 17 1.08 1.73 0.31 2.82 3.13 20.00 70.00 9.66 7.48 11.93 2.15 19.41 21.56 137.90 482.63 18 0.86 1.39 0.15 2.25 2.40 20.00 70.00 >10 5.94 9.57 1.00 15.51 16.52 137.90 482.63 19 1.46 2.14 0.27 3.60 3.87 20.00 70.00 7.33 10.05 14.78 1.87 24.83 26.70 137.90 482.63 20 1.81 2.84 0.31 4.65 4.95 20.00 70.00 5.46 12.46 19.57 2.12 32.03 34.15 137.90 482.63 21 0.35 0.53 0.02 0.89 0.90 20.00 70.00 >10 2.44 3.68 0.11 6.12 6.23 137.90 482.63 22 0.45 0.41 0.03 0.85 0.88 20.00 70.00 >10 3.07 2.81 0.18 5.89 6.06 137.90 482.63 Min MS: 5.457, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-215 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-92. Load Combination 216, Rod Drop, Normal Conditions of Transport - Model AOS-025A Load Cases: 216, 101, 201, 211 Rod Drop onto Cask 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.83 1.06 0.04 1.89 1.93 20.00 70.00 >10 5.73 7.30 0.28 13.03 13.31 137.90 482.63 2 0.42 0.16 0.05 0.58 0.63 20.00 70.00 >10 2.88 1.10 0.37 3.98 4.35 137.90 482.63 3 0.36 0.12 0.04 0.49 0.52 20.00 70.00 >10 2.49 0.86 0.26 3.35 3.60 137.90 482.63 4 2.11 2.40 0.31 4.51 4.82 20.00 70.00 5.65 14.51 16.57 2.17 31.08 33.25 137.90 482.63 5 2.10 2.15 0.35 4.25 4.60 20.00 70.00 6.06 14.45 14.85 2.39 29.31 31.70 137.90 482.63 6 1.70 1.58 0.15 3.27 3.42 20.00 70.00 8.17 11.69 10.87 1.02 22.56 23.58 137.90 482.63 7 0.47 0.08 0.05 0.54 0.60 20.00 70.00 >10 3.21 0.54 0.36 3.75 4.11 137.90 482.63 8 0.33 0.05 0.05 0.38 0.43 20.00 70.00 >10 2.27 0.33 0.36 2.60 2.96 137.90 482.63 9 0.37 0.08 0.05 0.44 0.50 20.00 70.00 >10 2.54 0.52 0.36 3.07 3.43 137.90 482.63 10 1.33 0.21 0.07 1.53 1.60 20.00 70.00 >10 9.15 1.42 0.46 10.58 11.04 137.90 482.63 11 1.01 1.19 0.10 2.20 2.30 20.00 70.00 >10 6.95 8.22 0.67 15.17 15.84 137.90 482.63 12 1.07 1.51 0.15 2.58 2.73 20.00 70.00 >10 7.35 10.43 1.02 17.78 18.80 137.90 482.63 2-216 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.88 1.44 0.19 3.32 3.50 20.00 70.00 8.04 12.96 9.91 1.29 22.87 24.16 137.90 482.63 14 1.83 2.04 0.16 3.87 4.03 20.00 70.00 6.76 12.61 14.04 1.11 26.65 27.76 137.90 482.63 15 15.03 6.36 0.96 21.39 22.36 20.00 70.00 0.33 103.64 43.86 6.65 147.50 154.15 137.90 482.63 16 2.94 3.99 0.52 6.93 7.45 20.00 70.00 3.33 20.27 27.54 3.55 47.81 51.36 137.90 482.63 17 2.27 3.52 0.31 5.80 6.11 20.00 70.00 4.17 15.67 24.30 2.15 39.97 42.12 137.90 482.63 18 1.60 2.02 0.15 3.62 3.77 20.00 70.00 7.28 11.03 13.96 1.00 24.99 26.00 137.90 482.63 19 2.07 2.30 0.27 4.37 4.64 20.00 70.00 5.86 14.29 15.85 1.87 30.14 32.01 137.90 482.63 20 2.98 3.21 0.31 6.18 6.49 20.00 70.00 3.85 20.53 22.10 2.12 42.63 44.75 137.90 482.63 21 0.71 0.70 0.02 1.41 1.42 20.00 70.00 >10 4.90 4.79 0.11 9.69 9.80 137.90 482.63 22 6.45 1.83 0.03 8.28 8.30 20.00 70.00 2.10 44.47 12.61 0.18 57.08 57.26 137.90 482.63 Min MS: 0.331, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-217 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-93. Load Combination 217, Rod Drop, Cold Environment, Normal Conditions of Transport - Model AOS-025A Load Cases: 216, 104, 201, 211 Rod Drop onto Cask -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.83 1.06 0.20 1.89 2.09 20.00 70.00 >10 5.73 7.30 1.35 13.03 14.38 137.90 482.63 2 0.42 0.16 0.14 0.58 0.72 20.00 70.00 >10 2.88 1.10 0.97 3.98 4.96 137.90 482.63 3 0.36 0.12 0.18 0.49 0.67 20.00 70.00 >10 2.49 0.86 1.25 3.35 4.59 137.90 482.63 4 2.11 2.40 10.62 4.51 15.13 20.00 70.00 2.97 14.51 16.57 73.22 31.08 104.30 137.90 482.63 5 2.10 2.15 16.21 4.25 20.46 20.00 70.00 1.93 14.45 14.85 111.78 29.31 141.09 137.90 482.63 6 1.70 1.58 8.16 3.27 11.44 20.00 70.00 4.25 11.69 10.87 56.29 22.56 78.86 137.90 482.63 7 0.47 0.08 4.31 0.54 4.85 20.00 70.00 >10 3.21 0.54 29.72 3.75 33.46 137.90 482.63 8 0.33 0.05 4.31 0.38 4.68 20.00 70.00 >10 2.27 0.33 29.68 2.60 32.29 137.90 482.63 9 0.37 0.08 4.31 0.44 4.75 20.00 70.00 >10 2.54 0.52 29.69 3.07 32.76 137.90 482.63 10 1.33 0.21 4.66 1.53 6.20 20.00 70.00 8.68 9.15 1.42 32.16 10.58 42.73 137.90 482.63 11 1.01 1.19 2.08 2.20 4.28 20.00 70.00 >10 6.95 8.22 14.37 15.17 29.54 137.90 482.63 12 1.07 1.51 1.03 2.58 3.61 20.00 70.00 >10 7.35 10.43 7.11 17.78 24.89 137.90 482.63 2-218 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.88 1.44 7.61 3.32 10.92 20.00 70.00 4.49 12.96 9.91 52.45 22.87 75.32 137.90 482.63 14 1.83 2.04 5.98 3.87 9.85 20.00 70.00 5.09 12.61 14.04 41.23 26.65 67.88 137.90 482.63 15 15.03 6.36 0.94 21.39 22.34 20.00 70.00 0.33 103.64 43.86 6.51 147.50 154.01 137.90 482.63 16 2.94 3.99 2.10 6.93 9.04 20.00 70.00 3.33 20.27 27.54 14.51 47.81 62.32 137.90 482.63 17 2.27 3.52 1.95 5.80 7.75 20.00 70.00 4.17 15.67 24.30 13.45 39.97 53.42 137.90 482.63 18 1.60 2.02 2.14 3.62 5.76 20.00 70.00 7.28 11.03 13.96 14.74 24.99 39.74 137.90 482.63 19 2.07 2.30 2.56 4.37 6.93 20.00 70.00 5.86 14.29 15.85 17.62 30.14 47.76 137.90 482.63 20 2.98 3.21 2.41 6.18 8.59 20.00 70.00 3.85 20.53 22.10 16.59 42.63 59.22 137.90 482.63 21 0.71 0.70 1.15 1.41 2.56 20.00 70.00 >10 4.90 4.79 7.95 9.69 17.64 137.90 482.63 22 6.45 1.83 0.25 8.28 8.53 20.00 70.00 2.10 44.47 12.61 1.75 57.08 58.82 137.90 482.63 Min MS: 0.331, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-219 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-94. Load Combination 221, Forward Vibration, Normal Conditions of Transport - Model AOS-025A Load Cases: 221, 101, 201, 211 Forward 10g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.75 1.03 0.04 1.78 1.82 20.00 70.00 >10 5.14 7.11 0.28 12.26 12.54 137.90 482.63 2 0.38 0.20 0.05 0.57 0.63 20.00 70.00 >10 2.60 1.35 0.37 3.95 4.32 137.90 482.63 3 0.18 0.10 0.04 0.28 0.31 20.00 70.00 >10 1.23 0.68 0.26 1.91 2.16 137.90 482.63 4 1.36 2.32 0.31 3.68 4.00 20.00 70.00 7.15 9.40 15.98 2.17 25.38 27.55 137.90 482.63 5 1.24 1.63 0.35 2.87 3.22 20.00 70.00 9.44 8.55 11.27 2.39 19.82 22.21 137.90 482.63 6 0.74 1.17 0.15 1.91 2.06 20.00 70.00 >10 5.12 8.08 1.02 13.20 14.22 137.90 482.63 7 0.25 0.05 0.05 0.30 0.36 20.00 70.00 >10 1.71 0.38 0.36 2.09 2.45 137.90 482.63 8 0.24 0.05 0.05 0.28 0.34 20.00 70.00 >10 1.63 0.32 0.36 1.95 2.31 137.90 482.63 9 0.28 0.07 0.05 0.35 0.41 20.00 70.00 >10 1.93 0.52 0.36 2.45 2.81 137.90 482.63 10 0.98 0.12 0.07 1.10 1.17 20.00 70.00 >10 6.74 0.85 0.46 7.58 8.04 137.90 482.63 11 0.82 0.97 0.10 1.79 1.89 20.00 70.00 >10 5.66 6.68 0.67 12.33 13.01 137.90 482.63 2-220 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

12 0.86 1.20 0.15 2.06 2.20 20.00 70.00 >10 5.91 8.27 1.02 14.18 15.20 137.90 482.63 13 1.25 0.89 0.19 2.14 2.33 20.00 70.00 >10 8.64 6.12 1.29 14.76 16.05 137.90 482.63 14 1.26 1.54 0.16 2.79 2.95 20.00 70.00 9.74 8.67 10.59 1.11 19.26 20.37 137.90 482.63 15 1.56 1.70 0.96 3.26 4.22 20.00 70.00 8.21 10.77 11.69 6.65 22.46 29.11 137.90 482.63 16 1.61 2.54 0.52 4.14 4.66 20.00 70.00 6.24 11.09 17.48 3.55 28.57 32.13 137.90 482.63 17 1.08 1.72 0.31 2.80 3.11 20.00 70.00 9.72 7.44 11.86 2.15 19.30 21.45 137.90 482.63 18 0.85 1.37 0.15 2.22 2.36 20.00 70.00 >10 5.86 9.42 1.00 15.28 16.28 137.90 482.63 19 1.42 2.10 0.27 3.52 3.79 20.00 70.00 7.52 9.82 14.47 1.87 24.29 26.16 137.90 482.63 20 1.76 2.77 0.31 4.54 4.84 20.00 70.00 5.61 12.17 19.11 2.12 31.28 33.40 137.90 482.63 21 0.33 0.52 0.02 0.85 0.87 20.00 70.00 >10 2.28 3.60 0.11 5.89 6.00 137.90 482.63 22 0.40 0.37 0.03 0.78 0.80 20.00 70.00 >10 2.77 2.58 0.18 5.36 5.54 137.90 482.63 Min MS: 5.612, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-221 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-95. Load Combination 222, Lateral Vibration, Normal Conditions of Transport - Model AOS-025A Load Cases: 222, 101, 201, 211 Lateral 5g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.75 1.03 0.04 1.78 1.82 20.00 70.00 >10 5.15 7.12 0.28 12.27 12.56 137.90 482.63 2 0.58 0.18 0.05 0.76 0.81 20.00 70.00 >10 4.00 1.24 0.37 5.24 5.61 137.90 482.63 3 0.17 0.10 0.04 0.27 0.30 20.00 70.00 >10 1.17 0.68 0.26 1.85 2.10 137.90 482.63 4 1.40 2.35 0.31 3.75 4.06 20.00 70.00 7.00 9.64 16.22 2.17 25.86 28.03 137.90 482.63 5 1.27 1.66 0.35 2.93 3.28 20.00 70.00 9.22 8.77 11.46 2.39 20.23 22.62 137.90 482.63 6 0.78 1.18 0.15 1.96 2.11 20.00 70.00 >10 5.39 8.15 1.02 13.54 14.56 137.90 482.63 7 0.25 0.05 0.05 0.30 0.35 20.00 70.00 >10 1.69 0.38 0.36 2.07 2.43 137.90 482.63 8 0.24 0.05 0.05 0.29 0.34 20.00 70.00 >10 1.68 0.32 0.36 2.00 2.36 137.90 482.63 9 0.28 0.07 0.05 0.36 0.41 20.00 70.00 >10 1.96 0.51 0.36 2.47 2.83 137.90 482.63 10 1.02 0.14 0.07 1.17 1.23 20.00 70.00 >10 7.06 0.97 0.46 8.03 8.49 137.90 482.63 11 0.85 1.01 0.10 1.86 1.95 20.00 70.00 >10 5.85 6.96 0.67 12.81 13.48 137.90 482.63 12 0.87 1.21 0.15 2.08 2.23 20.00 70.00 >10 6.02 8.31 1.02 14.33 15.35 137.90 482.63 2-222 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.28 0.88 0.19 2.17 2.35 20.00 70.00 >10 8.84 6.10 1.29 14.94 16.23 137.90 482.63 14 1.28 1.55 0.16 2.82 2.98 20.00 70.00 9.63 8.80 10.66 1.11 19.47 20.58 137.90 482.63 15 1.58 1.70 0.96 3.28 4.24 20.00 70.00 8.15 10.86 11.73 6.65 22.60 29.25 137.90 482.63 16 1.62 2.56 0.52 4.18 4.69 20.00 70.00 6.18 11.17 17.63 3.55 28.80 32.35 137.90 482.63 17 1.09 1.73 0.31 2.81 3.12 20.00 70.00 9.67 7.49 11.90 2.15 19.39 21.54 137.90 482.63 18 0.85 1.36 0.15 2.21 2.36 20.00 70.00 >10 5.88 9.39 1.00 15.27 16.27 137.90 482.63 19 1.44 2.12 0.27 3.57 3.84 20.00 70.00 7.41 9.94 14.65 1.87 24.59 26.45 137.90 482.63 20 1.78 2.79 0.31 4.57 4.88 20.00 70.00 5.57 12.25 19.24 2.12 31.50 33.61 137.90 482.63 21 0.33 0.52 0.02 0.85 0.86 20.00 70.00 >10 2.26 3.58 0.11 5.84 5.95 137.90 482.63 22 0.41 0.37 0.03 0.78 0.80 20.00 70.00 >10 2.79 2.57 0.18 5.36 5.54 137.90 482.63 Min MS: 5.567, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-223 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-96. Load Combination 223, Vertical Vibration, Normal Conditions of Transport - Model AOS-025A Load Cases: 223, 101, 201, 211 Vertical 2g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.76 1.04 0.04 1.80 1.84 20.00 70.00 >10 5.27 7.15 0.28 12.42 12.70 137.90 482.63 2 0.92 0.22 0.05 1.14 1.20 20.00 70.00 >10 6.37 1.51 0.37 7.88 8.25 137.90 482.63 3 0.18 0.10 0.04 0.28 0.32 20.00 70.00 >10 1.24 0.70 0.26 1.94 2.20 137.90 482.63 4 1.45 2.39 0.31 3.84 4.15 20.00 70.00 6.82 9.97 16.50 2.17 26.46 28.63 137.90 482.63 5 1.32 1.70 0.35 3.01 3.36 20.00 70.00 8.96 9.07 11.69 2.39 20.76 23.15 137.90 482.63 6 0.83 1.20 0.15 2.03 2.17 20.00 70.00 >10 5.72 8.25 1.02 13.97 14.99 137.90 482.63 7 0.25 0.06 0.05 0.30 0.36 20.00 70.00 >10 1.72 0.38 0.36 2.10 2.46 137.90 482.63 8 0.25 0.05 0.05 0.30 0.35 20.00 70.00 >10 1.74 0.33 0.36 2.07 2.43 137.90 482.63 9 0.29 0.07 0.05 0.37 0.42 20.00 70.00 >10 2.02 0.51 0.36 2.53 2.89 137.90 482.63 10 1.08 0.16 0.07 1.25 1.31 20.00 70.00 >10 7.48 1.12 0.46 8.60 9.06 137.90 482.63 11 0.89 1.06 0.10 1.94 2.04 20.00 70.00 >10 6.11 7.29 0.67 13.40 14.07 137.90 482.63 2-224 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

12 0.90 1.22 0.15 2.11 2.26 20.00 70.00 >10 6.18 8.38 1.02 14.56 15.58 137.90 482.63 13 1.32 0.89 0.19 2.21 2.40 20.00 70.00 >10 9.11 6.14 1.29 15.24 16.53 137.90 482.63 14 1.30 1.56 0.16 2.86 3.03 20.00 70.00 9.47 9.00 10.76 1.11 19.75 20.86 137.90 482.63 15 1.59 1.71 0.96 3.30 4.27 20.00 70.00 8.08 10.99 11.78 6.65 22.77 29.43 137.90 482.63 16 1.64 2.58 0.52 4.22 4.74 20.00 70.00 6.10 11.31 17.80 3.55 29.11 32.67 137.90 482.63 17 1.10 1.74 0.31 2.84 3.15 20.00 70.00 9.56 7.60 11.99 2.15 19.59 21.74 137.90 482.63 18 0.86 1.36 0.15 2.22 2.37 20.00 70.00 >10 5.94 9.40 1.00 15.34 16.34 137.90 482.63 19 1.47 2.15 0.27 3.62 3.89 20.00 70.00 7.29 10.11 14.84 1.87 24.95 26.82 137.90 482.63 20 1.80 2.81 0.31 4.61 4.92 20.00 70.00 5.50 12.41 19.39 2.12 31.80 33.92 137.90 482.63 21 0.34 0.52 0.02 0.86 0.87 20.00 70.00 >10 2.32 3.59 0.11 5.91 6.02 137.90 482.63 22 0.42 0.37 0.03 0.79 0.82 20.00 70.00 >10 2.88 2.58 0.18 5.46 5.64 137.90 482.63 Min MS: 5.505, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-225 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-97. Load Combination 224, Forward Vibration at Cold Temperature, Normal Conditions of Transport - Model AOS-025A Load Cases: 221, 103, 201, 211 Forward 10g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.75 1.03 0.16 1.78 1.94 20.00 70.00 >10 5.14 7.11 1.10 12.26 13.36 137.90 482.63 2 0.38 0.20 0.12 0.57 0.69 20.00 70.00 >10 2.60 1.35 0.80 3.95 4.74 137.90 482.63 3 0.18 0.10 0.15 0.28 0.42 20.00 70.00 >10 1.23 0.68 1.02 1.91 2.93 137.90 482.63 4 1.36 2.32 8.69 3.68 12.37 20.00 70.00 3.85 9.40 15.98 59.91 25.38 85.29 137.90 482.63 5 1.24 1.63 13.27 2.87 16.14 20.00 70.00 2.72 8.55 11.27 91.47 19.82 111.29 137.90 482.63 6 0.74 1.17 6.68 1.91 8.59 20.00 70.00 5.98 5.12 8.08 46.06 13.20 59.26 137.90 482.63 7 0.25 0.05 3.53 0.30 3.83 20.00 70.00 >10 1.71 0.38 24.31 2.09 26.41 137.90 482.63 8 0.24 0.05 3.52 0.28 3.81 20.00 70.00 >10 1.63 0.32 24.29 1.95 26.24 137.90 482.63 9 0.28 0.07 3.52 0.35 3.88 20.00 70.00 >10 1.93 0.52 24.30 2.45 26.74 137.90 482.63 10 0.98 0.12 3.82 1.10 4.92 20.00 70.00 >10 6.74 0.85 26.31 7.58 33.89 137.90 482.63 11 0.82 0.97 1.71 1.79 3.49 20.00 70.00 >10 5.66 6.68 11.76 12.33 24.09 137.90 482.63 12 0.86 1.20 0.84 2.06 2.90 20.00 70.00 >10 5.91 8.27 5.82 14.18 20.00 137.90 482.63 2-226 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.25 0.89 6.22 2.14 8.36 20.00 70.00 6.17 8.64 6.12 42.91 14.76 57.67 137.90 482.63 14 1.26 1.54 4.89 2.79 7.69 20.00 70.00 6.81 8.67 10.59 33.74 19.26 53.00 137.90 482.63 15 1.56 1.70 0.77 3.26 4.03 20.00 70.00 8.21 10.77 11.69 5.33 22.46 27.79 137.90 482.63 16 1.61 2.54 1.72 4.14 5.87 20.00 70.00 6.24 11.09 17.48 11.87 28.57 40.45 137.90 482.63 17 1.08 1.72 1.60 2.80 4.40 20.00 70.00 9.72 7.44 11.86 11.00 19.30 30.30 137.90 482.63 18 0.85 1.37 1.75 2.22 3.97 20.00 70.00 >10 5.86 9.42 12.06 15.28 27.34 137.90 482.63 19 1.42 2.10 2.09 3.52 5.61 20.00 70.00 7.52 9.82 14.47 14.42 24.29 38.71 137.90 482.63 20 1.76 2.77 1.97 4.54 6.51 20.00 70.00 5.61 12.17 19.11 13.58 31.28 44.86 137.90 482.63 21 0.33 0.52 0.94 0.85 1.80 20.00 70.00 >10 2.28 3.60 6.50 5.89 12.39 137.90 482.63 22 0.40 0.37 0.21 0.78 0.98 20.00 70.00 >10 2.77 2.58 1.43 5.36 6.79 137.90 482.63 Min MS: 2.717, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-227 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-98. Load Combination 225, Lateral Vibration at Cold Temperature, Normal Conditions of Transport - Model AOS-025A Load Cases: 222, 103, 201, 211 Lateral 5g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.75 1.03 0.16 1.78 1.94 20.00 70.00 >10 5.15 7.12 1.10 12.27 13.38 137.90 482.63 2 0.58 0.18 0.12 0.76 0.88 20.00 70.00 >10 4.00 1.24 0.80 5.24 6.04 137.90 482.63 3 0.17 0.10 0.15 0.27 0.42 20.00 70.00 >10 1.17 0.68 1.02 1.85 2.87 137.90 482.63 4 1.40 2.35 8.69 3.75 12.44 20.00 70.00 3.82 9.64 16.22 59.91 25.86 85.77 137.90 482.63 5 1.27 1.66 13.27 2.93 16.20 20.00 70.00 2.70 8.77 11.46 91.47 20.23 111.70 137.90 482.63 6 0.78 1.18 6.68 1.96 8.64 20.00 70.00 5.94 5.39 8.15 46.06 13.54 59.60 137.90 482.63 7 0.25 0.05 3.53 0.30 3.83 20.00 70.00 >10 1.69 0.38 24.31 2.07 26.39 137.90 482.63 8 0.24 0.05 3.52 0.29 3.81 20.00 70.00 >10 1.68 0.32 24.29 2.00 26.29 137.90 482.63 9 0.28 0.07 3.52 0.36 3.88 20.00 70.00 >10 1.96 0.51 24.30 2.47 26.77 137.90 482.63 10 1.02 0.14 3.82 1.17 4.98 20.00 70.00 >10 7.06 0.97 26.31 8.03 34.34 137.90 482.63 11 0.85 1.01 1.71 1.86 3.56 20.00 70.00 >10 5.85 6.96 11.76 12.81 24.56 137.90 482.63 12 0.87 1.21 0.84 2.08 2.92 20.00 70.00 >10 6.02 8.31 5.82 14.33 20.15 137.90 482.63 2-228 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.28 0.88 6.22 2.17 8.39 20.00 70.00 6.15 8.84 6.10 42.91 14.94 57.85 137.90 482.63 14 1.28 1.55 4.89 2.82 7.72 20.00 70.00 6.78 8.80 10.66 33.74 19.47 53.20 137.90 482.63 15 1.58 1.70 0.77 3.28 4.05 20.00 70.00 8.15 10.86 11.73 5.33 22.60 27.93 137.90 482.63 16 1.62 2.56 1.72 4.18 5.90 20.00 70.00 6.18 11.17 17.63 11.87 28.80 40.67 137.90 482.63 17 1.09 1.73 1.60 2.81 4.41 20.00 70.00 9.67 7.49 11.90 11.00 19.39 30.40 137.90 482.63 18 0.85 1.36 1.75 2.21 3.96 20.00 70.00 >10 5.88 9.39 12.06 15.27 27.33 137.90 482.63 19 1.44 2.12 2.09 3.57 5.66 20.00 70.00 7.41 9.94 14.65 14.42 24.59 39.00 137.90 482.63 20 1.78 2.79 1.97 4.57 6.54 20.00 70.00 5.57 12.25 19.24 13.58 31.50 45.07 137.90 482.63 21 0.33 0.52 0.94 0.85 1.79 20.00 70.00 >10 2.26 3.58 6.50 5.84 12.34 137.90 482.63 22 0.41 0.37 0.21 0.78 0.99 20.00 70.00 >10 2.79 2.57 1.43 5.36 6.79 137.90 482.63 Min MS: 2.704, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-229 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-99. Load Combination 226, Vertical Vibration at Cold Temperature, Normal Conditions of Transport - Model AOS-025A Load Cases: 223, 103, 201, 211 Vertical 2g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.76 1.04 0.16 1.80 1.96 20.00 70.00 >10 5.27 7.15 1.10 12.42 13.52 137.90 482.63 2 0.92 0.22 0.12 1.14 1.26 20.00 70.00 >10 6.37 1.51 0.80 7.88 8.68 137.90 482.63 3 0.18 0.10 0.15 0.28 0.43 20.00 70.00 >10 1.24 0.70 1.02 1.94 2.97 137.90 482.63 4 1.45 2.39 8.69 3.84 12.53 20.00 70.00 3.79 9.97 16.50 59.91 26.46 86.37 137.90 482.63 5 1.32 1.70 13.27 3.01 16.28 20.00 70.00 2.69 9.07 11.69 91.47 20.76 112.23 137.90 482.63 6 0.83 1.20 6.68 2.03 8.71 20.00 70.00 5.89 5.72 8.25 46.06 13.97 60.03 137.90 482.63 7 0.25 0.06 3.53 0.30 3.83 20.00 70.00 >10 1.72 0.38 24.31 2.10 26.42 137.90 482.63 8 0.25 0.05 3.52 0.30 3.82 20.00 70.00 >10 1.74 0.33 24.29 2.07 26.35 137.90 482.63 9 0.29 0.07 3.52 0.37 3.89 20.00 70.00 >10 2.02 0.51 24.30 2.53 26.83 137.90 482.63 10 1.08 0.16 3.82 1.25 5.06 20.00 70.00 >10 7.48 1.12 26.31 8.60 34.91 137.90 482.63 11 0.89 1.06 1.71 1.94 3.65 20.00 70.00 >10 6.11 7.29 11.76 13.40 25.16 137.90 482.63 12 0.90 1.22 0.84 2.11 2.96 20.00 70.00 >10 6.18 8.38 5.82 14.56 20.38 137.90 482.63 2-230 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.32 0.89 6.22 2.21 8.43 20.00 70.00 6.11 9.11 6.14 42.91 15.24 58.16 137.90 482.63 14 1.30 1.56 4.89 2.86 7.76 20.00 70.00 6.73 9.00 10.76 33.74 19.75 53.49 137.90 482.63 15 1.59 1.71 0.77 3.30 4.08 20.00 70.00 8.08 10.99 11.78 5.33 22.77 28.10 137.90 482.63 16 1.64 2.58 1.72 4.22 5.94 20.00 70.00 6.10 11.31 17.80 11.87 29.11 40.99 137.90 482.63 17 1.10 1.74 1.60 2.84 4.44 20.00 70.00 9.56 7.60 11.99 11.00 19.59 30.59 137.90 482.63 18 0.86 1.36 1.75 2.22 3.97 20.00 70.00 >10 5.94 9.40 12.06 15.34 27.40 137.90 482.63 19 1.47 2.15 2.09 3.62 5.71 20.00 70.00 7.29 10.11 14.84 14.42 24.95 39.37 137.90 482.63 20 1.80 2.81 1.97 4.61 6.58 20.00 70.00 5.50 12.41 19.39 13.58 31.80 45.38 137.90 482.63 21 0.34 0.52 0.94 0.86 1.80 20.00 70.00 >10 2.32 3.59 6.50 5.91 12.41 137.90 482.63 22 0.42 0.37 0.21 0.79 1.00 20.00 70.00 >10 2.88 2.58 1.43 5.46 6.89 137.90 482.63 Min MS: 2.686, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-231 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-100. Load Combination 231, 4-ft. Head-On Drop, Normal Conditions, Normal Conditions of Transport - Model AOS-025A Load Cases: 231, 102, 201, 211 4-ft. Head-On Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 2.33 1.54 0.04 3.87 3.91 20.00 66.30 6.75 16.05 10.65 0.27 26.70 26.96 137.90 457.12 2 1.34 0.21 0.05 1.55 1.60 20.00 66.30 >10 9.22 1.48 0.35 10.70 11.05 137.90 457.12 3 1.14 0.30 0.04 1.44 1.48 20.00 66.30 >10 7.87 2.06 0.25 9.93 10.18 137.90 457.12 4 4.23 3.63 0.68 7.85 8.53 20.00 66.30 2.82 29.13 25.00 4.67 54.13 58.80 137.90 457.12 5 2.07 2.59 0.47 4.66 5.13 20.00 66.30 5.44 14.24 17.89 3.23 32.13 35.36 137.90 457.12 6 1.46 1.27 0.42 2.73 3.15 20.00 66.30 10.00 10.07 8.74 2.90 18.81 21.70 137.90 457.12 7 0.93 0.06 0.16 0.99 1.14 20.00 66.30 >10 6.40 0.40 1.10 6.79 7.89 137.90 457.12 8 0.96 0.05 0.15 1.01 1.16 20.00 66.30 >10 6.64 0.34 1.05 6.98 8.03 137.90 457.12 9 0.98 0.07 0.16 1.05 1.21 20.00 66.30 >10 6.73 0.51 1.08 7.24 8.32 137.90 457.12 10 2.55 0.84 0.61 3.39 4.00 20.00 66.30 6.83 17.60 5.78 4.21 23.39 27.60 137.90 457.12 11 1.95 1.38 0.45 3.33 3.78 20.00 66.30 8.01 13.43 9.54 3.11 22.97 26.07 137.90 457.12 12 1.17 1.86 0.57 3.03 3.60 20.00 66.30 8.90 8.08 12.81 3.90 20.89 24.79 137.90 457.12 2-232 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 2.50 1.68 0.32 4.18 4.50 20.00 66.30 6.17 17.25 11.59 2.21 28.84 31.05 137.90 457.12 14 2.43 1.94 0.32 4.36 4.68 20.00 66.30 5.87 16.74 13.35 2.21 30.09 32.30 137.90 457.12 15 1.59 1.72 1.79 3.31 5.10 20.00 66.30 8.07 10.97 11.83 12.34 22.80 35.14 137.90 457.12 16 1.97 2.54 0.96 4.51 5.47 20.00 66.30 5.65 13.58 17.51 6.64 31.09 37.73 137.90 457.12 17 1.55 2.09 0.58 3.64 4.22 20.00 66.30 7.24 10.71 14.39 3.99 25.10 29.09 137.90 457.12 18 1.73 2.13 0.27 3.86 4.13 20.00 66.30 6.77 11.91 14.70 1.85 26.61 28.46 137.90 457.12 19 2.34 2.59 0.48 4.93 5.41 20.00 66.30 5.09 16.14 17.83 3.33 33.97 37.29 137.90 457.12 20 2.26 3.22 0.59 5.48 6.07 20.00 66.30 4.48 15.56 22.20 4.09 37.76 41.86 137.90 457.12 21 1.08 0.84 0.02 1.92 1.94 20.00 66.30 >10 7.45 5.77 0.14 13.22 13.36 137.90 457.12 22 0.52 0.46 0.05 0.98 1.03 20.00 66.30 >10 3.60 3.16 0.33 6.76 7.09 137.90 457.12 Min MS: 2.821, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-233 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-101. Load Combination 232, 30-ft. Head-On Drop, Normal Conditions (Impact Test), Normal Conditions of Transport - Model AOS-025A Load Cases: 232, 102, 201, 211 30-ft. Head-On Drop Impact Test, Normal Conditions 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 2.74 1.70 0.04 4.43 4.47 20.00 66.30 5.77 18.87 11.69 0.27 30.56 30.82 137.90 457.12 2 1.32 0.20 0.05 1.53 1.58 20.00 66.30 >10 9.13 1.41 0.35 10.54 10.89 137.90 457.12 3 0.78 0.16 0.04 0.95 0.98 20.00 66.30 >10 5.40 1.13 0.25 6.53 6.78 137.90 457.12 4 4.98 3.97 0.68 8.94 9.62 20.00 66.30 2.35 34.33 27.34 4.67 61.67 66.34 137.90 457.12 5 2.23 2.82 0.47 5.04 5.51 20.00 66.30 4.95 15.37 19.41 3.23 34.78 38.02 137.90 457.12 6 1.47 1.36 0.42 2.83 3.25 20.00 66.30 9.60 10.10 9.41 2.90 19.51 22.41 137.90 457.12 7 0.95 0.06 0.16 1.01 1.17 20.00 66.30 >10 6.55 0.41 1.10 6.96 8.06 137.90 457.12 8 0.93 0.05 0.15 0.98 1.13 20.00 66.30 >10 6.40 0.33 1.05 6.73 7.79 137.90 457.12 9 0.85 0.08 0.16 0.92 1.08 20.00 66.30 >10 5.84 0.52 1.08 6.36 7.44 137.90 457.12 10 1.94 0.56 0.61 2.50 3.11 20.00 66.30 9.31 13.37 3.87 4.21 17.24 21.45 137.90 457.12 11 1.53 1.23 0.45 2.76 3.21 20.00 66.30 9.87 10.52 8.51 3.11 19.03 22.14 137.90 457.12 12 1.04 1.59 0.57 2.63 3.19 20.00 66.30 >10 7.15 10.95 3.90 18.10 22.00 137.90 457.12 2-234 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.95 1.29 0.32 3.23 3.55 20.00 66.30 8.28 13.43 8.86 2.21 22.29 24.50 137.90 457.12 14 1.86 1.75 0.32 3.61 3.93 20.00 66.30 7.31 12.83 12.08 2.21 24.90 27.11 137.90 457.12 15 1.63 1.73 1.79 3.36 5.15 20.00 66.30 7.93 11.21 11.95 12.34 23.16 35.50 137.90 457.12 16 2.16 2.56 0.96 4.72 5.68 20.00 66.30 5.36 14.90 17.62 6.64 32.52 39.17 137.90 457.12 17 1.82 2.30 0.58 4.12 4.70 20.00 66.30 6.28 12.56 15.84 3.99 28.40 32.39 137.90 457.12 18 2.06 2.43 0.27 4.50 4.76 20.00 66.30 5.67 14.22 16.78 1.85 30.99 32.85 137.90 457.12 19 2.60 2.70 0.48 5.29 5.78 20.00 66.30 4.67 17.91 18.59 3.33 36.50 39.83 137.90 457.12 20 2.22 3.32 0.59 5.54 6.14 20.00 66.30 4.41 15.32 22.89 4.09 38.22 42.31 137.90 457.12 21 0.33 0.54 0.02 0.86 0.88 20.00 66.30 >10 2.26 3.70 0.14 5.96 6.10 137.90 457.12 22 0.63 0.51 0.05 1.14 1.19 20.00 66.30 >10 4.37 3.50 0.33 7.87 8.20 137.90 457.12 Min MS: 2.354, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-235 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-102. Load Combination 233, 4-ft. Drop at Cold Temperature, Normal Conditions of Transport - Model AOS-025A Load Cases: 231, 103, 211 4-ft. Head-On Drop -20°F Ambient, Zero Decay Heat, Zero Insolation Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 2.24 1.41 0.16 3.65 3.81 20.00 70.00 7.23 15.42 9.71 1.10 25.14 26.24 137.90 482.63 2 1.15 0.10 0.12 1.25 1.37 20.00 70.00 >10 7.95 0.68 0.80 8.63 9.43 137.90 482.63 3 1.01 0.21 0.15 1.22 1.37 20.00 70.00 >10 6.98 1.47 1.02 8.45 9.47 137.90 482.63 4 3.34 1.87 8.69 5.21 13.90 20.00 70.00 3.32 23.02 12.91 59.91 35.94 95.85 137.90 482.63 5 1.33 1.72 13.27 3.05 16.31 20.00 70.00 2.68 9.16 11.85 91.47 21.01 112.48 137.90 482.63 6 0.89 0.35 6.68 1.24 7.92 20.00 70.00 6.57 6.15 2.41 46.06 8.56 54.62 137.90 482.63 7 0.76 0.01 3.53 0.76 4.29 20.00 70.00 >10 5.23 0.05 24.31 5.27 29.58 137.90 482.63 8 0.79 0.00 3.52 0.79 4.31 20.00 70.00 >10 5.43 0.02 24.29 5.45 29.73 137.90 482.63 9 0.79 0.00 3.52 0.79 4.31 20.00 70.00 >10 5.42 0.03 24.30 5.45 29.75 137.90 482.63 10 1.94 0.78 3.82 2.73 6.54 20.00 70.00 8.17 13.40 5.39 26.31 18.79 45.10 137.90 482.63 11 1.33 0.62 1.71 1.95 3.66 20.00 70.00 >10 9.20 4.25 11.76 13.44 25.20 137.90 482.63 12 0.44 0.88 0.84 1.32 2.16 20.00 70.00 >10 3.02 6.08 5.82 9.10 14.91 137.90 482.63 13 1.95 1.50 6.22 3.44 9.67 20.00 70.00 5.21 13.43 10.31 42.91 23.75 66.66 137.90 482.63 2-236 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.82 0.95 4.89 2.77 7.66 20.00 70.00 6.83 12.52 6.57 33.74 19.09 52.83 137.90 482.63 15 0.38 0.14 0.77 0.52 1.29 20.00 70.00 >10 2.64 0.95 5.33 3.59 8.92 137.90 482.63 16 0.45 0.09 1.72 0.54 2.26 20.00 70.00 >10 3.12 0.59 11.87 3.71 15.58 137.90 482.63 17 0.58 0.42 1.60 1.00 2.59 20.00 70.00 >10 4.01 2.87 11.00 6.88 17.89 137.90 482.63 18 1.01 0.95 1.75 1.96 3.71 20.00 70.00 >10 6.93 6.58 12.06 13.51 25.58 137.90 482.63 19 1.09 0.52 2.09 1.61 3.70 20.00 70.00 >10 7.49 3.58 14.42 11.07 25.49 137.90 482.63 20 0.81 0.52 1.97 1.32 3.29 20.00 70.00 >10 5.57 3.56 13.58 9.13 22.70 137.90 482.63 21 0.98 0.57 0.94 1.55 2.49 20.00 70.00 >10 6.73 3.95 6.50 10.68 17.19 137.90 482.63 22 0.39 0.42 0.21 0.81 1.02 20.00 70.00 >10 2.71 2.88 1.43 5.59 7.02 137.90 482.63 Min MS: 2.678, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-237 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.1.2 Hypothetical Accident Conditions of Transport, Summary of Damages (Stresses) - Model AOS-025A Table 2-103 and Table 2-104 present Model AOS-025A transport package Load Cases and Load Combinations, respectively, under Hypothetical Accident conditions of transport:

• Table 2-105 through Table 2-117 present Model AOS-025A transport package output data, for the Load Cases listed in Table 2-103. Comparisons with allowable stress limits are included for Load Cases 111 and 112.
• Table 2-118 through Table 2-132 present Model AOS-025A transport package output data, for the Load Combinations listed in Table 2-103.

Table 2-103. Load Cases Associated with Allowable Stresses under Hypothetical Accident Conditions of Transport - Model AOS-025A Load Case Description Data 111 Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat Table 2-105 Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-106 Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-107 112 Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-108 Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-109 Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-110 301 30-ft. Head-On Drop Table 2-111 302 30-ft. Side Drop + Slap-Down Table 2-112 303 30-ft. Cg/Corner Drop Table 2-113 304 30-ft. Head-On Drop at -40°F, Low Temperature Table 2-114 305 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature Table 2-115 306 30-ft. Cg/Corner Drop at -40°F, Low Temperature Table 2-116 311 4-ft. Drop onto Rod Table 2-117 2-238 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-104. Load Combinations Associated with Allowable Stresses under Hypothetical Accident Conditions of Transport - Model AOS-025A Load Combination Load Casesa Description Data 301 301, 102, 201, 211 Head-On Drop Orientation Table 2-118 302 302, 102, 201, 211 Side Drop Orientation Table 2-119 303 303, 102, 201, 211 Cg/Corner Drop Orientation Table 2-120 Head-On Drop Orientation at -40°F, 304 304, 105, 202, 21 Table 2-121 Cold Environment Side Drop Orientation at -40°F, 305 305, 105, 202, 211 Table 2-122 Cold Environment Cg/Corner Drop Orientation at -40°F, 306 306, 105, 202, 211 Table 2-123 Cold Environment Additional Increased External Pressure 310 204, 101, 211 Table 2-124 (290 psi) 311 311, 101, 201, 211 4-ft. Drop onto Rod Table 2-125 4-ft. Drop onto Rod at -40°F, 312 311, 104, 201, 211 Table 2-126 Cold Environment 350 111, 201, 211 Fire at 30 Minutes Table 2-127 351 Post Fire at 60 Minutes Table 2-128 352 Post Fire at 90 Minutes Table 2-129 353 112, 201, 211 Post Fire at 120 Minutes Table 2-130 354 Post Fire at 150 Minutes Table 2-131 355 Post Fire at 180 Minutes Table 2-132

a. Some Normal conditions of transport Load Cases are included in Hypothetical Accident conditions of transport Load Combinations, to meet regulatory requirements.

Radioactive Material Transport Packaging System Safety Analysis Report 2-239 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-105. Load Case 111, Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 5.9151E+01 -5.3232E+01 1.3313E+01 1.1238E+02 1.5376E+02 4.0783E-01 -3.6702E-01 9.1791E-02 7.7485E-01 1.0602E+00 2 1.0643E+02 -5.5001E+01 1.2785E+02 1.6143E+02 6.9698E+01 7.3381E-01 -3.7922E-01 8.8146E-01 1.1130E+00 4.8055E-01 3 6.2110E+01 -2.6745E+01 1.9476E+02 8.8855E+01 7.7603E+01 4.2823E-01 -1.8440E-01 1.3428E+00 6.1264E-01 5.3505E-01 4 4.3362E+02 -5.5844E+02 -3.8678E+02 9.9206E+02 1.9172E+03 2.9897E+00 -3.8503E+00 -2.6668E+00 6.8400E+00 1.3219E+01 5 3.8148E+02 -3.7522E+02 -6.8435E+02 7.5670E+02 1.0010E+03 2.6302E+00 -2.5870E+00 -4.7184E+00 5.2173E+00 6.9018E+00 6 4.0684E+01 -5.3326E+02 -1.4645E+03 5.7395E+02 9.0795E+02 2.8051E-01 -3.6767E+00 -1.0097E+01 3.9572E+00 6.2601E+00 7 -9.7383E+01 -3.1357E+02 -2.4083E+03 2.1619E+02 1.1302E+02

                 -6.7143E-01 -2.1620E+00 -1.6605E+01                  1.4906E+00       7.7921E-01 8    -9.9918E+01 -3.1977E+02 -2.4959E+03                  2.1986E+02       1.0276E+02
                 -6.8891E-01 -2.2048E+00 -1.7208E+01                  1.5159E+00       7.0848E-01 9    -9.5765E+01 -3.2978E+02 -2.5572E+03                  2.3401E+02       1.2969E+02
                 -6.6028E-01 -2.2737E+00 -1.7631E+01                  1.6135E+00       8.9416E-01 10      1.2245E+01 -7.1869E+02 -1.4017E+03                 7.3093E+02       2.2478E+02 8.4428E-02 -4.9552E+00 -9.6641E+00                 5.0396E+00       1.5498E+00 11    -8.2223E+01 -6.3254E+02 -6.1550E+02                  5.5032E+02       8.8898E+02
                 -5.6691E-01 -4.3612E+00 -4.2437E+00                  3.7943E+00       6.1293E+00 12      4.9503E+01 -6.1932E+02 -5.8968E+02                 6.6882E+02       9.5462E+02 3.4131E-01 -4.2701E+00 -4.0657E+00                 4.6114E+00       6.5819E+00 13      8.9949E+01 -2.4788E+02 -8.5093E+01                 3.3783E+02       2.4896E+02 6.2018E-01 -1.7091E+00 -5.8670E-01                 2.3292E+00       1.7165E+00 14      8.0233E+01 -3.2160E+02 -8.3643E+01                 4.0183E+02       6.8238E+02 5.5318E-01 -2.2173E+00 -5.7670E-01                 2.7705E+00       4.7048E+00 15      9.4434E+02 -8.9523E+02 -1.2427E+02                 1.8396E+03       3.0698E+03 6.5110E+00 -6.1724E+00 -8.5678E-01                 1.2683E+01       2.1165E+01 2-240                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.3951E+02 -6.9570E+02 -1.8148E+02 1.0352E+03 1.6900E+03 2.3408E+00 -4.7967E+00 -1.2512E+00 7.1375E+00 1.1652E+01 17 1.4898E+02 -4.7259E+02 6.9752E+01 6.2157E+02 1.0754E+03 1.0272E+00 -3.2584E+00 4.8092E-01 4.2856E+00 7.4146E+00 18 4.4400E+01 -2.4591E+02 1.3609E+02 2.9031E+02 4.8639E+02 3.0613E-01 -1.6955E+00 9.3831E-01 2.0016E+00 3.3535E+00 19 1.3831E+02 -3.7598E+02 1.2475E+01 5.1428E+02 8.3821E+02 9.5360E-01 -2.5923E+00 8.6011E-02 3.5459E+00 5.7793E+00 20 2.0049E+02 -5.0043E+02 -2.9970E+01 7.0092E+02 1.3136E+03 1.3823E+00 -3.4504E+00 -2.0663E-01 4.8327E+00 9.0567E+00 21 1.8646E+01 -4.1953E+01 -4.0036E+01 6.0598E+01 6.4045E+01 1.2856E-01 -2.8925E-01 -2.7604E-01 4.1781E-01 4.4158E-01 22 4.6123E+00 -4.1220E+01 -2.0625E+01 4.5833E+01 1.0609E+02 3.1801E-02 -2.8420E-01 -1.4221E-01 3.1601E-01 7.3148E-01 Allowable Stress for Load Case 111 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 254.94 254.69 20.00 23.60 66.30 2 255.08 254.68 20.00 23.60 66.30 3 254.67 254.31 20.00 23.60 66.30 4 255.26 255.23 20.00 23.60 66.30 5 255.67 255.58 20.00 23.60 66.30 6 256.08 255.90 20.00 23.60 66.30 7 257.07 256.75 20.00 23.60 66.30 8 257.05 256.72 20.00 23.60 66.30 9 256.97 256.64 20.00 23.60 66.30 10 256.45 256.10 20.00 23.60 66.30 11 256.50 255.87 20.00 23.60 66.30 12 257.17 256.36 20.00 23.60 66.30 13 255.37 255.21 20.00 23.60 66.30 14 255.12 255.04 20.00 23.60 66.30 15 255.03 254.92 20.00 23.60 66.30 16 254.90 254.85 20.00 23.60 66.30 17 254.95 254.89 20.00 23.60 66.30 18 255.22 255.19 20.00 23.60 66.30 19 255.31 255.27 20.00 23.60 66.30 20 255.97 255.79 20.00 23.60 66.30 21 254.52 254.20 20.00 23.60 66.30 22 254.77 254.65 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-241 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-106. Load Case 112, Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.3943E+01 -3.0431E+01 1.6392E+00 4.4374E+01 6.1122E+01 9.6135E-02 -2.0981E-01 1.1302E-02 3.0595E-01 4.2142E-01 2 1.6628E+01 -2.6938E+01 -1.3796E+01 4.3566E+01 7.1288E+01 1.1465E-01 -1.8573E-01 -9.5122E-02 3.0038E-01 4.9151E-01 3 9.3689E+00 -5.0466E+00 1.8256E+01 1.4415E+01 2.2622E+01 6.4596E-02 -3.4795E-02 1.2587E-01 9.9391E-02 1.5597E-01 4 4.4069E+02 -3.6547E+02 -2.5565E+02 8.0616E+02 1.4932E+03 3.0384E+00 -2.5198E+00 -1.7626E+00 5.5583E+00 1.0295E+01 5 4.0664E+02 -1.6404E+02 -6.0379E+02 5.7068E+02 4.5801E+02 2.8037E+00 -1.1310E+00 -4.1630E+00 3.9347E+00 3.1578E+00 6 6.5258E+01 -4.7711E+02 -1.5139E+03 5.4237E+02 8.1254E+02 4.4993E-01 -3.2896E+00 -1.0438E+01 3.7395E+00 5.6023E+00 7 -8.0879E+01 -3.0737E+02 -2.5665E+03 2.2649E+02 6.0090E+01

                 -5.5764E-01 -2.1193E+00 -1.7696E+01                  1.5616E+00       4.1431E-01 8    -8.4611E+01 -3.0428E+02 -2.5840E+03                  2.1967E+02       3.9199E+01
                 -5.8337E-01 -2.0979E+00 -1.7816E+01                  1.5146E+00       2.7026E-01 9    -8.1452E+01 -3.0926E+02 -2.6190E+03                  2.2781E+02       5.8675E+01
                 -5.6159E-01 -2.1323E+00 -1.8058E+01                  1.5707E+00       4.0455E-01 10      7.0839E+01 -7.9974E+02 -1.3864E+03                 8.7058E+02       2.2569E+02 4.8842E-01 -5.5140E+00 -9.5589E+00                 6.0024E+00       1.5561E+00 11    -9.7611E+01 -7.0238E+02 -6.3264E+02                  6.0477E+02       9.7648E+02
                 -6.7301E-01 -4.8427E+00 -4.3619E+00                  4.1697E+00       6.7326E+00 12      4.4142E+01 -7.1010E+02 -6.7833E+02                 7.5424E+02       1.0324E+03 3.0435E-01 -4.8960E+00 -4.6769E+00                 5.2003E+00       7.1180E+00 13      1.6690E+02 -2.3658E+02 -5.7161E+01                 4.0348E+02       5.1233E+02 1.1507E+00 -1.6312E+00 -3.9411E-01                 2.7819E+00       3.5324E+00 14      1.1456E+02 -3.1120E+02 -9.9917E+01                 4.2576E+02       7.9285E+02 7.8989E-01 -2.1456E+00 -6.8890E-01                 2.9355E+00       5.4665E+00 15      1.0131E+03 -9.4631E+02 -8.9292E+01                 1.9594E+03       3.2916E+03 6.9848E+00 -6.5246E+00 -6.1565E-01                 1.3509E+01       2.2695E+01 2-242                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.5309E+02 -7.0175E+02 -2.2426E+02 1.0548E+03 1.7142E+03 2.4344E+00 -4.8384E+00 -1.5462E+00 7.2728E+00 1.1819E+01 17 1.5453E+02 -4.7982E+02 3.4095E+01 6.3436E+02 1.0959E+03 1.0655E+00 -3.3083E+00 2.3508E-01 4.3737E+00 7.5557E+00 18 4.2638E+01 -2.5221E+02 2.3599E+02 2.9485E+02 4.7392E+02 2.9398E-01 -1.7390E+00 1.6271E+00 2.0329E+00 3.2676E+00 19 1.2757E+02 -4.0644E+02 1.3858E+02 5.3402E+02 8.8967E+02 8.7957E-01 -2.8023E+00 9.5545E-01 3.6819E+00 6.1341E+00 20 1.3177E+02 -5.1216E+02 -2.1697E+01 6.4393E+02 1.2061E+03 9.0855E-01 -3.5312E+00 -1.4960E-01 4.4398E+00 8.3160E+00 21 1.3371E+01 -8.5806E+01 -8.5802E+01 9.9177E+01 3.0133E+01 9.2187E-02 -5.9161E-01 -5.9159E-01 6.8380E-01 2.0776E-01 22 4.6085E+01 -2.7761E+01 4.5958E+01 7.3847E+01 5.0029E+01 3.1775E-01 -1.9141E-01 3.1687E-01 5.0915E-01 3.4494E-01 Allowable Stress for Load Case 112 (Post Fire at 60 Minutes) LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 272.45 272.11 20.00 23.60 66.30 2 273.64 273.33 20.00 23.60 66.30 3 274.61 274.55 20.00 23.60 66.30 4 272.15 272.10 20.00 23.60 66.30 5 273.06 272.89 20.00 23.60 66.30 6 273.33 273.24 20.00 23.60 66.30 7 274.22 274.08 20.00 23.60 66.30 8 274.58 274.43 20.00 23.60 66.30 9 274.90 274.76 20.00 23.60 66.30 10 275.60 275.33 20.00 23.60 66.30 11 275.89 275.72 20.00 23.60 66.30 12 276.48 276.24 20.00 23.60 66.30 13 275.60 275.59 20.00 23.60 66.30 14 275.59 275.59 20.00 23.60 66.30 15 270.99 270.97 20.00 23.60 66.30 16 271.35 271.29 20.00 23.60 66.30 17 271.39 271.36 20.00 23.60 66.30 18 271.73 271.68 20.00 23.60 66.30 19 272.02 271.91 20.00 23.60 66.30 20 273.35 273.16 20.00 23.60 66.30 21 277.94 277.73 20.00 23.60 66.30 22 270.88 270.86 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-243 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-107. Load Case 112, Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.2198E+01 -2.7116E+01 -2.3369E-01 3.9314E+01 5.9159E+01 8.4102E-02 -1.8696E-01 -1.6113E-03 2.7106E-01 4.0789E-01 2 1.6890E+01 -2.9454E+01 -1.1593E+01 4.6344E+01 9.0990E+01 1.1645E-01 -2.0308E-01 -7.9928E-02 3.1953E-01 6.2735E-01 3 7.7301E+00 -1.3987E+01 6.2882E+00 2.1717E+01 2.7365E+01 5.3297E-02 -9.6434E-02 4.3356E-02 1.4973E-01 1.8867E-01 4 4.7105E+02 -3.7259E+02 -2.8236E+02 8.4364E+02 1.5516E+03 3.2478E+00 -2.5689E+00 -1.9468E+00 5.8167E+00 1.0698E+01 5 4.4243E+02 -1.6646E+02 -5.8252E+02 6.0890E+02 4.6484E+02 3.0505E+00 -1.1477E+00 -4.0163E+00 4.1982E+00 3.2050E+00 6 7.3487E+01 -4.9179E+02 -1.5134E+03 5.6527E+02 8.4899E+02 5.0668E-01 -3.3908E+00 -1.0434E+01 3.8974E+00 5.8536E+00 7 -8.2883E+01 -3.1146E+02 -2.5960E+03 2.2858E+02 6.1708E+01

                 -5.7146E-01 -2.1475E+00 -1.7899E+01                  1.5760E+00       4.2546E-01 8    -8.6761E+01 -3.0681E+02 -2.6015E+03                  2.2005E+02       3.9334E+01
                 -5.9820E-01 -2.1154E+00 -1.7937E+01                  1.5172E+00       2.7120E-01 9    -8.3640E+01 -3.1044E+02 -2.6247E+03                  2.2680E+02       5.8013E+01
                 -5.7668E-01 -2.1404E+00 -1.8097E+01                  1.5638E+00       3.9999E-01 10      6.7941E+01 -7.9554E+02 -1.3894E+03                 8.6348E+02       2.3917E+02 4.6844E-01 -5.4851E+00 -9.5799E+00                 5.9535E+00       1.6490E+00 11    -1.0733E+02 -7.1296E+02 -6.5239E+02                  6.0563E+02       9.3260E+02
                 -7.4002E-01 -4.9157E+00 -4.4981E+00                  4.1757E+00       6.4301E+00 12      3.5338E+01 -7.2035E+02 -6.9753E+02                 7.5569E+02       9.8598E+02 2.4365E-01 -4.9666E+00 -4.8093E+00                 5.2103E+00       6.7981E+00 13      1.4662E+02 -2.7085E+02 -7.1948E+01                 4.1747E+02       5.0655E+02 1.0109E+00 -1.8674E+00 -4.9606E-01                 2.8784E+00       3.4926E+00 14      9.0882E+01 -3.3493E+02 -8.8638E+01                 4.2581E+02       7.9819E+02 6.2661E-01 -2.3093E+00 -6.1114E-01                 2.9359E+00       5.5033E+00 15      1.0168E+03 -9.5738E+02 -9.7935E+01                 1.9742E+03       3.3158E+03 7.0105E+00 -6.6009E+00 -6.7524E-01                 1.3611E+01       2.2862E+01 2-244                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.5539E+02 -7.0980E+02 -2.1768E+02 1.0652E+03 1.7314E+03 2.4504E+00 -4.8939E+00 -1.5009E+00 7.3443E+00 1.1938E+01 17 1.5546E+02 -4.8407E+02 4.3547E+01 6.3954E+02 1.1048E+03 1.0719E+00 -3.3376E+00 3.0024E-01 4.4095E+00 7.6171E+00 18 4.3914E+01 -2.5385E+02 2.0498E+02 2.9776E+02 4.8800E+02 3.0278E-01 -1.7502E+00 1.4133E+00 2.0530E+00 3.3647E+00 19 1.3271E+02 -4.0084E+02 1.0272E+02 5.3355E+02 8.8687E+02 9.1500E-01 -2.7637E+00 7.0826E-01 3.6787E+00 6.1148E+00 20 1.5015E+02 -5.0844E+02 -1.4117E+01 6.5859E+02 1.2321E+03 1.0352E+00 -3.5056E+00 -9.7333E-02 4.5408E+00 8.4949E+00 21 1.4182E+01 -1.5368E+01 -1.5540E+01 2.9550E+01 4.4945E+00 9.7782E-02 -1.0596E-01 -1.0715E-01 2.0374E-01 3.0988E-02 22 2.6332E+01 -3.0226E+01 2.3925E+01 5.6557E+01 8.2641E+01 1.8155E-01 -2.0840E-01 1.6495E-01 3.8995E-01 5.6979E-01 Allowable Stress for Load Case 112 (Post Fire at 90 Minutes) LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 273.67 273.44 20.00 23.60 66.30 2 274.04 273.74 20.00 23.60 66.30 3 274.06 273.89 20.00 23.60 66.30 4 273.73 273.70 20.00 23.60 66.30 5 274.35 274.24 20.00 23.60 66.30 6 274.56 274.48 20.00 23.60 66.30 7 274.92 274.78 20.00 23.60 66.30 8 274.99 274.85 20.00 23.60 66.30 9 275.04 274.90 20.00 23.60 66.30 10 275.32 275.11 20.00 23.60 66.30 11 275.55 275.35 20.00 23.60 66.30 12 276.10 275.86 20.00 23.60 66.30 13 275.08 275.03 20.00 23.60 66.30 14 274.92 274.89 20.00 23.60 66.30 15 273.21 273.20 20.00 23.60 66.30 16 273.46 273.41 20.00 23.60 66.30 17 273.50 273.47 20.00 23.60 66.30 18 273.75 273.71 20.00 23.60 66.30 19 273.99 273.89 20.00 23.60 66.30 20 275.04 274.90 20.00 23.60 66.30 21 274.79 274.76 20.00 23.60 66.30 22 273.11 273.08 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-245 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-108. Load Case 112, Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.1927E+01 -2.6408E+01 -6.2339E-01 3.8335E+01 5.9171E+01 8.2233E-02 -1.8208E-01 -4.2981E-03 2.6431E-01 4.0797E-01 2 1.7787E+01 -3.1310E+01 -1.1170E+01 4.9097E+01 9.9401E+01 1.2264E-01 -2.1587E-01 -7.7014E-02 3.3851E-01 6.8535E-01 3 1.0448E+01 -1.9702E+01 1.7856E+00 3.0150E+01 4.3323E+01 7.2040E-02 -1.3584E-01 1.2312E-02 2.0788E-01 2.9870E-01 4 4.7894E+02 -3.7162E+02 -2.8894E+02 8.5056E+02 1.5602E+03 3.3021E+00 -2.5623E+00 -1.9921E+00 5.8644E+00 1.0757E+01 5 4.5334E+02 -1.6530E+02 -5.7514E+02 6.1863E+02 4.5943E+02 3.1257E+00 -1.1397E+00 -3.9655E+00 4.2653E+00 3.1677E+00 6 7.6121E+01 -4.9469E+02 -1.5117E+03 5.7081E+02 8.5689E+02 5.2484E-01 -3.4108E+00 -1.0423E+01 3.9356E+00 5.9080E+00 7 -8.3001E+01 -3.1251E+02 -2.6045E+03 2.2951E+02 6.2268E+01

                 -5.7227E-01 -2.1547E+00 -1.7958E+01                  1.5824E+00       4.2932E-01 8    -8.6920E+01 -3.0736E+02 -2.6061E+03                  2.2044E+02       3.9453E+01
                 -5.9929E-01 -2.1192E+00 -1.7968E+01                  1.5199E+00       2.7202E-01 9    -8.3802E+01 -3.1054E+02 -2.6251E+03                  2.2674E+02       5.7918E+01
                 -5.7779E-01 -2.1411E+00 -1.8099E+01                  1.5633E+00       3.9933E-01 10      6.7054E+01 -7.9189E+02 -1.3904E+03                 8.5895E+02       2.4438E+02 4.6232E-01 -5.4599E+00 -9.5864E+00                 5.9222E+00       1.6850E+00 11    -1.1061E+02 -7.1745E+02 -6.6091E+02                  6.0684E+02       9.1042E+02
                 -7.6262E-01 -4.9467E+00 -4.5568E+00                  4.1840E+00       6.2771E+00 12      3.1641E+01 -7.2397E+02 -7.0523E+02                 7.5561E+02       9.6294E+02 2.1816E-01 -4.9916E+00 -4.8624E+00                 5.2097E+00       6.6393E+00 13      1.3584E+02 -2.8562E+02 -7.7972E+01                 4.2146E+02       4.9783E+02 9.3658E-01 -1.9693E+00 -5.3759E-01                 2.9059E+00       3.4324E+00 14      7.8310E+01 -3.4319E+02 -8.1209E+01                 4.2150E+02       7.9167E+02 5.3993E-01 -2.3662E+00 -5.5992E-01                 2.9061E+00       5.4584E+00 15      1.0179E+03 -9.6042E+02 -1.0024E+02                 1.9784E+03       3.3227E+03 7.0185E+00 -6.6219E+00 -6.9114E-01                 1.3640E+01       2.2909E+01 2-246                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.5603E+02 -7.1199E+02 -2.1592E+02 1.0680E+03 1.7361E+03 2.4547E+00 -4.9090E+00 -1.4887E+00 7.3637E+00 1.1970E+01 17 1.5572E+02 -4.8522E+02 4.6108E+01 6.4093E+02 1.1071E+03 1.0736E+00 -3.3454E+00 3.1791E-01 4.4191E+00 7.6335E+00 18 4.4292E+01 -2.5429E+02 1.9642E+02 2.9858E+02 4.9178E+02 3.0538E-01 -1.7533E+00 1.3543E+00 2.0587E+00 3.3907E+00 19 1.3411E+02 -3.9925E+02 9.2861E+01 5.3337E+02 8.8598E+02 9.2468E-01 -2.7528E+00 6.4025E-01 3.6774E+00 6.1086E+00 20 1.5523E+02 -5.0742E+02 -1.2026E+01 6.6265E+02 1.2390E+03 1.0703E+00 -3.4985E+00 -8.2917E-02 4.5688E+00 8.5429E+00 21 1.9407E+01 1.3705E+00 5.7524E+00 1.8037E+01 5.2293E+00 1.3381E-01 9.4492E-03 3.9662E-02 1.2436E-01 3.6055E-02 22 2.2085E+01 -3.1537E+01 1.8417E+01 5.3622E+01 9.0956E+01 1.5227E-01 -2.1744E-01 1.2698E-01 3.6971E-01 6.2712E-01 Allowable Stress for Load Case 112 (Post Fire at 120 Minutes) LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 274.02 273.84 20.00 23.60 66.30 2 274.16 273.86 20.00 23.60 66.30 3 273.87 273.63 20.00 23.60 66.30 4 274.19 274.16 20.00 23.60 66.30 5 274.72 274.63 20.00 23.60 66.30 6 274.92 274.84 20.00 23.60 66.30 7 275.12 274.98 20.00 23.60 66.30 8 275.10 274.96 20.00 23.60 66.30 9 275.05 274.92 20.00 23.60 66.30 10 275.13 274.96 20.00 23.60 66.30 11 275.33 275.11 20.00 23.60 66.30 12 275.86 275.62 20.00 23.60 66.30 13 274.80 274.70 20.00 23.60 66.30 14 274.55 274.49 20.00 23.60 66.30 15 273.83 273.82 20.00 23.60 66.30 16 274.06 274.02 20.00 23.60 66.30 17 274.10 274.07 20.00 23.60 66.30 18 274.33 274.29 20.00 23.60 66.30 19 274.54 274.46 20.00 23.60 66.30 20 275.52 275.39 20.00 23.60 66.30 21 273.68 273.67 20.00 23.60 66.30 22 273.74 273.71 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-247 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-109. Load Case 112, Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.1841E+01 -2.6178E+01 -7.5417E-01 3.8020E+01 5.9152E+01 8.1642E-02 -1.8049E-01 -5.1998E-03 2.6214E-01 4.0784E-01 2 1.8110E+01 -3.1921E+01 -1.1059E+01 5.0032E+01 1.0191E+02 1.2487E-01 -2.2009E-01 -7.6252E-02 3.4496E-01 7.0265E-01 3 1.1325E+01 -2.1444E+01 4.7776E-01 3.2769E+01 4.7938E+01 7.8083E-02 -1.4785E-01 3.2940E-03 2.2593E-01 3.3052E-01 4 4.8105E+02 -3.7091E+02 -2.9082E+02 8.5196E+02 1.5614E+03 3.3167E+00 -2.5573E+00 -2.0051E+00 5.8741E+00 1.0765E+01 5 4.5653E+02 -1.6472E+02 -5.7252E+02 6.2125E+02 4.5693E+02 3.1477E+00 -1.1357E+00 -3.9474E+00 4.2834E+00 3.1504E+00 6 7.6912E+01 -4.9525E+02 -1.5104E+03 5.7216E+02 8.5869E+02 5.3029E-01 -3.4146E+00 -1.0414E+01 3.9449E+00 5.9205E+00 7 -8.2962E+01 -3.1267E+02 -2.6059E+03 2.2971E+02 6.2431E+01

                 -5.7200E-01 -2.1558E+00 -1.7967E+01                  1.5838E+00       4.3045E-01 8    -8.6892E+01 -3.0737E+02 -2.6061E+03                  2.2048E+02       3.9490E+01
                 -5.9910E-01 -2.1193E+00 -1.7969E+01                  1.5202E+00       2.7227E-01 9    -8.3776E+01 -3.1041E+02 -2.6238E+03                  2.2664E+02       5.7879E+01
                 -5.7762E-01 -2.1402E+00 -1.8091E+01                  1.5626E+00       3.9906E-01 10      6.6781E+01 -7.9034E+02 -1.3899E+03                 8.5712E+02       2.4602E+02 4.6044E-01 -5.4492E+00 -9.5834E+00                 5.9097E+00       1.6963E+00 11    -1.1149E+02 -7.1868E+02 -6.6331E+02                  6.0719E+02       9.0284E+02
                 -7.6868E-01 -4.9551E+00 -4.5734E+00                  4.1864E+00       6.2248E+00 12      3.0420E+01 -7.2483E+02 -7.0737E+02                 7.5525E+02       9.5497E+02 2.0974E-01 -4.9975E+00 -4.8771E+00                 5.2072E+00       6.5843E+00 13      1.3235E+02 -2.9025E+02 -7.9868E+01                 4.2260E+02       4.9465E+02 9.1250E-01 -2.0012E+00 -5.5067E-01                 2.9137E+00       3.4105E+00 14      7.4194E+01 -3.4558E+02 -7.8777E+01                 4.1978E+02       7.8883E+02 5.1155E-01 -2.3827E+00 -5.4315E-01                 2.8943E+00       5.4388E+00 15      1.0181E+03 -9.6122E+02 -1.0095E+02                 1.9793E+03       3.3243E+03 7.0197E+00 -6.6274E+00 -6.9604E-01                 1.3647E+01       2.2920E+01 2-248                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.5616E+02 -7.1254E+02 -2.1532E+02 1.0687E+03 1.7372E+03 2.4556E+00 -4.9128E+00 -1.4846E+00 7.3684E+00 1.1978E+01 17 1.5577E+02 -4.8548E+02 4.6908E+01 6.4125E+02 1.1077E+03 1.0740E+00 -3.3473E+00 3.2342E-01 4.4213E+00 7.6372E+00 18 4.4405E+01 -2.5439E+02 1.9371E+02 2.9879E+02 4.9287E+02 3.0616E-01 -1.7539E+00 1.3356E+00 2.0601E+00 3.3982E+00 19 1.3453E+02 -3.9868E+02 8.9757E+01 5.3321E+02 8.8553E+02 9.2754E-01 -2.7488E+00 6.1886E-01 3.6764E+00 6.1055E+00 20 1.5680E+02 -5.0700E+02 -1.1362E+01 6.6380E+02 1.2410E+03 1.0811E+00 -3.4957E+00 -7.8341E-02 4.5768E+00 8.5562E+00 21 2.3394E+01 3.2432E+00 1.1491E+01 2.0151E+01 8.8805E+00 1.6129E-01 2.2361E-02 7.9225E-02 1.3893E-01 6.1229E-02 22 2.0843E+01 -3.2064E+01 1.6666E+01 5.2906E+01 9.3599E+01 1.4371E-01 -2.2107E-01 1.1491E-01 3.6478E-01 6.4534E-01 Allowable Stress for Load Case 112 (Post Fire at 150 Minutes) LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 274.10 273.93 20.00 23.60 66.30 2 274.16 273.86 20.00 23.60 66.30 3 273.78 273.52 20.00 23.60 66.30 4 274.30 274.28 20.00 23.60 66.30 5 274.81 274.72 20.00 23.60 66.30 6 275.00 274.92 20.00 23.60 66.30 7 275.15 275.01 20.00 23.60 66.30 8 275.10 274.96 20.00 23.60 66.30 9 275.03 274.89 20.00 23.60 66.30 10 275.04 274.87 20.00 23.60 66.30 11 275.23 275.00 20.00 23.60 66.30 12 275.75 275.51 20.00 23.60 66.30 13 274.68 274.57 20.00 23.60 66.30 14 274.39 274.33 20.00 23.60 66.30 15 274.00 273.99 20.00 23.60 66.30 16 274.22 274.18 20.00 23.60 66.30 17 274.26 274.23 20.00 23.60 66.30 18 274.48 274.44 20.00 23.60 66.30 19 274.69 274.60 20.00 23.60 66.30 20 275.64 275.52 20.00 23.60 66.30 21 273.32 273.30 20.00 23.60 66.30 22 273.90 273.88 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-249 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-110. Load Case 112, Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.1813E+01 -2.6103E+01 -7.9298E-01 3.7917E+01 5.9137E+01 8.1450E-02 -1.7998E-01 -5.4674E-03 2.6143E-01 4.0773E-01 2 1.8216E+01 -3.2117E+01 -1.1023E+01 5.0333E+01 1.0269E+02 1.2560E-01 -2.2144E-01 -7.6000E-02 3.4704E-01 7.0801E-01 3 1.1601E+01 -2.1991E+01 6.7917E-02 3.3592E+01 4.9384E+01 7.9986E-02 -1.5162E-01 4.6827E-04 2.3161E-01 3.4049E-01 4 4.8149E+02 -3.7061E+02 -2.9128E+02 8.5209E+02 1.5613E+03 3.3198E+00 -2.5552E+00 -2.0083E+00 5.8750E+00 1.0765E+01 5 4.5727E+02 -1.6452E+02 -5.7148E+02 6.2179E+02 4.5616E+02 3.1527E+00 -1.1344E+00 -3.9402E+00 4.2871E+00 3.1451E+00 6 7.7103E+01 -4.9522E+02 -1.5093E+03 5.7232E+02 8.5890E+02 5.3160E-01 -3.4144E+00 -1.0407E+01 3.9460E+00 5.9219E+00 7 -8.2924E+01 -3.1258E+02 -2.6050E+03 2.2966E+02 6.2472E+01

                 -5.7174E-01 -2.1552E+00 -1.7961E+01                  1.5834E+00       4.3073E-01 8    -8.6856E+01 -3.0724E+02 -2.6049E+03                  2.2038E+02       3.9503E+01
                 -5.9885E-01 -2.1183E+00 -1.7960E+01                  1.5195E+00       2.7236E-01 9    -8.3742E+01 -3.1023E+02 -2.6222E+03                  2.2649E+02       5.7858E+01
                 -5.7738E-01 -2.1389E+00 -1.8079E+01                  1.5616E+00       3.9892E-01 10      6.6650E+01 -7.8949E+02 -1.3891E+03                 8.5614E+02       2.4648E+02 4.5953E-01 -5.4434E+00 -9.5777E+00                 5.9029E+00       1.6994E+00 11    -1.1171E+02 -7.1877E+02 -6.6376E+02                  6.0706E+02       9.0002E+02
                 -7.7021E-01 -4.9557E+00 -4.5765E+00                  4.1855E+00       6.2054E+00 12      3.0018E+01 -7.2480E+02 -7.0776E+02                 7.5482E+02       9.5201E+02 2.0697E-01 -4.9973E+00 -4.8798E+00                 5.2043E+00       6.5639E+00 13      1.3117E+02 -2.9163E+02 -8.0436E+01                 4.2280E+02       4.9337E+02 9.0435E-01 -2.0107E+00 -5.5459E-01                 2.9151E+00       3.4017E+00 14      7.2847E+01 -3.4623E+02 -7.7975E+01                 4.1908E+02       7.8761E+02 5.0226E-01 -2.3872E+00 -5.3762E-01                 2.8894E+00       5.4304E+00 15      1.0180E+03 -9.6132E+02 -1.0116E+02                 1.9793E+03       3.3242E+03 7.0190E+00 -6.6281E+00 -6.9745E-01                 1.3647E+01       2.2920E+01 2-250                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.5614E+02 -7.1260E+02 -2.1510E+02 1.0687E+03 1.7373E+03 2.4555E+00 -4.9132E+00 -1.4830E+00 7.3687E+00 1.1978E+01 17 1.5576E+02 -4.8549E+02 4.7148E+01 6.4124E+02 1.1077E+03 1.0739E+00 -3.3473E+00 3.2508E-01 4.4212E+00 7.6371E+00 18 4.4432E+01 -2.5437E+02 1.9286E+02 2.9881E+02 4.9312E+02 3.0635E-01 -1.7539E+00 1.3297E+00 2.0602E+00 3.3999E+00 19 1.3463E+02 -3.9845E+02 8.8803E+01 5.3308E+02 8.8525E+02 9.2826E-01 -2.7472E+00 6.1227E-01 3.6754E+00 6.1036E+00 20 1.5725E+02 -5.0680E+02 -1.1152E+01 6.6405E+02 1.2414E+03 1.0842E+00 -3.4943E+00 -7.6891E-02 4.5784E+00 8.5589E+00 21 2.4750E+01 3.7115E+00 1.3283E+01 2.1038E+01 1.0026E+01 1.7064E-01 2.5590E-02 9.1583E-02 1.4505E-01 6.9130E-02 22 2.0461E+01 -3.2237E+01 1.6112E+01 5.2698E+01 9.4422E+01 1.4107E-01 -2.2227E-01 1.1109E-01 3.6334E-01 6.5102E-01 Allowable Stress for Load Case 112 (Post Fire at 180 Minutes) LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 274.10 273.92 20.00 23.60 66.30 2 274.13 273.83 20.00 23.60 66.30 3 273.72 273.46 20.00 23.60 66.30 4 274.31 274.28 20.00 23.60 66.30 5 274.80 274.72 20.00 23.60 66.30 6 275.00 274.92 20.00 23.60 66.30 7 275.13 274.99 20.00 23.60 66.30 8 275.07 274.93 20.00 23.60 66.30 9 274.99 274.85 20.00 23.60 66.30 10 274.98 274.82 20.00 23.60 66.30 11 275.16 274.94 20.00 23.60 66.30 12 275.69 275.44 20.00 23.60 66.30 13 274.61 274.49 20.00 23.60 66.30 14 274.32 274.25 20.00 23.60 66.30 15 274.02 274.01 20.00 23.60 66.30 16 274.24 274.19 20.00 23.60 66.30 17 274.28 274.25 20.00 23.60 66.30 18 274.49 274.45 20.00 23.60 66.30 19 274.70 274.62 20.00 23.60 66.30 20 275.65 275.52 20.00 23.60 66.30 21 273.18 273.15 20.00 23.60 66.30 22 273.93 273.90 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-251 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-111. Load Case 301, 30-ft. Head-On Drop, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -9.6405E+01 -5.9822E+03 -1.1502E+03 5.8858E+03 1.9762E+03

                 -6.6469E-01 -4.1246E+01 -7.9301E+00                  4.0581E+01       1.3625E+01 2      5.7295E+01 -2.7939E+03 -2.2671E+02                 2.8512E+03       1.5399E+02 3.9503E-01 -1.9263E+01 -1.5631E+00                 1.9658E+01       1.0617E+00 3    -8.0867E+00 -1.1189E+03 -9.8104E+01                  1.1108E+03       1.4264E+01
                 -5.5756E-02 -7.7143E+00 -6.7641E-01                  7.6586E+00       9.8344E-02 4      9.7431E+02 -9.6940E+03 -3.1632E+03                 1.0668E+04       4.8467E+03 6.7176E+00 -6.6838E+01 -2.1809E+01                 7.3556E+01       3.3417E+01 5    -1.2894E+02 -3.0192E+03 -1.3322E+03                  2.8902E+03       3.4497E+03
                 -8.8902E-01 -2.0816E+01 -9.1853E+00                  1.9927E+01       2.3785E+01 6    -5.1628E+02 -2.4719E+03 -1.1297E+03                  1.9557E+03       6.5895E+02
                 -3.5597E+00 -1.7043E+01 -7.7888E+00                  1.3484E+01       4.5433E+00 7    -2.8366E+01 -1.9230E+03 -2.8820E+02                  1.8946E+03       1.7742E+01
                 -1.9557E-01 -1.3259E+01 -1.9871E+00                  1.3063E+01       1.2233E-01 8    -2.1253E+01 -1.7954E+03 -2.0339E+02                  1.7742E+03       1.8592E-03
                 -1.4654E-01 -1.2379E+01 -1.4023E+00                  1.2233E+01       1.2818E-05 9    -1.0051E+01 -1.3237E+03 -7.7217E+01                  1.3136E+03       3.8105E+00
                 -6.9300E-02 -9.1264E+00 -5.3239E-01                  9.0571E+00       2.6272E-02 10    -3.1964E+02 -1.9806E+03 -4.2686E+02                  1.6610E+03       7.5008E+02
                 -2.2039E+00 -1.3656E+01 -2.9431E+00                  1.1452E+01       5.1716E+00 11      1.8930E+02 -1.0747E+03 -2.1514E+02                 1.2640E+03       4.9607E+02 1.3052E+00 -7.4099E+00 -1.4834E+00                 8.7151E+00       3.4203E+00 12      2.4729E+02 -8.0666E+01           1.4462E+02        3.2795E+02       6.3549E+02 1.7050E+00 -5.5617E-01           9.9712E-01        2.2611E+00       4.3815E+00 13      1.9171E+02 -8.4764E+02 -9.5911E+01                 1.0394E+03       4.8531E+02 1.3218E+00 -5.8443E+00 -6.6129E-01                 7.1661E+00       3.3461E+00 14      1.7143E+02 -6.1792E+02 -1.0243E+01                 7.8934E+02       3.0263E+02 1.1819E+00 -4.2604E+00 -7.0624E-02                 5.4423E+00       2.0866E+00 15      7.7714E+02       5.3688E+02      7.4522E+02        2.4025E+02       1.2853E+02 5.3582E+00       3.7017E+00      5.1381E+00        1.6565E+00       8.8615E-01 2-252                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.2056E+02 -1.5357E+03 -5.3391E+02 1.7563E+03 1.0856E+02 1.5207E+00 -1.0588E+01 -3.6812E+00 1.2109E+01 7.4851E-01 17 5.4448E+02 -1.8335E+03 -8.7802E+02 2.3779E+03 1.8534E+03 3.7541E+00 -1.2641E+01 -6.0537E+00 1.6395E+01 1.2779E+01 18 6.0950E+02 -3.1099E+03 -9.1866E+02 3.7194E+03 3.2647E+03 4.2023E+00 -2.1442E+01 -6.3339E+00 2.5644E+01 2.2509E+01 19 6.2776E+02 -2.8842E+03 -1.1225E+03 3.5120E+03 1.7382E+03 4.3282E+00 -1.9886E+01 -7.7396E+00 2.4214E+01 1.1985E+01 20 -5.7449E+02 -1.8134E+03 -1.2748E+03 1.2389E+03 1.5966E+03

                  -3.9610E+00 -1.2503E+01 -8.7895E+00                 8.5419E+00      1.1008E+01 21        1.2323E+03      1.2135E+02       1.2415E+02       1.1110E+03      3.9580E+02 8.4964E+00      8.3667E-01       8.5595E-01       7.6598E+00      2.7290E+00 22        1.1247E+03      2.9782E+02       1.1193E+03       8.2689E+02      4.3606E+02 7.7546E+00      2.0534E+00       7.7171E+00       5.7012E+00      3.0065E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-253 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-112. Load Case 302, 30-ft. Side Drop + Slap-Down, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.1488E+02 -1.3866E+02 -4.8941E+02 3.8901E+03 8.8439E+02 1.4816E+00 -9.5603E-01 -3.3743E+00 2.6821E+01 6.0976E+00 2 3.3241E+02 -3.7804E+01 -2.4987E+02 3.2923E+03 3.5751E+02 2.2919E+00 -2.6065E-01 -1.7228E+00 2.2700E+01 2.4650E+00 3 2.1237E+02 -1.3471E+02 -4.8535E+02 3.8890E+03 8.8998E+02 1.4642E+00 -9.2876E-01 -3.3464E+00 2.6814E+01 6.1362E+00 4 7.7792E+02 -7.5764E+01 -9.9177E+02 3.8507E+03 4.5050E+02 5.3635E+00 -5.2238E-01 -6.8380E+00 2.6549E+01 3.1061E+00 5 7.6262E+02 -2.9462E+01 -1.3799E+03 4.0958E+03 8.5987E+01 5.2581E+00 -2.0313E-01 -9.5138E+00 2.8240E+01 5.9286E-01 6 3.7337E+02 -1.2243E+02 -1.7502E+03 3.9673E+03 2.1820E+02 2.5743E+00 -8.4415E-01 -1.2068E+01 2.7354E+01 1.5044E+00 7 1.1060E+03 6.0569E+02 1.5356E+01 4.0773E+03 2.2160E+02 7.6254E+00 4.1761E+00 1.0587E-01 2.8112E+01 1.5278E+00 8 1.0822E+03 6.1450E+02 2.3652E+01 4.2542E+03 2.1149E+02 7.4617E+00 4.2368E+00 1.6307E-01 2.9332E+01 1.4581E+00 9 1.1145E+03 5.9637E+02 1.8014E+01 4.0693E+03 2.2416E+02 7.6839E+00 4.1118E+00 1.2421E-01 2.8057E+01 1.5455E+00 10 7.1892E+02 1.7082E+02 -1.0134E+03 3.6008E+03 3.5973E+02 4.9568E+00 1.1778E+00 -6.9874E+00 2.4827E+01 2.4802E+00 11 1.5029E+02 -2.3134E+02 -1.9054E+03 3.6146E+03 1.5697E+03 1.0362E+00 -1.5951E+00 -1.3138E+01 2.4922E+01 1.0823E+01 12 -4.5517E+01 -5.4311E+02 -2.4221E+03 2.5238E+03 2.9713E+02

                 -3.1383E-01 -3.7446E+00 -1.6700E+01                  1.7401E+01       2.0487E+00 13      7.5383E+02 -2.9452E+01 -1.3033E+03                 3.9188E+03       1.8193E+02 5.1975E+00 -2.0306E-01 -8.9858E+00                 2.7019E+01       1.2544E+00 14      8.5625E+02 -5.3955E+01 -1.1513E+03                 4.0280E+03       2.8821E+02 5.9036E+00 -3.7201E-01 -7.9380E+00                 2.7772E+01       1.9871E+00 15    -8.7534E+01 -1.4126E+02 -1.5001E+03                  1.4369E+03       1.0772E+01
                 -6.0352E-01 -9.7399E-01 -1.0343E+01                  9.9074E+00       7.4273E-02 2-254                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.4763E+02 -6.0236E+01 -1.3561E+03 2.6353E+03 1.1601E+02 1.7073E+00 -4.1531E-01 -9.3499E+00 1.8170E+01 7.9987E-01 17 1.6620E+02 -1.0344E+02 -1.4741E+03 2.9163E+03 1.5442E+02 1.1459E+00 -7.1319E-01 -1.0163E+01 2.0107E+01 1.0647E+00 18 5.5446E+02 -1.5327E+02 -1.3155E+03 4.2621E+03 1.9885E+02 3.8229E+00 -1.0568E+00 -9.0701E+00 2.9386E+01 1.3710E+00 19 7.9446E+02 -1.0196E+02 -1.2545E+03 4.2566E+03 5.5802E+01 5.4776E+00 -7.0302E-01 -8.6495E+00 2.9348E+01 3.8474E-01 20 2.4970E+02 -1.0523E+02 -1.4931E+03 3.1055E+03 2.0937E+02 1.7216E+00 -7.2556E-01 -1.0294E+01 2.1411E+01 1.4435E+00 21 -3.6704E+01 -1.3100E+02 -1.5290E+03 1.5247E+03 4.4725E+01

                  -2.5307E-01 -9.0319E-01 -1.0542E+01                 1.0512E+01      3.0837E-01 22      -2.7237E+01 -1.3435E+02 -1.5570E+03                 1.5613E+03      3.6198E+01
                  -1.8779E-01 -9.2631E-01 -1.0735E+01                 1.0765E+01      2.4958E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-255 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-113. Load Case 303, 30-ft. Cg/Corner Drop, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 6.7746E+02 -6.4396E+02 -5.4027E+03 5.2487E+03 2.4259E+03 4.6709E+00 -4.4399E+00 -3.7251E+01 3.6189E+01 1.6726E+01 2 4.1698E+02 -2.3686E+02 -5.7179E+02 2.7955E+03 3.0737E+02 2.8750E+00 -1.6331E+00 -3.9424E+00 1.9274E+01 2.1193E+00 3 5.0172E+03 5.4102E+02 -1.5654E+01 5.0329E+03 1.3794E+03 3.4592E+01 3.7302E+00 -1.0793E-01 3.4700E+01 9.5105E+00 4 6.0552E+02 4.0116E+01 -3.7707E+03 7.1885E+03 4.7488E+02 4.1749E+00 2.7659E-01 -2.5998E+01 4.9563E+01 3.2742E+00 5 8.8096E+02 -5.9719E+02 -4.7519E+03 5.9828E+03 2.0231E+02 6.0740E+00 -4.1175E+00 -3.2763E+01 4.1250E+01 1.3949E+00 6 6.4811E+02 -1.3896E+03 -5.7909E+03 5.8310E+03 6.8104E+02 4.4686E+00 -9.5811E+00 -3.9927E+01 4.0203E+01 4.6956E+00 7 9.4084E+02 9.1055E+01 -2.9517E+02 5.4967E+03 1.4431E+02 6.4869E+00 6.2780E-01 -2.0351E+00 3.7898E+01 9.9501E-01 8 6.9203E+02 1.3181E+01 -6.2912E+02 4.0290E+03 6.9759E+01 4.7713E+00 9.0879E-02 -4.3376E+00 2.7779E+01 4.8097E-01 9 1.0250E+03 -5.3490E+02 -8.9652E+02 2.7753E+03 9.0507E+01 7.0670E+00 -3.6880E+00 -6.1813E+00 1.9135E+01 6.2402E-01 10 1.0765E+03 -6.3822E+02 -9.5761E+02 2.4280E+03 1.0258E+03 7.4220E+00 -4.4004E+00 -6.6025E+00 1.6740E+01 7.0726E+00 11 1.7046E+03 -1.1270E+02 -2.9242E+02 2.0632E+03 6.1682E+02 1.1753E+01 -7.7703E-01 -2.0161E+00 1.4225E+01 4.2528E+00 12 1.1946E+03 1.6630E+02 3.1222E+01 1.1774E+03 2.5886E+02 8.2367E+00 1.1466E+00 2.1527E-01 8.1178E+00 1.7848E+00 13 1.4537E+03 -4.4662E+02 -9.2468E+02 2.3784E+03 5.2548E+01 1.0023E+01 -3.0793E+00 -6.3755E+00 1.6398E+01 3.6231E-01 14 1.5032E+03 -4.4892E+02 -9.5053E+02 2.4537E+03 1.7604E+02 1.0364E+01 -3.0952E+00 -6.5537E+00 1.6918E+01 1.2138E+00 15 8.8620E+02 1.7615E+02 -2.6862E+03 3.6222E+03 9.2058E+01 6.1101E+00 1.2145E+00 -1.8521E+01 2.4974E+01 6.3472E-01 2-256 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.1559E+03 1.3316E+02 -2.7112E+03 6.0915E+03 3.5016E+02 7.9694E+00 9.1810E-01 -1.8693E+01 4.1999E+01 2.4143E+00 17 1.1780E+03 8.2224E+01 -3.2360E+03 6.9719E+03 4.5864E+02 8.1221E+00 5.6692E-01 -2.2311E+01 4.8070E+01 3.1622E+00 18 8.5040E+02 -2.1577E+02 -4.4449E+03 5.3898E+03 2.7889E+02 5.8633E+00 -1.4877E+00 -3.0646E+01 3.7162E+01 1.9229E+00 19 9.8981E+02 -2.7379E+02 -4.4781E+03 5.6257E+03 6.2430E+02 6.8245E+00 -1.8877E+00 -3.0876E+01 3.8788E+01 4.3044E+00 20 6.5259E+02 -9.3060E+02 -4.7890E+03 5.3639E+03 2.5294E+02 4.4994E+00 -6.4163E+00 -3.3019E+01 3.6983E+01 1.7440E+00 21 7.6449E+02 -4.8707E+01 -5.2781E+02 1.2843E+03 7.5736E+01 5.2709E+00 -3.3583E-01 -3.6391E+00 8.8550E+00 5.2218E-01 22 1.3972E+03 7.8175E+01 -2.5048E+03 3.9572E+03 3.8968E+02 9.6337E+00 5.3900E-01 -1.7270E+01 2.7284E+01 2.6868E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-257 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-114. Load Case 304, 30-ft. Head-On Drop at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.3768E+02 -8.3090E+03 -1.6110E+03 8.1713E+03 2.7445E+03

                 -9.4925E-01 -5.7289E+01 -1.1107E+01                  5.6339E+01       1.8923E+01 2      7.9467E+01 -3.8778E+03 -3.1445E+02                 3.9573E+03       2.1145E+02 5.4790E-01 -2.6736E+01 -2.1681E+00                 2.7284E+01       1.4579E+00 3    -1.1225E+01 -1.5523E+03 -1.3606E+02                  1.5410E+03       1.9879E+01
                 -7.7393E-02 -1.0702E+01 -9.3807E-01                  1.0625E+01       1.3706E-01 4      1.3398E+03 -1.3469E+04 -4.4079E+03                 1.4809E+04       6.7381E+03 9.2378E+00 -9.2865E+01 -3.0391E+01                 1.0210E+02       4.6457E+01 5    -1.8720E+02 -4.1982E+03 -1.8617E+03                  4.0110E+03       4.7904E+03
                 -1.2907E+00 -2.8946E+01 -1.2836E+01                  2.7655E+01       3.3029E+01 6    -7.2035E+02 -3.4293E+03 -1.5759E+03                  2.7090E+03       9.1709E+02
                 -4.9666E+00 -2.3645E+01 -1.0865E+01                  1.8678E+01       6.3231E+00 7    -3.9716E+01 -2.6713E+03 -4.0349E+02                  2.6316E+03       2.4479E+01
                 -2.7383E-01 -1.8418E+01 -2.7820E+00                  1.8144E+01       1.6878E-01 8    -2.9569E+01 -2.4939E+03 -2.8290E+02                  2.4643E+03       1.2881E-01
                 -2.0387E-01 -1.7195E+01 -1.9506E+00                  1.6991E+01       8.8813E-04 9    -1.3944E+01 -1.8380E+03 -1.0709E+02                  1.8240E+03       5.3223E+00
                 -9.6140E-02 -1.2672E+01 -7.3835E-01                  1.2576E+01       3.6696E-02 10    -4.4354E+02 -2.7487E+03 -5.9222E+02                  2.3052E+03       1.0410E+03
                 -3.0581E+00 -1.8952E+01 -4.0832E+00                  1.5894E+01       7.1774E+00 11      2.6283E+02 -1.4914E+03 -2.9843E+02                 1.7542E+03       6.8834E+02 1.8122E+00 -1.0283E+01 -2.0576E+00                 1.2095E+01       4.7460E+00 12      3.4338E+02 -1.1181E+02           2.0085E+02        4.5519E+02       8.8186E+02 2.3675E+00 -7.7091E-01           1.3848E+00        3.1384E+00       6.0802E+00 13      2.6614E+02 -1.1762E+03 -1.3299E+02                 1.4423E+03       6.7328E+02 1.8350E+00 -8.1095E+00 -9.1691E-01                 9.9445E+00       4.6421E+00 14      2.3793E+02 -8.5728E+02 -1.4086E+01                 1.0952E+03       4.1982E+02 1.6405E+00 -5.9107E+00 -9.7120E-02                 7.5512E+00       2.8946E+00 15      1.0628E+03       7.3926E+02      1.0175E+03        3.2350E+02       1.7623E+02 7.3275E+00       5.0970E+00      7.0155E+00        2.2305E+00       1.2151E+00 2-258                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.9841E+02 -2.1504E+03 -7.6315E+02 2.4488E+03 1.4964E+02 2.0574E+00 -1.4827E+01 -5.2618E+00 1.6884E+01 1.0317E+00 17 7.5004E+02 -2.5439E+03 -1.2334E+03 3.2940E+03 2.5661E+03 5.1713E+00 -1.7540E+01 -8.5042E+00 2.2711E+01 1.7692E+01 18 8.4600E+02 -4.3187E+03 -1.2831E+03 5.1647E+03 4.5363E+03 5.8329E+00 -2.9776E+01 -8.8465E+00 3.5609E+01 3.1276E+01 19 8.6122E+02 -4.0089E+03 -1.5698E+03 4.8702E+03 2.4137E+03 5.9379E+00 -2.7641E+01 -1.0823E+01 3.3579E+01 1.6642E+01 20 -8.0680E+02 -2.5182E+03 -1.7777E+03 1.7114E+03 2.2179E+03

                  -5.5627E+00 -1.7362E+01 -1.2257E+01                 1.1799E+01      1.5292E+01 21        1.7121E+03      1.6870E+02       1.7259E+02       1.5434E+03      5.4993E+02 1.1805E+01      1.1632E+00       1.1900E+00       1.0641E+01      3.7917E+00 22        1.5338E+03      4.1191E+02       1.5262E+03       1.1219E+03      5.9937E+02 1.0575E+01      2.8400E+00       1.0523E+01       7.7349E+00      4.1325E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-259 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-115. Load Case 305, 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.0233E+02 -1.9436E+02 -6.8353E+02 5.4356E+03 1.2239E+03 2.0845E+00 -1.3400E+00 -4.7128E+00 3.7477E+01 8.4384E+00 2 4.6520E+02 -5.3259E+01 -3.5000E+02 4.6104E+03 4.9893E+02 3.2075E+00 -3.6721E-01 -2.4132E+00 3.1788E+01 3.4400E+00 3 2.9823E+02 -1.8907E+02 -6.7782E+02 5.4300E+03 1.2269E+03 2.0562E+00 -1.3036E+00 -4.6734E+00 3.7439E+01 8.4594E+00 4 1.0858E+03 -1.0592E+02 -1.3878E+03 5.3860E+03 6.2929E+02 7.4864E+00 -7.3029E-01 -9.5683E+00 3.7135E+01 4.3388E+00 5 1.0651E+03 -4.1088E+01 -1.9314E+03 5.7325E+03 1.2006E+02 7.3434E+00 -2.8330E-01 -1.3317E+01 3.9524E+01 8.2779E-01 6 5.2285E+02 -1.7121E+02 -2.4502E+03 5.5538E+03 3.0544E+02 3.6049E+00 -1.1804E+00 -1.6893E+01 3.8292E+01 2.1060E+00 7 1.5472E+03 8.4836E+02 2.1518E+01 5.7090E+03 3.1031E+02 1.0668E+01 5.8492E+00 1.4836E-01 3.9362E+01 2.1395E+00 8 1.5135E+03 8.6072E+02 3.3161E+01 5.9561E+03 2.9599E+02 1.0435E+01 5.9344E+00 2.2864E-01 4.1066E+01 2.0408E+00 9 1.5593E+03 8.4728E+02 2.1955E+01 5.6982E+03 3.1398E+02 1.0751E+01 5.8418E+00 1.5137E-01 3.9288E+01 2.1648E+00 10 1.0067E+03 2.3958E+02 -1.4184E+03 5.0451E+03 5.0495E+02 6.9407E+00 1.6518E+00 -9.7795E+00 3.4785E+01 3.4815E+00 11 2.1068E+02 -3.2349E+02 -2.6671E+03 5.0617E+03 2.1998E+03 1.4526E+00 -2.2304E+00 -1.8389E+01 3.4899E+01 1.5167E+01 12 -6.3705E+01 -7.5973E+02 -3.3909E+03 3.5335E+03 4.1649E+02

                 -4.3923E-01 -5.2382E+00 -2.3379E+01                  2.4362E+01       2.8716E+00 13      1.0530E+03 -4.1015E+01 -1.8241E+03                 5.4849E+03       2.5527E+02 7.2600E+00 -2.8279E-01 -1.2576E+01                 3.7817E+01       1.7600E+00 14      1.1962E+03 -7.5405E+01 -1.6113E+03                 5.6365E+03       4.0244E+02 8.2472E+00 -5.1990E-01 -1.1109E+01                 3.8862E+01       2.7748E+00 15    -1.2240E+02 -1.9639E+02 -2.0968E+03                  2.0085E+03       1.4951E+01
                 -8.4391E-01 -1.3541E+00 -1.4457E+01                  1.3848E+01       1.0309E-01 2-260                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.3961E+02 -8.4204E+01 -1.8946E+03 3.6754E+03 1.6212E+02 2.3415E+00 -5.8057E-01 -1.3063E+01 2.5341E+01 1.1178E+00 17 2.2396E+02 -1.4431E+02 -2.0585E+03 4.0654E+03 2.1350E+02 1.5442E+00 -9.9496E-01 -1.4193E+01 2.8030E+01 1.4720E+00 18 7.7278E+02 -2.1439E+02 -1.8408E+03 5.9595E+03 2.7817E+02 5.3281E+00 -1.4781E+00 -1.2692E+01 4.1089E+01 1.9179E+00 19 1.1089E+03 -1.4256E+02 -1.7556E+03 5.9546E+03 7.7638E+01 7.6459E+00 -9.8292E-01 -1.2104E+01 4.1055E+01 5.3530E-01 20 3.4899E+02 -1.4717E+02 -2.0900E+03 4.3467E+03 2.9324E+02 2.4062E+00 -1.0147E+00 -1.4410E+01 2.9969E+01 2.0218E+00 21 -5.1512E+01 -1.8147E+02 -2.1362E+03 2.1300E+03 6.1849E+01

                  -3.5517E-01 -1.2512E+00 -1.4729E+01                 1.4686E+01      4.2643E-01 22      -3.8079E+01 -1.8628E+02 -2.1754E+03                 2.1816E+03      4.9863E+01
                  -2.6255E-01 -1.2844E+00 -1.4999E+01                 1.5041E+01      3.4379E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-261 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-116. Load Case 306, 30-ft. Cg/Corner Drop at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 9.4841E+02 -9.0159E+02 -7.5640E+03 7.3484E+03 3.4263E+03 6.5390E+00 -6.2162E+00 -5.2152E+01 5.0666E+01 2.3623E+01 2 5.8372E+02 -3.3146E+02 -8.0023E+02 3.9136E+03 4.3031E+02 4.0246E+00 -2.2853E+00 -5.5174E+00 2.6984E+01 2.9669E+00 3 7.0251E+03 7.5759E+02 -2.1857E+01 7.0470E+03 1.9314E+03 4.8436E+01 5.2234E+00 -1.5070E-01 4.8587E+01 1.3316E+01 4 8.4768E+02 5.6125E+01 -5.2790E+03 1.0064E+04 6.6484E+02 5.8445E+00 3.8697E-01 -3.6397E+01 6.9386E+01 4.5839E+00 5 1.2333E+03 -8.3604E+02 -6.6527E+03 8.3758E+03 2.8323E+02 8.5034E+00 -5.7643E+00 -4.5869E+01 5.7749E+01 1.9528E+00 6 9.0796E+02 -1.9454E+03 -8.1072E+03 8.1632E+03 9.5335E+02 6.2601E+00 -1.3413E+01 -5.5897E+01 5.6284E+01 6.5731E+00 7 1.3171E+03 1.2744E+02 -4.1321E+02 7.6951E+03 2.0204E+02 9.0808E+00 8.7869E-01 -2.8490E+00 5.3056E+01 1.3930E+00 8 9.6881E+02 1.8433E+01 -8.8080E+02 5.6405E+03 9.7666E+01 6.6797E+00 1.2709E-01 -6.0729E+00 3.8890E+01 6.7338E-01 9 1.4351E+03 -7.4903E+02 -1.2552E+03 3.8854E+03 1.2671E+02 9.8946E+00 -5.1644E+00 -8.6544E+00 2.6789E+01 8.7362E-01 10 1.5072E+03 -8.9364E+02 -1.3408E+03 3.3993E+03 1.4361E+03 1.0392E+01 -6.1614E+00 -9.2444E+00 2.3437E+01 9.9015E+00 11 2.3867E+03 -1.5783E+02 -4.0944E+02 2.8887E+03 8.6358E+02 1.6456E+01 -1.0882E+00 -2.8230E+00 1.9917E+01 5.9542E+00 12 1.6727E+03 2.3279E+02 4.3710E+01 1.6485E+03 3.6241E+02 1.1533E+01 1.6051E+00 3.0137E-01 1.1366E+01 2.4987E+00 13 2.0354E+03 -6.2532E+02 -1.2947E+03 3.3300E+03 7.3568E+01 1.4033E+01 -4.3114E+00 -8.9263E+00 2.2960E+01 5.0724E-01 14 2.1047E+03 -6.2853E+02 -1.3308E+03 3.4355E+03 2.4649E+02 1.4511E+01 -4.3335E+00 -9.1758E+00 2.3687E+01 1.6995E+00 15 1.2408E+03 2.4666E+02 -3.7614E+03 5.0720E+03 1.2888E+02 8.5552E+00 1.7006E+00 -2.5934E+01 3.4970E+01 8.8857E-01 2-262 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.6182E+03 1.8644E+02 -3.7959E+03 8.5346E+03 4.9048E+02 1.1157E+01 1.2854E+00 -2.6172E+01 5.8844E+01 3.3817E+00 17 1.6492E+03 1.1511E+02 -4.5306E+03 9.7710E+03 6.4207E+02 1.1371E+01 7.9368E-01 -3.1237E+01 6.7369E+01 4.4269E+00 18 1.1905E+03 -3.0208E+02 -6.2229E+03 7.5455E+03 3.9045E+02 8.2081E+00 -2.0827E+00 -4.2905E+01 5.2025E+01 2.6921E+00 19 1.3857E+03 -3.8331E+02 -6.2694E+03 7.8759E+03 8.7408E+02 9.5539E+00 -2.6428E+00 -4.3226E+01 5.4302E+01 6.0266E+00 20 9.1433E+02 -1.3028E+03 -6.7047E+03 7.5094E+03 3.5410E+02 6.3041E+00 -8.9824E+00 -4.6227E+01 5.1776E+01 2.4415E+00 21 1.0704E+03 -6.8196E+01 -7.3896E+02 1.7982E+03 1.0603E+02 7.3801E+00 -4.7019E-01 -5.0950E+00 1.2398E+01 7.3104E-01 22 1.9563E+03 1.0948E+02 -3.5076E+03 5.5412E+03 5.4557E+02 1.3488E+01 7.5482E-01 -2.4184E+01 3.8205E+01 3.7616E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-263 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-117. Load Case 311, 4-ft. Drop onto Rod, Hypothetical Accident Conditions of Transport - Model AOS-025A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.9603E+01 -5.8890E+02 4.1131E+02 6.3850E+02 4.0271E+02 3.4200E-01 -4.0603E+00 2.8359E+00 4.4023E+00 2.7766E+00 2 1.5154E+01 -4.6590E+02 1.0076E+02 4.8106E+02 7.5039E+01 1.0448E-01 -3.2123E+00 6.9475E-01 3.3168E+00 5.1737E-01 3 7.7368E+00 -1.8009E+02 1.0470E+01 1.8783E+02 1.8392E+01 5.3343E-02 -1.2417E+00 7.2191E-02 1.2950E+00 1.2681E-01 4 1.8903E+03 -1.7594E+03 8.2625E+02 3.6497E+03 4.6125E+03 1.3033E+01 -1.2130E+01 5.6968E+00 2.5164E+01 3.1802E+01 5 1.4623E+03 -1.5658E+03 7.3875E+02 3.0281E+03 3.7700E+03 1.0082E+01 -1.0796E+01 5.0935E+00 2.0878E+01 2.5993E+01 6 -3.8121E+02 -2.1378E+03 -1.3872E+02 1.7566E+03 3.4307E+02

                 -2.6283E+00 -1.4740E+01 -9.5642E-01                  1.2111E+01       2.3654E+00 7      1.5451E+00 -4.4774E+02           5.6310E+01        4.4929E+02       3.8120E+01 1.0653E-02 -3.0871E+00           3.8824E-01        3.0977E+00       2.6283E-01 8      3.5520E+00 -1.9422E+02           3.4566E+01        1.9777E+02       2.5107E+00 2.4490E-02 -1.3391E+00           2.3832E-01        1.3636E+00       1.7311E-02 9      1.4893E+00 -1.2321E+02           1.3706E+01        1.2470E+02       2.1363E-01 1.0269E-02 -8.4953E-01           9.4501E-02        8.5980E-01       1.4729E-03 10    -6.9995E+01 -2.8738E+02 -6.6348E+01                  2.1738E+02       9.1327E+01
                 -4.8260E-01 -1.9814E+00 -4.5745E-01                  1.4988E+00       6.2967E-01 11      9.3899E+01 -1.8536E+02           8.0859E+00        2.7926E+02       1.9239E+02 6.4741E-01 -1.2780E+00           5.5750E-02        1.9255E+00       1.3265E+00 12      3.4636E+01 -2.3498E+02           1.9409E+01        2.6961E+02       4.2594E+02 2.3881E-01 -1.6201E+00           1.3382E-01        1.8589E+00       2.9367E+00 13      2.3969E+02 -1.3150E+01           1.1817E+02        2.5284E+02       2.0153E+02 1.6526E+00 -9.0663E-02           8.1475E-01        1.7433E+00       1.3895E+00 14      2.6022E+02 -6.4443E+00           1.4315E+02        2.6666E+02       8.7788E+01 1.7941E+00 -4.4432E-02           9.8699E-01        1.8386E+00       6.0527E-01 15    -6.1353E+03 -2.0916E+04 -5.9990E+03                  1.4780E+04       5.1674E+03
                 -4.2302E+01 -1.4421E+02 -4.1361E+01                  1.0191E+02       3.5628E+01 2-264                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 6.3812E+02 -1.2334E+03 4.4903E+01 1.8715E+03 1.4585E+03 4.3997E+00 -8.5037E+00 3.0959E-01 1.2903E+01 1.0056E+01 17 -8.7001E+01 -1.3209E+03 1.1327E+02 1.2339E+03 1.8614E+03

                  -5.9985E-01 -9.1070E+00            7.8099E-01       8.5071E+00      1.2834E+01 18      -1.5821E+02 -1.0915E+03            1.3328E+01       9.3334E+02      5.1622E+02
                  -1.0908E+00 -7.5260E+00            9.1890E-02       6.4351E+00      3.5592E+00 19        8.5154E+02 -8.3158E+02           2.3348E+02       1.6831E+03      1.7892E+03 5.8711E+00 -5.7335E+00           1.6098E+00       1.1605E+01      1.2336E+01 20        1.3709E+03 -1.0751E+03           1.8285E+01       2.4460E+03      2.5928E+03 9.4519E+00 -7.4128E+00           1.2607E-01       1.6865E+01      1.7877E+01 21        1.0044E+02 -1.8842E+02 -1.8477E+02                2.8886E+02      4.0398E+02 6.9250E-01 -1.2991E+00 -1.2740E+00                1.9916E+00      2.7853E+00 22      -2.2459E+03 -8.9651E+03 -2.4120E+03                 6.7192E+03      2.9155E+03
                  -1.5485E+01 -6.1812E+01 -1.6630E+01                 4.6327E+01      2.0102E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-265 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-118. Load Combination 301, Head-On Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 301, 102, 201, 211 30-ft. Head-On Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 6.62 3.01 9.62 20.00 66.30 5.89 45.61 20.72 66.33 137.90 457.12 2 3.09 0.30 3.38 20.00 66.30 >10 21.28 2.04 23.32 137.90 457.12 3 1.27 0.11 1.38 20.00 66.30 >10 8.76 0.74 9.51 137.90 457.12 4 12.02 7.16 19.18 20.00 66.30 2.46 82.88 49.35 132.23 137.90 457.12 5 4.12 5.08 9.20 20.00 66.30 6.21 28.40 35.01 63.41 137.90 457.12 6 2.69 1.83 4.52 20.00 66.30 >10 18.55 12.60 31.14 137.90 457.12 7 2.14 0.07 2.21 20.00 66.30 >10 14.73 0.50 15.23 137.90 457.12 8 2.01 0.05 2.06 20.00 66.30 >10 13.85 0.32 14.17 137.90 457.12 9 1.59 0.08 1.67 20.00 66.30 >10 10.95 0.54 11.49 137.90 457.12 10 2.62 0.87 3.49 20.00 66.30 >10 18.09 6.00 24.09 137.90 457.12 11 2.07 1.46 3.53 20.00 66.30 >10 14.30 10.05 24.35 137.90 457.12 12 1.18 1.83 3.01 20.00 66.30 >10 8.12 12.63 20.74 137.90 457.12 2-266 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 2.28 1.36 3.65 20.00 66.30 >10 15.75 9.40 25.15 137.90 457.12 14 2.04 1.84 3.87 20.00 66.30 >10 14.05 12.66 26.71 137.90 457.12 15 1.80 1.82 3.62 20.00 66.30 >10 12.39 12.57 24.97 137.90 457.12 16 3.36 2.64 6.00 20.00 66.30 >10 23.14 18.21 41.35 137.90 457.12 17 3.45 3.57 7.02 20.00 66.30 8.45 23.78 24.59 48.37 137.90 457.12 18 4.56 4.63 9.19 20.00 66.30 6.22 31.46 31.89 63.36 137.90 457.12 19 4.93 3.84 8.76 20.00 66.30 6.56 33.98 26.44 60.43 137.90 457.12 20 2.99 4.37 7.36 20.00 66.30 8.01 20.64 30.10 50.75 137.90 457.12 21 1.43 0.91 2.34 20.00 66.30 >10 9.86 6.30 16.16 137.90 457.12 22 1.22 0.81 2.03 20.00 66.30 >10 8.41 5.56 13.97 137.90 457.12 Min MS: 2.457, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-267 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-119. Load Combination 302, Side Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 302, 102, 201, 211 30-ft. Side Drop + Slap-Down 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 4.61 1.91 6.52 20.00 66.30 9.06 31.82 13.14 44.96 137.90 457.12 2 3.53 0.50 4.03 20.00 66.30 >10 24.33 3.43 27.76 137.90 457.12 3 4.04 0.97 5.02 20.00 66.30 >10 27.87 6.71 34.58 137.90 457.12 4 5.20 2.76 7.96 20.00 66.30 7.33 35.85 19.03 54.89 137.90 457.12 5 5.32 1.71 7.04 20.00 66.30 7.72 36.71 11.82 48.53 137.90 457.12 6 4.70 1.39 6.09 20.00 66.30 8.87 32.42 9.56 41.97 137.90 457.12 7 4.32 0.28 4.60 20.00 66.30 9.74 29.78 1.90 31.69 137.90 457.12 8 4.49 0.26 4.75 20.00 66.30 9.34 30.95 1.78 32.73 137.90 457.12 9 4.34 0.30 4.64 20.00 66.30 9.68 29.96 2.06 32.02 137.90 457.12 10 4.57 0.48 5.05 20.00 66.30 9.16 31.48 3.31 34.80 137.90 457.12 11 4.43 2.53 6.96 20.00 66.30 8.53 30.51 17.46 47.97 137.90 457.12 12 3.37 1.49 4.87 20.00 66.30 >10 23.26 10.29 33.55 137.90 457.12 2-268 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 5.16 1.06 6.22 20.00 66.30 7.99 35.60 7.31 42.91 137.90 457.12 14 5.28 1.82 7.10 20.00 66.30 7.80 36.37 12.55 48.92 137.90 457.12 15 2.99 1.71 4.70 20.00 66.30 >10 20.62 11.76 32.38 137.90 457.12 16 4.23 2.65 6.88 20.00 66.30 8.64 29.15 18.26 47.41 137.90 457.12 17 3.98 1.87 5.85 20.00 66.30 >10 27.44 12.87 40.30 137.90 457.12 18 5.10 1.56 6.66 20.00 66.30 8.10 35.18 10.75 45.93 137.90 457.12 19 5.67 2.15 7.82 20.00 66.30 7.18 39.10 14.84 53.94 137.90 457.12 20 4.86 2.98 7.84 20.00 66.30 7.46 33.51 20.54 54.05 137.90 457.12 21 1.84 0.56 2.40 20.00 66.30 >10 12.70 3.87 16.57 137.90 457.12 22 1.95 0.41 2.36 20.00 66.30 >10 13.45 2.80 16.26 137.90 457.12 Min MS: 7.184, Location: 19, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-269 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-120. Load Combination 303, Cg/Corner Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 303, 102, 201, 211 30-ft. Cg/Corner Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 5.98 3.48 9.45 20.00 66.30 6.01 41.22 23.97 65.19 137.90 457.12 2 3.03 0.45 3.48 20.00 66.30 >10 20.89 3.10 23.99 137.90 457.12 3 5.19 1.47 6.67 20.00 66.30 7.94 35.80 10.16 45.96 137.90 457.12 4 8.54 2.79 11.33 20.00 66.30 4.43 58.88 19.21 78.09 137.90 457.12 5 7.21 1.83 9.04 20.00 66.30 5.44 49.72 12.62 62.35 137.90 457.12 6 6.57 1.85 8.41 20.00 66.30 6.07 45.27 12.75 58.02 137.90 457.12 7 5.74 0.20 5.94 20.00 66.30 7.09 39.57 1.37 40.94 137.90 457.12 8 4.26 0.12 4.38 20.00 66.30 9.88 29.40 0.80 30.20 137.90 457.12 9 3.05 0.16 3.22 20.00 66.30 >10 21.03 1.14 22.17 137.90 457.12 10 3.39 1.15 4.54 20.00 66.30 >10 23.38 7.90 31.28 137.90 457.12 11 2.87 1.58 4.45 20.00 66.30 >10 19.81 10.88 30.69 137.90 457.12 12 2.03 1.45 3.48 20.00 66.30 >10 13.97 10.03 24.00 137.90 457.12 2-270 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 3.62 0.93 4.55 20.00 66.30 >10 24.98 6.42 31.40 137.90 457.12 14 3.70 1.71 5.41 20.00 66.30 >10 25.53 11.78 37.31 137.90 457.12 15 5.18 1.79 6.97 20.00 66.30 7.96 35.71 12.32 48.04 137.90 457.12 16 7.70 2.88 10.58 20.00 66.30 5.03 53.06 19.87 72.94 137.90 457.12 17 8.05 2.17 10.22 20.00 66.30 4.76 55.51 14.98 70.48 137.90 457.12 18 6.23 1.64 7.87 20.00 66.30 6.44 42.98 11.31 54.29 137.90 457.12 19 7.04 2.72 9.76 20.00 66.30 5.59 48.56 18.76 67.32 137.90 457.12 20 7.12 3.02 10.14 20.00 66.30 5.52 49.08 20.84 69.92 137.90 457.12 21 1.60 0.59 2.20 20.00 66.30 >10 11.06 4.09 15.15 137.90 457.12 22 4.35 0.76 5.11 20.00 66.30 9.67 30.00 5.24 35.24 137.90 457.12 Min MS: 4.434, Location: 4, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-271 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-121. Load Combination 304, Head-On Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 304, 105, 202, 21 30-ft. Head-On Drop at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 8.91 3.77 12.68 20.00 70.00 4.39 61.40 26.00 87.41 137.90 482.63 2 4.19 0.35 4.54 20.00 70.00 >10 28.88 2.43 31.31 137.90 482.63 3 1.70 0.11 1.81 20.00 70.00 >10 11.71 0.75 12.47 137.90 482.63 4 16.00 8.71 24.71 20.00 70.00 1.83 110.31 60.08 170.39 137.90 482.63 5 5.03 6.12 11.16 20.00 70.00 5.27 34.71 42.21 76.92 137.90 482.63 6 3.36 1.92 5.28 20.00 70.00 >10 23.18 13.25 36.43 137.90 482.63 7 2.90 0.08 2.97 20.00 70.00 >10 19.97 0.54 20.51 137.90 482.63 8 2.72 0.05 2.77 20.00 70.00 >10 18.77 0.32 19.09 137.90 482.63 9 2.12 0.08 2.20 20.00 70.00 >10 14.63 0.55 15.18 137.90 482.63 10 3.36 1.25 4.61 20.00 70.00 >10 23.17 8.65 31.81 137.90 482.63 11 2.55 1.63 4.18 20.00 70.00 >10 17.57 11.26 28.84 137.90 482.63 12 1.29 1.99 3.27 20.00 70.00 >10 8.88 13.69 22.57 137.90 482.63 2-272 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 2.58 1.68 4.26 20.00 70.00 >10 17.80 11.55 29.35 137.90 482.63 14 2.20 1.79 3.99 20.00 70.00 >10 15.19 12.31 27.50 137.90 482.63 15 2.11 2.53 4.65 20.00 70.00 >10 14.58 17.45 32.03 137.90 482.63 16 3.80 2.29 6.09 20.00 70.00 >10 26.22 15.78 42.00 137.90 482.63 17 4.19 3.99 8.18 20.00 70.00 7.56 28.90 27.49 56.39 137.90 482.63 18 5.81 5.56 11.37 20.00 70.00 5.16 40.03 38.36 78.40 137.90 482.63 19 5.95 3.96 9.91 20.00 70.00 6.07 41.01 27.30 68.31 137.90 482.63 20 3.09 4.29 7.38 20.00 70.00 8.48 21.32 29.59 50.91 137.90 482.63 21 1.81 0.92 2.73 20.00 70.00 >10 12.49 6.31 18.80 137.90 482.63 22 1.48 0.97 2.45 20.00 70.00 >10 10.23 6.68 16.91 137.90 482.63 Min MS: 1.833, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-273 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-122. Load Combination 305, Side Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 305, 105, 202, 211 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 6.17 2.26 8.43 20.00 70.00 6.78 42.57 15.55 58.11 137.90 482.63 2 4.84 0.64 5.48 20.00 70.00 8.91 33.39 4.41 37.80 137.90 482.63 3 5.59 1.32 6.91 20.00 70.00 7.58 38.56 9.11 47.67 137.90 482.63 4 6.58 2.61 9.18 20.00 70.00 6.30 45.35 17.96 63.31 137.90 482.63 5 6.76 1.45 8.21 20.00 70.00 6.10 46.58 10.01 56.59 137.90 482.63 6 6.21 1.31 7.52 20.00 70.00 6.73 42.80 9.03 51.83 137.90 482.63 7 5.97 0.36 6.34 20.00 70.00 7.04 41.19 2.51 43.70 137.90 482.63 8 6.21 0.34 6.56 20.00 70.00 6.72 42.85 2.36 45.21 137.90 482.63 9 6.00 0.39 6.38 20.00 70.00 7.01 41.34 2.67 44.01 137.90 482.63 10 6.10 0.72 6.82 20.00 70.00 6.87 42.05 4.95 47.00 137.90 482.63 11 5.86 3.14 9.00 20.00 70.00 6.78 40.38 21.68 62.06 137.90 482.63 12 4.37 1.52 5.89 20.00 70.00 9.99 30.10 10.48 40.58 137.90 482.63 2-274 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 6.62 1.26 7.88 20.00 70.00 6.25 45.67 8.67 54.34 137.90 482.63 14 6.75 1.77 8.51 20.00 70.00 6.12 46.51 12.19 58.70 137.90 482.63 15 3.80 2.37 6.17 20.00 70.00 >10 26.19 16.33 42.53 137.90 482.63 16 5.03 2.30 7.33 20.00 70.00 8.54 34.71 15.87 50.57 137.90 482.63 17 4.97 1.64 6.60 20.00 70.00 8.66 34.26 11.27 45.53 137.90 482.63 18 6.60 1.31 7.91 20.00 70.00 6.27 45.53 9.00 54.53 137.90 482.63 19 7.03 1.62 8.66 20.00 70.00 5.82 48.49 11.19 59.69 137.90 482.63 20 5.73 2.37 8.09 20.00 70.00 7.38 39.49 16.32 55.81 137.90 482.63 21 2.40 0.43 2.83 20.00 70.00 >10 16.53 2.95 19.48 137.90 482.63 22 2.54 0.42 2.96 20.00 70.00 >10 17.54 2.90 20.44 137.90 482.63 Min MS: 5.825, Location: 19, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-275 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-123. Load Combination 306, Cg/Corner Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 306, 105, 202, 211 30-ft. Cg/Corner Drop at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 8.08 4.45 12.54 20.00 70.00 4.58 55.73 30.71 86.43 137.90 482.63 2 4.15 0.57 4.72 20.00 70.00 >10 28.58 3.94 32.52 137.90 482.63 3 7.20 2.02 9.23 20.00 70.00 5.66 49.67 13.93 63.61 137.90 482.63 4 11.25 2.64 13.89 20.00 70.00 3.27 77.59 18.21 95.80 137.90 482.63 5 9.40 1.61 11.01 20.00 70.00 4.11 64.80 11.13 75.94 137.90 482.63 6 8.82 1.96 10.77 20.00 70.00 4.44 60.79 13.50 74.29 137.90 482.63 7 7.96 0.26 8.22 20.00 70.00 5.03 54.88 1.76 56.64 137.90 482.63 8 5.90 0.14 6.04 20.00 70.00 7.14 40.67 0.99 41.66 137.90 482.63 9 4.18 0.20 4.38 20.00 70.00 >10 28.84 1.38 30.23 137.90 482.63 10 4.45 1.65 6.10 20.00 70.00 9.78 30.71 11.37 42.08 137.90 482.63 11 3.68 1.81 5.49 20.00 70.00 >10 25.40 12.47 37.87 137.90 482.63 12 2.48 1.47 3.95 20.00 70.00 >10 17.11 10.11 27.22 137.90 482.63 2-276 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 4.47 1.08 5.54 20.00 70.00 9.74 30.81 7.42 38.23 137.90 482.63 14 4.54 1.61 6.16 20.00 70.00 9.56 31.33 11.11 42.44 137.90 482.63 15 6.86 2.48 9.35 20.00 70.00 5.99 47.32 17.12 64.44 137.90 482.63 16 9.89 2.63 12.52 20.00 70.00 3.85 68.18 18.13 86.31 137.90 482.63 17 10.67 2.06 12.73 20.00 70.00 3.50 73.56 14.23 87.79 137.90 482.63 18 8.19 1.42 9.61 20.00 70.00 4.86 56.45 9.78 66.23 137.90 482.63 19 8.95 2.42 11.37 20.00 70.00 4.36 61.73 16.69 78.42 137.90 482.63 20 8.89 2.43 11.32 20.00 70.00 4.40 61.29 16.74 78.04 137.90 482.63 21 2.07 0.47 2.54 20.00 70.00 >10 14.24 3.25 17.49 137.90 482.63 22 5.90 0.92 6.82 20.00 70.00 7.13 40.70 6.31 47.01 137.90 482.63 Min MS: 3.265, Location: 4, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-277 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-124. Load Combination 310, Additional Increased External Pressure (290 psi), Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 204, 101, 211 Additional Increased External Pressure, 2 MPa (290 psia) 100°F Ambient, Maximum Decay Heat Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.81 1.11 1.91 20.00 70.00 >10 5.56 7.63 13.19 137.90 482.63 2 0.34 0.15 0.49 20.00 70.00 >10 2.36 1.06 3.41 137.90 482.63 3 0.26 0.21 0.47 20.00 70.00 >10 1.81 1.46 3.27 137.90 482.63 4 11.24 21.49 32.73 20.00 70.00 1.14 77.51 148.18 225.69 137.90 482.63 5 11.33 17.51 28.84 20.00 70.00 1.43 78.12 120.73 198.85 137.90 482.63 6 4.80 7.43 12.23 20.00 70.00 4.73 33.09 51.21 84.30 137.90 482.63 7 1.33 0.07 1.40 20.00 70.00 >10 9.16 0.49 9.64 137.90 482.63 8 1.31 0.05 1.35 20.00 70.00 >10 9.01 0.33 9.34 137.90 482.63 9 1.33 0.08 1.41 20.00 70.00 >10 9.16 0.54 9.70 137.90 482.63 10 1.43 0.68 2.11 20.00 70.00 >10 9.87 4.68 14.55 137.90 482.63 11 1.37 1.68 3.04 20.00 70.00 >10 9.43 11.56 20.99 137.90 482.63 12 1.10 1.80 2.91 20.00 70.00 >10 7.61 12.44 20.05 137.90 482.63 13 3.80 2.71 6.51 20.00 70.00 9.76 26.17 18.70 44.87 137.90 482.63 2-278 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 3.84 4.29 8.14 20.00 70.00 7.60 26.51 29.59 56.10 137.90 482.63 15 2.70 3.62 6.32 20.00 70.00 >10 18.63 24.97 43.60 137.90 482.63 16 1.96 3.13 5.09 20.00 70.00 >10 13.54 21.56 35.10 137.90 482.63 17 1.26 2.06 3.32 20.00 70.00 >10 8.70 14.19 22.90 137.90 482.63 18 1.01 1.67 2.68 20.00 70.00 >10 6.96 11.52 18.48 137.90 482.63 19 1.70 2.56 4.26 20.00 70.00 >10 11.69 17.68 29.37 137.90 482.63 20 2.19 3.64 5.83 20.00 70.00 >10 15.13 25.08 40.21 137.90 482.63 21 1.95 3.87 5.82 20.00 70.00 >10 13.44 26.67 40.11 137.90 482.63 22 2.09 3.68 5.77 20.00 70.00 >10 14.43 25.34 39.77 137.90 482.63 Min MS: 1.138, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-279 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-125. Load Combination 311, 4-ft. Drop onto Rod, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 311, 101, 201, 211 4-ft. Drop onto Rod 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.21 1.33 2.54 20.00 70.00 >10 8.35 9.19 17.54 137.90 482.63 2 0.60 0.20 0.80 20.00 70.00 >10 4.12 1.37 5.48 137.90 482.63 3 0.30 0.11 0.41 20.00 70.00 >10 2.08 0.74 2.82 137.90 482.63 4 4.10 5.79 9.89 20.00 70.00 6.08 28.28 39.89 68.17 137.90 482.63 5 3.51 4.47 7.98 20.00 70.00 7.77 24.20 30.81 55.01 137.90 482.63 6 2.06 1.43 3.48 20.00 70.00 >10 14.19 9.84 24.02 137.90 482.63 7 0.58 0.08 0.66 20.00 70.00 >10 4.00 0.57 4.57 137.90 482.63 8 0.38 0.05 0.43 20.00 70.00 >10 2.65 0.33 2.98 137.90 482.63 9 0.37 0.07 0.44 20.00 70.00 >10 2.54 0.51 3.06 137.90 482.63 10 1.13 0.19 1.32 20.00 70.00 >10 7.77 1.30 9.07 137.90 482.63 11 1.02 1.11 2.13 20.00 70.00 >10 7.03 7.63 14.66 137.90 482.63 12 1.05 1.52 2.57 20.00 70.00 >10 7.26 10.46 17.71 137.90 482.63 2-280 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.43 1.03 2.46 20.00 70.00 >10 9.89 7.10 16.99 137.90 482.63 14 1.45 1.60 3.05 20.00 70.00 >10 9.99 11.02 21.02 137.90 482.63 15 12.69 5.59 18.28 20.00 70.00 2.78 87.50 38.53 126.03 137.90 482.63 16 3.01 3.63 6.64 20.00 70.00 9.54 20.75 25.03 45.79 137.90 482.63 17 2.00 3.12 5.12 20.00 70.00 >10 13.80 21.48 35.28 137.90 482.63 18 1.55 1.75 3.30 20.00 70.00 >10 10.67 12.06 22.73 137.90 482.63 19 2.68 3.44 6.13 20.00 70.00 >10 18.51 23.75 42.26 137.90 482.63 20 3.60 4.72 8.32 20.00 70.00 7.41 24.80 32.56 57.37 137.90 482.63 21 0.54 0.82 1.36 20.00 70.00 >10 3.70 5.67 9.37 137.90 482.63 22 5.46 2.57 8.02 20.00 70.00 7.73 37.62 17.69 55.31 137.90 482.63 Min MS: 2.782, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-281 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-126. Load Combination 312, 4-ft. Drop onto Rod at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 311, 104, 201, 211 4-ft. Drop onto Rod -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.21 1.33 2.54 20.00 70.00 >10 8.35 9.19 17.54 137.90 482.63 2 0.60 0.20 0.80 20.00 70.00 >10 4.12 1.37 5.48 137.90 482.63 3 0.30 0.11 0.41 20.00 70.00 >10 2.08 0.74 2.82 137.90 482.63 4 4.10 5.79 9.89 20.00 70.00 6.08 28.28 39.89 68.17 137.90 482.63 5 3.51 4.47 7.98 20.00 70.00 7.77 24.20 30.81 55.01 137.90 482.63 6 2.06 1.43 3.48 20.00 70.00 >10 14.19 9.84 24.02 137.90 482.63 7 0.58 0.08 0.66 20.00 70.00 >10 4.00 0.57 4.57 137.90 482.63 8 0.38 0.05 0.43 20.00 70.00 >10 2.65 0.33 2.98 137.90 482.63 9 0.37 0.07 0.44 20.00 70.00 >10 2.54 0.51 3.06 137.90 482.63 10 1.13 0.19 1.32 20.00 70.00 >10 7.77 1.30 9.07 137.90 482.63 11 1.02 1.11 2.13 20.00 70.00 >10 7.03 7.63 14.66 137.90 482.63 12 1.05 1.52 2.57 20.00 70.00 >10 7.26 10.46 17.71 137.90 482.63 2-282 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.43 1.03 2.46 20.00 70.00 >10 9.89 7.10 16.99 137.90 482.63 14 1.45 1.60 3.05 20.00 70.00 >10 9.99 11.02 21.02 137.90 482.63 15 12.69 5.59 18.28 20.00 70.00 2.78 87.50 38.53 126.03 137.90 482.63 16 3.01 3.63 6.64 20.00 70.00 9.54 20.75 25.03 45.79 137.90 482.63 17 2.00 3.12 5.12 20.00 70.00 >10 13.80 21.48 35.28 137.90 482.63 18 1.55 1.75 3.30 20.00 70.00 >10 10.67 12.06 22.73 137.90 482.63 19 2.68 3.44 6.13 20.00 70.00 >10 18.51 23.75 42.26 137.90 482.63 20 3.60 4.72 8.32 20.00 70.00 7.41 24.80 32.56 57.37 137.90 482.63 21 0.54 0.82 1.36 20.00 70.00 >10 3.70 5.67 9.37 137.90 482.63 22 5.46 2.57 8.02 20.00 70.00 7.73 37.62 17.69 55.31 137.90 482.63 Min MS: 2.782, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-283 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-127. Load Combination 350, Fire at 30 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 111, 201, 211 Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.73 1.03 1.76 20.00 66.30 >10 5.03 7.09 12.13 137.90 457.12 2 0.24 0.14 0.38 20.00 66.30 >10 1.62 0.98 2.60 137.90 457.12 3 0.16 0.09 0.25 20.00 66.30 >10 1.10 0.65 1.75 137.90 457.12 4 1.35 2.31 3.66 20.00 66.30 >10 9.32 15.94 25.26 137.90 457.12 5 1.23 1.63 2.86 20.00 66.30 >10 8.47 11.23 19.70 137.90 457.12 6 0.73 1.17 1.90 20.00 66.30 >10 5.06 8.05 13.12 137.90 457.12 7 0.24 0.05 0.30 20.00 66.30 >10 1.67 0.38 2.04 137.90 457.12 8 0.24 0.05 0.28 20.00 66.30 >10 1.62 0.32 1.94 137.90 457.12 9 0.27 0.07 0.35 20.00 66.30 >10 1.90 0.51 2.41 137.90 457.12 10 0.96 0.12 1.08 20.00 66.30 >10 6.64 0.83 7.47 137.90 457.12 11 0.81 0.96 1.77 20.00 66.30 >10 5.58 6.63 12.21 137.90 457.12 12 0.85 1.20 2.04 20.00 66.30 >10 5.86 8.24 14.10 137.90 457.12 13 1.24 0.88 2.12 20.00 66.30 >10 8.58 6.06 14.64 137.90 457.12 2-284 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.25 1.53 2.78 20.00 66.30 >10 8.61 10.57 19.18 137.90 457.12 15 1.56 1.70 3.25 20.00 66.30 >10 10.74 11.69 22.42 137.90 457.12 16 1.60 2.53 4.13 20.00 66.30 >10 11.03 17.46 28.49 137.90 457.12 17 1.07 1.71 2.78 20.00 66.30 >10 7.39 11.81 19.20 137.90 457.12 18 0.84 1.36 2.20 20.00 66.30 >10 5.82 9.38 15.20 137.90 457.12 19 1.42 2.10 3.51 20.00 66.30 >10 9.77 14.46 24.23 137.90 457.12 20 1.76 2.77 4.52 20.00 66.30 >10 12.10 19.10 31.20 137.90 457.12 21 0.32 0.52 0.84 20.00 66.30 >10 2.20 3.57 5.77 137.90 457.12 22 0.39 0.37 0.76 20.00 66.30 >10 2.71 2.55 5.26 137.90 457.12 Min MS: 13.653, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-285 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-128. Load Combination 351, Post Fire at 60 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 112, 201, 211 Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.73 1.03 1.76 20.00 66.30 >10 5.03 7.09 12.13 137.90 457.12 2 0.24 0.14 0.38 20.00 66.30 >10 1.62 0.98 2.60 137.90 457.12 3 0.16 0.09 0.25 20.00 66.30 >10 1.10 0.65 1.75 137.90 457.12 4 1.35 2.31 3.66 20.00 66.30 >10 9.32 15.94 25.26 137.90 457.12 5 1.23 1.63 2.86 20.00 66.30 >10 8.47 11.23 19.70 137.90 457.12 6 0.73 1.17 1.90 20.00 66.30 >10 5.06 8.05 13.12 137.90 457.12 7 0.24 0.05 0.30 20.00 66.30 >10 1.67 0.38 2.04 137.90 457.12 8 0.24 0.05 0.28 20.00 66.30 >10 1.62 0.32 1.94 137.90 457.12 9 0.27 0.07 0.35 20.00 66.30 >10 1.90 0.51 2.41 137.90 457.12 10 0.96 0.12 1.08 20.00 66.30 >10 6.64 0.83 7.47 137.90 457.12 11 0.81 0.96 1.77 20.00 66.30 >10 5.58 6.63 12.21 137.90 457.12 12 0.85 1.20 2.04 20.00 66.30 >10 5.86 8.24 14.10 137.90 457.12 13 1.24 0.88 2.12 20.00 66.30 >10 8.58 6.06 14.64 137.90 457.12 2-286 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.25 1.53 2.78 20.00 66.30 >10 8.61 10.57 19.18 137.90 457.12 15 1.56 1.70 3.25 20.00 66.30 >10 10.74 11.69 22.42 137.90 457.12 16 1.60 2.53 4.13 20.00 66.30 >10 11.03 17.46 28.49 137.90 457.12 17 1.07 1.71 2.78 20.00 66.30 >10 7.39 11.81 19.20 137.90 457.12 18 0.84 1.36 2.20 20.00 66.30 >10 5.82 9.38 15.20 137.90 457.12 19 1.42 2.10 3.51 20.00 66.30 >10 9.77 14.46 24.23 137.90 457.12 20 1.76 2.77 4.52 20.00 66.30 >10 12.10 19.10 31.20 137.90 457.12 21 0.32 0.52 0.84 20.00 66.30 >10 2.20 3.57 5.77 137.90 457.12 22 0.39 0.37 0.76 20.00 66.30 >10 2.71 2.55 5.26 137.90 457.12 Min MS: 13.653, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-287 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-129. Load Combination 352, Post Fire at 90 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 112, 201, 211 Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.73 1.03 1.76 20.00 66.30 >10 5.03 7.09 12.13 137.90 457.12 2 0.24 0.14 0.38 20.00 66.30 >10 1.62 0.98 2.60 137.90 457.12 3 0.16 0.09 0.25 20.00 66.30 >10 1.10 0.65 1.75 137.90 457.12 4 1.35 2.31 3.66 20.00 66.30 >10 9.32 15.94 25.26 137.90 457.12 5 1.23 1.63 2.86 20.00 66.30 >10 8.47 11.23 19.70 137.90 457.12 6 0.73 1.17 1.90 20.00 66.30 >10 5.06 8.05 13.12 137.90 457.12 7 0.24 0.05 0.30 20.00 66.30 >10 1.67 0.38 2.04 137.90 457.12 8 0.24 0.05 0.28 20.00 66.30 >10 1.62 0.32 1.94 137.90 457.12 9 0.27 0.07 0.35 20.00 66.30 >10 1.90 0.51 2.41 137.90 457.12 10 0.96 0.12 1.08 20.00 66.30 >10 6.64 0.83 7.47 137.90 457.12 11 0.81 0.96 1.77 20.00 66.30 >10 5.58 6.63 12.21 137.90 457.12 12 0.85 1.20 2.04 20.00 66.30 >10 5.86 8.24 14.10 137.90 457.12 13 1.24 0.88 2.12 20.00 66.30 >10 8.58 6.06 14.64 137.90 457.12 2-288 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.25 1.53 2.78 20.00 66.30 >10 8.61 10.57 19.18 137.90 457.12 15 1.56 1.70 3.25 20.00 66.30 >10 10.74 11.69 22.42 137.90 457.12 16 1.60 2.53 4.13 20.00 66.30 >10 11.03 17.46 28.49 137.90 457.12 17 1.07 1.71 2.78 20.00 66.30 >10 7.39 11.81 19.20 137.90 457.12 18 0.84 1.36 2.20 20.00 66.30 >10 5.82 9.38 15.20 137.90 457.12 19 1.42 2.10 3.51 20.00 66.30 >10 9.77 14.46 24.23 137.90 457.12 20 1.76 2.77 4.52 20.00 66.30 >10 12.10 19.10 31.20 137.90 457.12 21 0.32 0.52 0.84 20.00 66.30 >10 2.20 3.57 5.77 137.90 457.12 22 0.39 0.37 0.76 20.00 66.30 >10 2.71 2.55 5.26 137.90 457.12 Min MS: 13.653, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-289 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-130. Load Combination 353, Post Fire at 120 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 112, 201, 211 Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.73 1.03 1.76 20.00 66.30 >10 5.03 7.09 12.13 137.90 457.12 2 0.24 0.14 0.38 20.00 66.30 >10 1.62 0.98 2.60 137.90 457.12 3 0.16 0.09 0.25 20.00 66.30 >10 1.10 0.65 1.75 137.90 457.12 4 1.35 2.31 3.66 20.00 66.30 >10 9.32 15.94 25.26 137.90 457.12 5 1.23 1.63 2.86 20.00 66.30 >10 8.47 11.23 19.70 137.90 457.12 6 0.73 1.17 1.90 20.00 66.30 >10 5.06 8.05 13.12 137.90 457.12 7 0.24 0.05 0.30 20.00 66.30 >10 1.67 0.38 2.04 137.90 457.12 8 0.24 0.05 0.28 20.00 66.30 >10 1.62 0.32 1.94 137.90 457.12 9 0.27 0.07 0.35 20.00 66.30 >10 1.90 0.51 2.41 137.90 457.12 10 0.96 0.12 1.08 20.00 66.30 >10 6.64 0.83 7.47 137.90 457.12 11 0.81 0.96 1.77 20.00 66.30 >10 5.58 6.63 12.21 137.90 457.12 12 0.85 1.20 2.04 20.00 66.30 >10 5.86 8.24 14.10 137.90 457.12 13 1.24 0.88 2.12 20.00 66.30 >10 8.58 6.06 14.64 137.90 457.12 2-290 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.25 1.53 2.78 20.00 66.30 >10 8.61 10.57 19.18 137.90 457.12 15 1.56 1.70 3.25 20.00 66.30 >10 10.74 11.69 22.42 137.90 457.12 16 1.60 2.53 4.13 20.00 66.30 >10 11.03 17.46 28.49 137.90 457.12 17 1.07 1.71 2.78 20.00 66.30 >10 7.39 11.81 19.20 137.90 457.12 18 0.84 1.36 2.20 20.00 66.30 >10 5.82 9.38 15.20 137.90 457.12 19 1.42 2.10 3.51 20.00 66.30 >10 9.77 14.46 24.23 137.90 457.12 20 1.76 2.77 4.52 20.00 66.30 >10 12.10 19.10 31.20 137.90 457.12 21 0.32 0.52 0.84 20.00 66.30 >10 2.20 3.57 5.77 137.90 457.12 22 0.39 0.37 0.76 20.00 66.30 >10 2.71 2.55 5.26 137.90 457.12 Min MS: 13.653, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-291 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-131. Load Combination 354, Post Fire at 150 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 112, 201, 211 Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.73 1.03 1.76 20.00 66.30 >10 5.03 7.09 12.13 137.90 457.12 2 0.24 0.14 0.38 20.00 66.30 >10 1.62 0.98 2.60 137.90 457.12 3 0.16 0.09 0.25 20.00 66.30 >10 1.10 0.65 1.75 137.90 457.12 4 1.35 2.31 3.66 20.00 66.30 >10 9.32 15.94 25.26 137.90 457.12 5 1.23 1.63 2.86 20.00 66.30 >10 8.47 11.23 19.70 137.90 457.12 6 0.73 1.17 1.90 20.00 66.30 >10 5.06 8.05 13.12 137.90 457.12 7 0.24 0.05 0.30 20.00 66.30 >10 1.67 0.38 2.04 137.90 457.12 8 0.24 0.05 0.28 20.00 66.30 >10 1.62 0.32 1.94 137.90 457.12 9 0.27 0.07 0.35 20.00 66.30 >10 1.90 0.51 2.41 137.90 457.12 10 0.96 0.12 1.08 20.00 66.30 >10 6.64 0.83 7.47 137.90 457.12 11 0.81 0.96 1.77 20.00 66.30 >10 5.58 6.63 12.21 137.90 457.12 12 0.85 1.20 2.04 20.00 66.30 >10 5.86 8.24 14.10 137.90 457.12 13 1.24 0.88 2.12 20.00 66.30 >10 8.58 6.06 14.64 137.90 457.12 2-292 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.25 1.53 2.78 20.00 66.30 >10 8.61 10.57 19.18 137.90 457.12 15 1.56 1.70 3.25 20.00 66.30 >10 10.74 11.69 22.42 137.90 457.12 16 1.60 2.53 4.13 20.00 66.30 >10 11.03 17.46 28.49 137.90 457.12 17 1.07 1.71 2.78 20.00 66.30 >10 7.39 11.81 19.20 137.90 457.12 18 0.84 1.36 2.20 20.00 66.30 >10 5.82 9.38 15.20 137.90 457.12 19 1.42 2.10 3.51 20.00 66.30 >10 9.77 14.46 24.23 137.90 457.12 20 1.76 2.77 4.52 20.00 66.30 >10 12.10 19.10 31.20 137.90 457.12 21 0.32 0.52 0.84 20.00 66.30 >10 2.20 3.57 5.77 137.90 457.12 22 0.39 0.37 0.76 20.00 66.30 >10 2.71 2.55 5.26 137.90 457.12 Min MS: 13.653, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-293 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-132. Load Combination 355, Post Fire at 180 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-025A Load Cases: 112, 201, 211 Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 207 kPa (30 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.73 1.03 1.76 20.00 66.30 >10 5.03 7.09 12.13 137.90 457.12 2 0.24 0.14 0.38 20.00 66.30 >10 1.62 0.98 2.60 137.90 457.12 3 0.16 0.09 0.25 20.00 66.30 >10 1.10 0.65 1.75 137.90 457.12 4 1.35 2.31 3.66 20.00 66.30 >10 9.32 15.94 25.26 137.90 457.12 5 1.23 1.63 2.86 20.00 66.30 >10 8.47 11.23 19.70 137.90 457.12 6 0.73 1.17 1.90 20.00 66.30 >10 5.06 8.05 13.12 137.90 457.12 7 0.24 0.05 0.30 20.00 66.30 >10 1.67 0.38 2.04 137.90 457.12 8 0.24 0.05 0.28 20.00 66.30 >10 1.62 0.32 1.94 137.90 457.12 9 0.27 0.07 0.35 20.00 66.30 >10 1.90 0.51 2.41 137.90 457.12 10 0.96 0.12 1.08 20.00 66.30 >10 6.64 0.83 7.47 137.90 457.12 11 0.81 0.96 1.77 20.00 66.30 >10 5.58 6.63 12.21 137.90 457.12 12 0.85 1.20 2.04 20.00 66.30 >10 5.86 8.24 14.10 137.90 457.12 13 1.24 0.88 2.12 20.00 66.30 >10 8.58 6.06 14.64 137.90 457.12 2-294 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.25 1.53 2.78 20.00 66.30 >10 8.61 10.57 19.18 137.90 457.12 15 1.56 1.70 3.25 20.00 66.30 >10 10.74 11.69 22.42 137.90 457.12 16 1.60 2.53 4.13 20.00 66.30 >10 11.03 17.46 28.49 137.90 457.12 17 1.07 1.71 2.78 20.00 66.30 >10 7.39 11.81 19.20 137.90 457.12 18 0.84 1.36 2.20 20.00 66.30 >10 5.82 9.38 15.20 137.90 457.12 19 1.42 2.10 3.51 20.00 66.30 >10 9.77 14.46 24.23 137.90 457.12 20 1.76 2.77 4.52 20.00 66.30 >10 12.10 19.10 31.20 137.90 457.12 21 0.32 0.52 0.84 20.00 66.30 >10 2.20 3.57 5.77 137.90 457.12 22 0.39 0.37 0.76 20.00 66.30 >10 2.71 2.55 5.26 137.90 457.12 Min MS: 13.653, Location: 20, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-295 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.2 Structural Evaluation Results - Model AOS-050A This appendix presents the following information, specific to the Model AOS-050A transport package:

• Normal Conditions of Transport Stress Summary and Comparisons with Allowable - Model AOS-050A
• Hypothetical Accident Conditions of Transport Summary of Damages (Stresses) - Model AOS-050A 2.12.2.2.1 Normal Conditions of Transport Stress Summary and Comparisons with Allowable - Model AOS-050A Table 2-133 and Table 2-134 present Model AOS-050A transport package Load Cases and Load Combinations, respectively, under Normal conditions of transport:
• Table 2-135 through Table 2-152 present Load Case output data. Comparisons with allowable stress limits are included for Load Cases 101, 102, 103, 104, 105, and 106.
• Table 2-153 through Table 2-170 present Load Combination output data.

Table 2-133. Load Cases Associated with Allowable Stresses under Normal Conditions of Transport - Model AOS-050A Load Case Description Data 101 100°F Ambient, Maximum Decay Heat Table 2-135 102 100°F Ambient, Maximum Decay Heat, Maximum Insolation Table 2-136 103 -20°F Ambient, Zero Decay Heat, Zero Insolation Table 2-137 104 -40°F Ambient, Zero Decay Heat, Zero Insolation Table 2-138 105 -40°F Ambient, Maximum Decay Heat Table 2-139 106 -20°F Ambient, Maximum Decay Heat Table 2-140 201 Internal Design Pressure, 414 kPa (60 psia) Table 2-141 202 Minimum External Pressure, 24 kPa (3.5 psia) Table 2-142 203 Maximum Increased External Pressure, 140 kPa (20 psia) Table 2-143 204 Additional Increased External Pressure, 2 MPa (290 psia) Table 2-144 211 Fabrication Stress Table 2-145 215 Compression Load (5x weight) Table 2-146 216 Rod Drop onto Cask Table 2-147 221 Forward 10g Vibration Inertia Load Table 2-148 222 Lateral 5g Vibration Inertia Load Table 2-149 223 Vertical 2g Vibration Inertia Load Table 2-150 231 4-ft. Head-On Drop Table 2-151 232 30-ft. Head-On Drop Impact Test, Normal Conditions Table 2-152 2-296 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-134. Load Combinations Associated with Allowable Stresses under Normal Conditions of Transport - Model AOS-050A Load Combination Load Cases Description Data 101 102, 201, 211 Hot Environment Table 2-153 102 104, 201, 211 Cold Environment Table 2-154 103 103, 202, 211 Increased External Pressure Table 2-155 104 101, 201, 202, 211 Minimum External Pressure Table 2-156 105 105, 201, 202, 211 Cold Environment with Maximum Decay Heat Table 2-157 106 101, 201, 203, 211 Maximum Pressure, Hot Environment Table 2-158 107 105, 201, 203, 211 Maximum Pressure, Cold Environment Table 2-159 215 215, 101, 201, 211 Compression Load Table 2-160 216 216, 101, 201, 211 Rod Drop Table 2-161 217 216, 104, 201, 211 Rod Drop, Cold Environment Table 2-162 221 221, 101, 201, 211 Forward Vibration Table 2-163 222 222, 101, 201, 211 Lateral Vibration Table 2-164 223 223, 101, 201, 211 Vertical Vibration Table 2-165 224 221, 103, 201, 211 Forward Vibration at Cold Temperature Table 2-166 225 222, 103, 201, 211 Lateral Vibration at Cold Temperature Table 2-167 226 223, 103, 201, 211 Vertical Vibration at Cold Temperature Table 2-168 231 231, 102, 201, 211 4-ft. Head-On Drop, Normal Conditions Table 2-169 30-ft. Head-On Drop, Normal Conditions 232 232, 102, 201, 211 Table 2-170 (Impact Test) 233 231, 103, 211 4-ft. Drop at Cold Temperature Table 2-171 Radioactive Material Transport Packaging System Safety Analysis Report 2-297 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-135. Load Case 101, 100°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 5.0983E+01 -1.0957E+02 -2.1641E+01 1.6055E+02 2.5535E+02 3.5151E-01 -7.5544E-01 -1.4921E-01 1.1070E+00 1.7606E+00 2 6.1579E+01 -1.4600E+02 -1.8781E+01 2.0758E+02 4.2119E+02 4.2457E-01 -1.0066E+00 -1.2949E-01 1.4312E+00 2.9040E+00 3 5.2022E+01 -1.0195E+02 -7.1029E+00 1.5397E+02 2.3914E+02 3.5868E-01 -7.0290E-01 -4.8973E-02 1.0616E+00 1.6488E+00 4 2.1572E+02 -9.1625E+02 -1.9724E+02 1.1320E+03 2.2401E+03 1.4874E+00 -6.3173E+00 -1.3599E+00 7.8047E+00 1.5445E+01 5 1.9711E+02 -9.8229E+02 -6.4541E+02 1.1794E+03 1.8500E+03 1.3590E+00 -6.7727E+00 -4.4500E+00 8.1317E+00 1.2755E+01 6 2.5459E+01 -5.1469E+02 -9.1093E+02 5.4015E+02 6.2083E+02 1.7553E-01 -3.5486E+00 -6.2807E+00 3.7242E+00 4.2804E+00 7 -3.9486E+01 -1.8746E+02 -4.3852E+02 1.4798E+02 2.0576E+02

                 -2.7225E-01 -1.2925E+00 -3.0235E+00                  1.0203E+00       1.4186E+00 8    -3.9611E+01 -1.8733E+02 -4.4531E+02                  1.4772E+02       2.0547E+02
                 -2.7311E-01 -1.2916E+00 -3.0703E+00                  1.0185E+00       1.4167E+00 9    -4.0479E+01 -1.8627E+02 -4.5882E+02                  1.4579E+02       2.0040E+02
                 -2.7909E-01 -1.2843E+00 -3.1634E+00                  1.0052E+00       1.3817E+00 10      1.5765E+01 -4.3796E+02 -9.4487E+01                 4.5372E+02       6.9574E+02 1.0870E-01 -3.0196E+00 -6.5146E-01                 3.1283E+00       4.7970E+00 11    -1.1675E+02 -5.8621E+02 -3.1189E+02                  4.6946E+02       1.5875E+02
                 -8.0496E-01 -4.0418E+00 -2.1504E+00                  3.2368E+00       1.0945E+00 12      1.4648E+00 -6.9981E+02 -6.9521E+02                 7.0128E+02       1.8196E+02 1.0100E-02 -4.8250E+00 -4.7933E+00                 4.8351E+00       1.2546E+00 13    -3.0732E+01 -7.2585E+02 -6.8918E+01                  6.9512E+02       8.3651E+01
                 -2.1189E-01 -5.0046E+00 -4.7517E-01                  4.7927E+00       5.7676E-01 14    -6.5893E+01 -6.3576E+02            6.8736E+01        5.6987E+02       4.8608E+02
                 -4.5432E-01 -4.3834E+00            4.7391E-01        3.9291E+00       3.3514E+00 15      7.0612E+02 -7.0239E+02 -2.9121E+00                 1.4085E+03       2.3761E+03 4.8685E+00 -4.8428E+00 -2.0078E-02                 9.7114E+00       1.6383E+01 2-298                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.7608E+02 -3.1436E+02 -1.5377E+02 4.9044E+02 7.9644E+02 1.2140E+00 -2.1674E+00 -1.0602E+00 3.3814E+00 5.4913E+00 17 7.8085E+01 -2.1398E+02 -5.6290E+01 2.9207E+02 5.0506E+02 5.3837E-01 -1.4754E+00 -3.8811E-01 2.0137E+00 3.4822E+00 18 5.2701E+01 -1.3938E+02 6.5634E+02 1.9208E+02 3.8182E+01 3.6336E-01 -9.6101E-01 4.5253E+00 1.3244E+00 2.6326E-01 19 -1.4122E+01 -2.9148E+02 7.2132E+02 2.7736E+02 3.9503E+02

                  -9.7365E-02 -2.0097E+00            4.9733E+00       1.9123E+00      2.7237E+00 20      -2.0709E+01 -5.7822E+02            5.2506E+01       5.5751E+02      6.9097E+01
                  -1.4279E-01 -3.9867E+00            3.6202E-01       3.8439E+00      4.7641E-01 21        1.6800E+01 -1.0547E+01           6.2925E+00       2.7347E+01      5.3309E+01 1.1583E-01 -7.2718E-02           4.3385E-02       1.8855E-01      3.6755E-01 22      -2.0512E+01 -9.3130E+01 -3.6011E+01                 7.2618E+01      1.5539E+02
                  -1.4143E-01 -6.4211E-01 -2.4829E-01                 5.0069E-01      1.0714E+00 Allowable Stress for Load Case 101 LOC       Tmax          Tave             Sm            Sy            Su (deg_F)        (deg_F)          (ksi)        (ksi)          (ksi) 1      215.29        214.44          20.00        25.00          66.30 2      215.51        213.44          20.00        25.00          66.30 3      215.35        214.53          20.00        25.00          66.30 4      216.67        216.56          20.00        25.00          66.30 5      219.04        218.65          20.00        25.00          66.30 6      220.00        219.58          20.00        25.00          66.30 7      220.62        219.93          20.00        25.00          66.30 8      220.65        219.96          20.00        25.00          66.30 9      220.71        220.01          20.00        25.00          66.30 10      221.28        220.39          20.00        25.00          66.30 11      222.29        221.17          20.00        25.00          66.30 12      224.99        223.71          20.00        25.00          66.30 13      219.61        219.12          20.00        25.00          66.30 14      218.36        218.07          20.00        25.00          66.30 15      215.93        215.90          20.00        25.00          66.30 16      216.78        216.59          20.00        25.00          66.30 17      216.94        216.80          20.00        25.00          66.30 18      217.90        217.69          20.00        25.00          66.30 19      218.86        218.46          20.00        25.00          66.30 20      223.43        222.81          20.00        25.00          66.30 21      214.87        214.80          20.00        25.00          66.30 22      215.46        215.39          20.00        25.00          66.30 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-299 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-136. Load Case 102, 100°F Ambient, Maximum Decay Heat, Maximum Insolation, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.6230E+01 -1.0386E+02 -2.5844E+01 1.5009E+02 2.4183E+02 3.1875E-01 -7.1607E-01 -1.7819E-01 1.0348E+00 1.6674E+00 2 5.6787E+01 -1.3727E+02 -7.9275E+00 1.9405E+02 3.8942E+02 3.9153E-01 -9.4643E-01 -5.4659E-02 1.3380E+00 2.6849E+00 3 5.3378E+01 -9.8542E+01 -7.6213E+00 1.5192E+02 2.3448E+02 3.6803E-01 -6.7943E-01 -5.2547E-02 1.0475E+00 1.6167E+00 4 4.3735E+02 -9.1795E+02 -3.4836E+02 1.3553E+03 2.6809E+03 3.0155E+00 -6.3290E+00 -2.4019E+00 9.3445E+00 1.8484E+01 5 3.4319E+02 -7.6386E+02 -9.0477E+02 1.1070E+03 1.6564E+03 2.3662E+00 -5.2666E+00 -6.2382E+00 7.6328E+00 1.1421E+01 6 1.7645E+01 -6.4881E+02 -1.7320E+03 6.6646E+02 1.0025E+03 1.2166E-01 -4.4734E+00 -1.1941E+01 4.5950E+00 6.9121E+00 7 -1.0537E+02 -3.2530E+02 -2.1215E+03 2.1993E+02 2.1383E+02

                 -7.2653E-01 -2.2429E+00 -1.4627E+01                  1.5163E+00       1.4743E+00 8    -1.0983E+02 -3.2034E+02 -2.1299E+03                  2.1050E+02       1.9672E+02
                 -7.5728E-01 -2.2086E+00 -1.4685E+01                  1.4514E+00       1.3563E+00 9    -1.0774E+02 -3.2317E+02 -2.1648E+03                  2.1543E+02       2.0456E+02
                 -7.4284E-01 -2.2282E+00 -1.4926E+01                  1.4853E+00       1.4104E+00 10      6.0058E+01 -8.6588E+02 -9.6955E+02                 9.2593E+02       7.8500E+02 4.1409E-01 -5.9700E+00 -6.6848E+00                 6.3841E+00       5.4124E+00 11    -1.8286E+02 -9.2728E+02 -6.6824E+02                  7.4442E+02       7.3835E+02
                 -1.2608E+00 -6.3933E+00 -4.6073E+00                  5.1326E+00       5.0907E+00 12      2.3527E+00 -1.0214E+03 -1.0163E+03                 1.0237E+03       7.8038E+02 1.6221E-02 -7.0423E+00 -7.0072E+00                 7.0585E+00       5.3806E+00 13      2.2747E+01 -6.9578E+02 -8.4108E+01                 7.1853E+02       2.9726E+02 1.5683E-01 -4.7972E+00 -5.7990E-01                 4.9541E+00       2.0495E+00 14    -6.2364E+01 -6.4557E+02            1.7843E+01        5.8320E+02       8.6998E+02
                 -4.2998E-01 -4.4510E+00            1.2302E-01        4.0211E+00       5.9983E+00 15      1.0380E+03 -1.0666E+03 -3.8747E+01                 2.1047E+03       3.5508E+03 7.1570E+00 -7.3542E+00 -2.6715E-01                 1.4511E+01       2.4482E+01 2-300                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.6063E+02 -4.8203E+02 -1.8953E+02 7.4266E+02 1.2050E+03 1.7970E+00 -3.3235E+00 -1.3068E+00 5.1205E+00 8.3082E+00 17 1.1458E+02 -3.2024E+02 -3.1572E+01 4.3483E+02 7.4874E+02 7.9002E-01 -2.2080E+00 -2.1768E-01 2.9980E+00 5.1624E+00 18 4.0402E+01 -1.5380E+02 6.3354E+02 1.9420E+02 3.4897E+01 2.7856E-01 -1.0604E+00 4.3681E+00 1.3390E+00 2.4061E-01 19 -2.9257E+00 -3.1945E+02 6.7747E+02 3.1652E+02 4.9011E+02

                  -2.0172E-02 -2.2025E+00            4.6710E+00       2.1823E+00      3.3792E+00 20      -3.6221E+01 -5.6814E+02            4.6641E+01       5.3192E+02      2.3743E+02
                  -2.4974E-01 -3.9172E+00            3.2158E-01       3.6675E+00      1.6370E+00 21        1.8711E+01 -1.1642E+01           7.0702E+00       3.0353E+01      5.8956E+01 1.2901E-01 -8.0267E-02           4.8747E-02       2.0928E-01      4.0648E-01 22      -1.7445E+01 -1.3227E+02 -3.4003E+01                 1.1483E+02      2.0598E+02
                  -1.2028E-01 -9.1199E-01 -2.3445E-01                 7.9171E-01      1.4202E+00 Allowable Stress for Load Case 102 LOC       Tmax          Tave             Sm            Sy            Su (deg_F)        (deg_F)          (ksi)        (ksi)          (ksi) 1      285.77        284.89          20.00        23.60          66.30 2      286.21        284.12          20.00        23.60          66.30 3      286.55        285.90          20.00        23.60          66.30 4      287.11        287.00          20.00        23.60          66.30 5      289.41        289.03          20.00        23.60          66.30 6      290.34        289.93          20.00        23.60          66.30 7      290.97        290.30          20.00        23.60          66.30 8      291.14        290.47          20.00        23.60          66.30 9      291.36        290.68          20.00        23.60          66.30 10      292.10        291.22          20.00        23.60          66.30 11      293.09        292.03          20.00        23.60          66.30 12      295.71        294.48          20.00        23.60          66.30 13      290.56        290.12          20.00        23.60          66.30 14      289.43        289.16          20.00        23.60          66.30 15      286.42        286.39          20.00        23.60          66.30 16      287.16        286.99          20.00        23.60          66.30 17      287.30        287.18          20.00        23.60          66.30 18      288.23        288.03          20.00        23.60          66.30 19      289.15        288.77          20.00        23.60          66.30 20      293.49        292.91          20.00        23.60          66.30 21      286.27        286.21          20.00        23.60          66.30 22      286.03        285.98          20.00        23.60          66.30 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-301 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-137. Load Case 103, -20°F Ambient, Zero Decay Heat, Zero Insolation, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.6850E+01 -5.7642E+01 -1.2011E+01 7.4491E+01 7.4156E+01 1.1617E-01 -3.9743E-01 -8.2811E-02 5.1360E-01 5.1129E-01 2 5.2966E+01 -7.2093E-01 -1.7049E+01 5.3686E+01 6.2906E+00 3.6518E-01 -4.9706E-03 -1.1755E-01 3.7016E-01 4.3372E-02 3 6.3488E+01 -7.0567E+00 -1.0242E+01 7.0545E+01 8.0488E+01 4.3774E-01 -4.8654E-02 -7.0617E-02 4.8639E-01 5.5494E-01 4 5.5406E+03 -3.3127E+03 -2.5172E+02 8.8533E+03 1.8218E+04 3.8201E+01 -2.2840E+01 -1.7355E+00 6.1041E+01 1.2561E+02 5 8.3774E+03 -3.7199E+03 -3.7144E+02 1.2097E+04 1.6026E+04 5.7760E+01 -2.5648E+01 -2.5610E+00 8.3408E+01 1.1049E+02 6 5.4241E+03 -3.1938E+02 1.5464E+03 5.7435E+03 9.8360E+03 3.7398E+01 -2.2020E+00 1.0662E+01 3.9600E+01 6.7817E+01 7 2.6398E+03 2.9829E-01 -7.0236E+01 2.6395E+03 7.6393E+01 1.8201E+01 2.0566E-03 -4.8426E-01 1.8199E+01 5.2671E-01 8 2.6366E+03 1.8166E-02 2.7199E+00 2.6365E+03 6.2703E-01 1.8178E+01 1.2525E-04 1.8753E-02 1.8178E+01 4.3232E-03 9 2.6375E+03 -5.2561E-02 -3.8085E+01 2.6375E+03 2.2161E+01 1.8185E+01 -3.6239E-04 -2.6259E-01 1.8185E+01 1.5279E-01 10 2.6582E+03 -2.3659E+02 1.2395E+03 2.8948E+03 1.4578E+03 1.8328E+01 -1.6312E+00 8.5458E+00 1.9959E+01 1.0051E+01 11 7.2041E+02 -6.9588E+02 2.1569E+02 1.4163E+03 1.1990E+03 4.9671E+00 -4.7979E+00 1.4871E+00 9.7650E+00 8.2670E+00 12 4.7851E+02 -2.1300E+02 2.6203E+02 6.9150E+02 1.2938E+03 3.2992E+00 -1.4685E+00 1.8066E+00 4.7678E+00 8.9205E+00 13 3.6711E+03 -1.3545E+03 4.0530E+02 5.0257E+03 3.5441E+03 2.5312E+01 -9.3392E+00 2.7945E+00 3.4651E+01 2.4436E+01 14 2.9070E+03 -1.1628E+03 3.9355E+02 4.0697E+03 4.8272E+03 2.0043E+01 -8.0170E+00 2.7134E+00 2.8060E+01 3.3283E+01 15 2.8905E+02 -7.8743E+01 2.6000E+02 3.6779E+02 3.2041E+01 1.9929E+00 -5.4291E-01 1.7927E+00 2.5358E+00 2.2091E-01 2-302 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.0613E+03 -4.3425E+02 3.7751E+02 1.4955E+03 1.9830E+03 7.3171E+00 -2.9940E+00 2.6028E+00 1.0311E+01 1.3672E+01 17 1.1013E+03 -1.7666E+02 -7.6683E+01 1.2779E+03 2.2490E+03 7.5931E+00 -1.2181E+00 -5.2871E-01 8.8111E+00 1.5506E+01 18 1.1521E+03 -1.8406E+02 -1.3282E+02 1.3361E+03 2.3457E+03 7.9433E+00 -1.2690E+00 -9.1573E-01 9.2123E+00 1.6173E+01 19 1.2608E+03 -5.1856E+02 3.2010E+02 1.7794E+03 2.4779E+03 8.6929E+00 -3.5754E+00 2.2070E+00 1.2268E+01 1.7084E+01 20 1.3175E+03 -6.5056E+02 1.6353E+02 1.9680E+03 3.6550E+03 9.0836E+00 -4.4854E+00 1.1275E+00 1.3569E+01 2.5200E+01 21 2.2245E+02 -4.9835E+02 -4.6625E+01 7.2080E+02 1.7043E+03 1.5338E+00 -3.4360E+00 -3.2147E-01 4.9698E+00 1.1751E+01 22 3.2992E+01 -5.9942E+01 3.3119E+01 9.2934E+01 3.3780E+00 2.2747E-01 -4.1329E-01 2.2835E-01 6.4076E-01 2.3290E-02 Allowable Stress for Load Case 103 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 0.00 -20.00 20.00 30.00 70.00 2 0.00 -20.00 20.00 30.00 70.00 3 0.00 -20.00 20.00 30.00 70.00 4 0.00 -20.00 20.00 30.00 70.00 5 0.00 -20.00 20.00 30.00 70.00 6 0.00 -20.00 20.00 30.00 70.00 7 0.00 -20.00 20.00 30.00 70.00 8 0.00 -20.00 20.00 30.00 70.00 9 0.00 -20.00 20.00 30.00 70.00 10 0.00 -20.00 20.00 30.00 70.00 11 0.00 -20.00 20.00 30.00 70.00 12 0.00 -20.00 20.00 30.00 70.00 13 0.00 -20.00 20.00 30.00 70.00 14 0.00 -20.00 20.00 30.00 70.00 15 0.00 -20.00 20.00 30.00 70.00 16 0.00 -20.00 20.00 30.00 70.00 17 0.00 -20.00 20.00 30.00 70.00 18 0.00 -20.00 20.00 30.00 70.00 19 0.00 -20.00 20.00 30.00 70.00 20 0.00 -20.00 20.00 30.00 70.00 21 0.00 -20.00 20.00 30.00 70.00 22 0.00 -20.00 20.00 30.00 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-303 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-138. Load Case 104, -40°F Ambient, Zero Decay Heat, Zero Insolation, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.0594E+01 -7.0451E+01 -1.4680E+01 9.1045E+01 9.0635E+01 1.4199E-01 -4.8574E-01 -1.0121E-01 6.2773E-01 6.2491E-01 2 6.4736E+01 -8.8114E-01 -2.0838E+01 6.5617E+01 7.6885E+00 4.4634E-01 -6.0752E-03 -1.4367E-01 4.5241E-01 5.3010E-02 3 7.7597E+01 -8.6248E+00 -1.2518E+01 8.6222E+01 9.8374E+01 5.3501E-01 -5.9466E-02 -8.6310E-02 5.9448E-01 6.7826E-01 4 6.7716E+03 -4.0488E+03 -3.0745E+02 1.0820E+04 2.2265E+04 4.6689E+01 -2.7915E+01 -2.1198E+00 7.4604E+01 1.5351E+02 5 1.0239E+04 -4.5464E+03 -4.5364E+02 1.4785E+04 1.9587E+04 7.0595E+01 -3.1346E+01 -3.1278E+00 1.0194E+02 1.3505E+02 6 6.6294E+03 -3.9027E+02 1.8903E+03 7.0197E+03 1.2021E+04 4.5708E+01 -2.6909E+00 1.3033E+01 4.8399E+01 8.2885E+01 7 3.2265E+03 3.6449E-01 -8.5844E+01 3.2261E+03 9.3362E+01 2.2246E+01 2.5130E-03 -5.9188E-01 2.2243E+01 6.4371E-01 8 3.2225E+03 2.2195E-02 3.3242E+00 3.2225E+03 7.6651E-01 2.2218E+01 1.5303E-04 2.2920E-02 2.2218E+01 5.2849E-03 9 3.2236E+03 -6.4251E-02 -4.6549E+01 3.2237E+03 2.7085E+01 2.2226E+01 -4.4300E-04 -3.2094E-01 2.2226E+01 1.8675E-01 10 3.2489E+03 -2.8916E+02 1.5149E+03 3.5381E+03 1.7818E+03 2.2401E+01 -1.9937E+00 1.0445E+01 2.4394E+01 1.2285E+01 11 8.8051E+02 -8.5052E+02 2.6362E+02 1.7310E+03 1.4655E+03 6.0709E+00 -5.8641E+00 1.8176E+00 1.1935E+01 1.0104E+01 12 5.8485E+02 -2.6033E+02 3.2026E+02 8.4517E+02 1.5813E+03 4.0324E+00 -1.7949E+00 2.2081E+00 5.8273E+00 1.0903E+01 13 4.4870E+03 -1.6556E+03 4.9537E+02 6.1425E+03 4.3317E+03 3.0937E+01 -1.1415E+01 3.4155E+00 4.2351E+01 2.9866E+01 14 3.5530E+03 -1.4212E+03 4.8101E+02 4.9742E+03 5.9000E+03 2.4497E+01 -9.7987E+00 3.3164E+00 3.4296E+01 4.0679E+01 15 3.5383E+02 -9.9180E+01 3.1738E+02 4.5301E+02 1.0049E+01 2.4396E+00 -6.8382E-01 2.1882E+00 3.1234E+00 6.9287E-02 2-304 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.2958E+03 -5.3016E+02 4.6107E+02 1.8260E+03 2.4200E+03 8.9345E+00 -3.6553E+00 3.1790E+00 1.2590E+01 1.6685E+01 17 1.3450E+03 -2.1565E+02 -9.3592E+01 1.5606E+03 2.7464E+03 9.2732E+00 -1.4868E+00 -6.4530E-01 1.0760E+01 1.8936E+01 18 1.4090E+03 -2.2572E+02 -1.6263E+02 1.6347E+03 2.8697E+03 9.7147E+00 -1.5563E+00 -1.1213E+00 1.1271E+01 1.9786E+01 19 1.5420E+03 -6.3407E+02 3.9162E+02 2.1761E+03 3.0303E+03 1.0632E+01 -4.3718E+00 2.7001E+00 1.5004E+01 2.0893E+01 20 1.6114E+03 -7.9560E+02 2.0012E+02 2.4070E+03 4.4702E+03 1.1110E+01 -5.4855E+00 1.3797E+00 1.6595E+01 3.0821E+01 21 2.7189E+02 -6.0909E+02 -5.6986E+01 8.8098E+02 2.0830E+03 1.8746E+00 -4.1996E+00 -3.9290E-01 6.0741E+00 1.4362E+01 22 4.0429E+01 -7.4955E+01 4.0488E+01 1.1538E+02 5.8085E-01 2.7875E-01 -5.1680E-01 2.7915E-01 7.9555E-01 4.0048E-03 Allowable Stress for Load Case 104 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 0.00 -40.00 20.00 30.00 70.00 2 0.00 -40.00 20.00 30.00 70.00 3 0.00 -40.00 20.00 30.00 70.00 4 0.00 -40.00 20.00 30.00 70.00 5 0.00 -40.00 20.00 30.00 70.00 6 0.00 -40.00 20.00 30.00 70.00 7 0.00 -40.00 20.00 30.00 70.00 8 0.00 -40.00 20.00 30.00 70.00 9 0.00 -40.00 20.00 30.00 70.00 10 0.00 -40.00 20.00 30.00 70.00 11 0.00 -40.00 20.00 30.00 70.00 12 0.00 -40.00 20.00 30.00 70.00 13 0.00 -40.00 20.00 30.00 70.00 14 0.00 -40.00 20.00 30.00 70.00 15 0.00 -40.00 20.00 30.00 70.00 16 0.00 -40.00 20.00 30.00 70.00 17 0.00 -40.00 20.00 30.00 70.00 18 0.00 -40.00 20.00 30.00 70.00 19 0.00 -40.00 20.00 30.00 70.00 20 0.00 -40.00 20.00 30.00 70.00 21 0.00 -40.00 20.00 30.00 70.00 22 0.00 -40.00 20.00 30.00 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-305 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-139. Load Case 105, -40°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 5.5839E+01 -1.1883E+02 -2.2736E+01 1.7467E+02 2.7716E+02 3.8500E-01 -8.1929E-01 -1.5676E-01 1.2043E+00 1.9109E+00 2 6.5948E+01 -1.5751E+02 -1.5452E+01 2.2346E+02 4.5242E+02 4.5469E-01 -1.0860E+00 -1.0654E-01 1.5407E+00 3.1193E+00 3 5.5860E+01 -1.1037E+02 -6.8416E+00 1.6623E+02 2.5835E+02 3.8514E-01 -7.6101E-01 -4.7171E-02 1.1461E+00 1.7813E+00 4 1.9042E+02 -1.0004E+03 -1.8727E+02 1.1909E+03 2.3369E+03 1.3129E+00 -6.8978E+00 -1.2912E+00 8.2107E+00 1.6113E+01 5 1.9786E+02 -1.1294E+03 -6.4891E+02 1.3273E+03 2.0827E+03 1.3642E+00 -7.7872E+00 -4.4741E+00 9.1513E+00 1.4359E+01 6 4.1004E+01 -5.4237E+02 -7.9853E+02 5.8337E+02 5.9323E+02 2.8271E-01 -3.7395E+00 -5.5057E+00 4.0222E+00 4.0902E+00 7 -9.5409E+00 -1.7703E+02 1.0790E+01 1.6748E+02 2.1977E+02

                 -6.5782E-02 -1.2205E+00            7.4396E-02        1.1548E+00       1.5152E+00 8    -9.4034E+00 -1.7740E+02            1.6039E-01        1.6799E+02       2.2197E+02
                 -6.4834E-02 -1.2231E+00            1.1059E-03        1.1583E+00       1.5304E+00 9    -1.0023E+01 -1.7620E+02 -8.2646E+00                  1.6617E+02       2.1010E+02
                 -6.9104E-02 -1.2148E+00 -5.6983E-02                  1.1457E+00       1.4486E+00 10      1.8427E+01 -3.5550E+02           1.5696E+02        3.7393E+02       7.2509E+02 1.2705E-01 -2.4511E+00           1.0822E+00        2.5782E+00       4.9993E+00 11    -1.0196E+02 -5.3089E+02 -2.3148E+02                  4.2894E+02       9.7031E+00
                 -7.0296E-01 -3.6604E+00 -1.5960E+00                  2.9574E+00       6.6901E-02 12      1.6215E+00 -6.5490E+02 -6.4984E+02                 6.5652E+02       9.1107E+00 1.1180E-02 -4.5154E+00 -4.4805E+00                 4.5265E+00       6.2816E-02 13    -4.8748E+01 -7.9395E+02 -7.2535E+01                  7.4520E+02       2.0897E+02
                 -3.3611E-01 -5.4741E+00 -5.0011E-01                  5.1380E+00       1.4408E+00 14    -6.3816E+01 -6.9168E+02            8.9448E+01        6.2787E+02       4.0639E+02
                 -4.4000E-01 -4.7690E+00            6.1672E-01        4.3290E+00       2.8020E+00 15      9.5656E+01 -4.4706E+01           5.7432E+01        1.4036E+02       2.1843E+02 6.5953E-01 -3.0823E-01           3.9598E-01        9.6776E-01       1.5060E+00 2-306                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.5575E+01 -1.6982E+01 -8.7265E+01 4.2556E+01 6.4542E+01 1.7633E-01 -1.1709E-01 -6.0167E-01 2.9342E-01 4.4500E-01 17 1.3134E+01 -2.5814E+01 -9.7813E+01 3.8948E+01 6.8735E+01 9.0556E-02 -1.7798E-01 -6.7440E-01 2.6854E-01 4.7391E-01 18 8.2458E+01 -1.2727E+02 7.0961E+02 2.0973E+02 1.5466E+02 5.6853E-01 -8.7749E-01 4.8926E+00 1.4460E+00 1.0663E+00 19 -1.7161E+01 -2.6883E+02 8.1056E+02 2.5167E+02 2.5669E+02

                  -1.1832E-01 -1.8535E+00            5.5886E+00       1.7352E+00      1.7698E+00 20        4.7242E+00 -6.1232E+02           6.1728E+01       6.1704E+02      1.8718E+02 3.2573E-02 -4.2218E+00           4.2560E-01       4.2543E+00      1.2906E+00 21        1.6107E+01 -1.1244E+01           4.9746E+00       2.7351E+01      5.3830E+01 1.1105E-01 -7.7522E-02           3.4298E-02       1.8858E-01      3.7115E-01 22      -7.0050E+00 -4.0466E+01 -3.9284E+01                 3.3461E+01      4.0684E+01
                  -4.8298E-02 -2.7900E-01 -2.7085E-01                 2.3071E-01      2.8051E-01 Allowable Stress for Load Case 105 LOC       Tmax          Tave             Sm            Sy            Su (deg_F)        (deg_F)          (ksi)        (ksi)          (ksi) 1       85.20          84.29         20.00        30.00          70.00 2       85.37          83.11         20.00        30.00          70.00 3       85.14          84.25         20.00        30.00          70.00 4       86.74          86.62         20.00        30.00          70.00 5       89.32          88.89         20.00        30.00          70.00 6       90.33          89.90         20.00        30.00          70.00 7       91.10          90.35         20.00        30.00          70.00 8       91.11          90.36         20.00        30.00          70.00 9       91.15          90.39         20.00        30.00          70.00 10       91.69          90.75         20.00        30.00          70.00 11       92.75          91.53         20.00        30.00          70.00 12       95.64          94.26         20.00        30.00          70.00 13       89.82          89.27         20.00        30.00          70.00 14       88.42          88.10         20.00        30.00          70.00 15       86.11          86.07         20.00        30.00          70.00 16       87.10          86.89         20.00        30.00          70.00 17       87.28          87.12         20.00        30.00          70.00 18       88.28          88.07         20.00        30.00          70.00 19       89.34          88.91         20.00        30.00          70.00 20       94.39          93.69         20.00        30.00          70.00 21       84.61          84.53         20.00        30.00          70.00 22       85.45          85.36         20.00        30.00          70.00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-307 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-140. Load Case 106, -20°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 5.5124E+01 -1.1744E+02 -2.2543E+01 1.7256E+02 2.7388E+02 3.8006E-01 -8.0973E-01 -1.5543E-01 1.1898E+00 1.8883E+00 2 6.5288E+01 -1.5579E+02 -1.5919E+01 2.2107E+02 4.4774E+02 4.5014E-01 -1.0741E+00 -1.0975E-01 1.5242E+00 3.0870E+00 3 5.5268E+01 -1.0911E+02 -6.8729E+00 1.6438E+02 2.5546E+02 3.8106E-01 -7.5229E-01 -4.7387E-02 1.1334E+00 1.7614E+00 4 1.8296E+02 -9.7592E+02 -1.8240E+02 1.1589E+03 2.2727E+03 1.2615E+00 -6.7287E+00 -1.2576E+00 7.9902E+00 1.5670E+01 5 1.9071E+02 -1.1021E+03 -6.3851E+02 1.2928E+03 2.0277E+03 1.3149E+00 -7.5990E+00 -4.4024E+00 8.9139E+00 1.3980E+01 6 3.6860E+01 -5.2883E+02 -7.8545E+02 5.6569E+02 5.6960E+02 2.5414E-01 -3.6462E+00 -5.4155E+00 3.9003E+00 3.9272E+00 7 -9.4953E+00 -1.7511E+02 1.0512E+01 1.6562E+02 2.1714E+02

                 -6.5468E-02 -1.2073E+00            7.2474E-02        1.1419E+00       1.4971E+00 8    -9.3313E+00 -1.7552E+02            1.6311E-01        1.6618E+02       2.1949E+02
                 -6.4337E-02 -1.2101E+00            1.1246E-03        1.1458E+00       1.5133E+00 9    -9.9130E+00 -1.7436E+02 -8.2176E+00                  1.6445E+02       2.0776E+02
                 -6.8348E-02 -1.2022E+00 -5.6658E-02                  1.1338E+00       1.4324E+00 10      1.8043E+01 -3.5160E+02           1.5578E+02        3.6964E+02       7.1652E+02 1.2440E-01 -2.4242E+00           1.0740E+00        2.5486E+00       4.9402E+00 11    -1.0083E+02 -5.2419E+02 -2.2793E+02                  4.2336E+02       7.7954E+00
                 -6.9519E-01 -3.6142E+00 -1.5716E+00                  2.9190E+00       5.3747E-02 12      1.6112E+00 -6.4693E+02 -6.4192E+02                 6.4854E+02       1.0921E+01 1.1109E-02 -4.4604E+00 -4.4259E+00                 4.4715E+00       7.5299E-02 13    -4.8038E+01 -7.8334E+02 -7.1148E+01                  7.3530E+02       2.0637E+02
                 -3.3121E-01 -5.4010E+00 -4.9055E-01                  5.0697E+00       1.4228E+00 14    -6.3042E+01 -6.8245E+02            8.7911E+01        6.1940E+02       4.0256E+02
                 -4.3466E-01 -4.7053E+00            6.0613E-01        4.2706E+00       2.7756E+00 15      1.6311E+02 -1.3068E+02           4.7634E+01        2.9378E+02       4.8759E+02 1.1246E+00 -9.0099E-01           3.2842E-01        2.0256E+00       3.3618E+00 2-308                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.5134E+01 -5.7895E+01 -9.6748E+01 1.0303E+02 1.6613E+02 3.1119E-01 -3.9917E-01 -6.6705E-01 7.1036E-01 1.1454E+00 17 2.1050E+01 -5.2514E+01 -9.1912E+01 7.3563E+01 1.3076E+02 1.4513E-01 -3.6207E-01 -6.3371E-01 5.0720E-01 9.0154E-01 18 7.4037E+01 -1.3023E+02 7.0274E+02 2.0427E+02 1.2020E+02 5.1047E-01 -8.9794E-01 4.8452E+00 1.4084E+00 8.2877E-01 19 -1.8398E+01 -2.7632E+02 7.9460E+02 2.5792E+02 3.0566E+02

                  -1.2685E-01 -1.9052E+00            5.4786E+00       1.7783E+00      2.1075E+00 20      -6.3668E+00 -6.0830E+02            5.8336E+01       6.0193E+02      1.0142E+02
                  -4.3897E-02 -4.1941E+00            4.0222E-01       4.1502E+00      6.9930E-01 21        1.6196E+01 -1.1100E+01           5.1929E+00       2.7296E+01      5.3636E+01 1.1167E-01 -7.6532E-02           3.5804E-02       1.8820E-01      3.6981E-01 22      -1.3398E+01 -4.3555E+01 -3.8401E+01                 3.0156E+01      6.2234E+01
                  -9.2377E-02 -3.0030E-01 -2.6476E-01                 2.0792E-01      4.2909E-01 Allowable Stress for Load Case 106 LOC       Tmax          Tave             Sm            Sy            Su (deg_F)        (deg_F)          (ksi)        (ksi)          (ksi) 1      104.04        103.14          20.00        30.00          70.00 2      104.22        101.99          20.00        30.00          70.00 3      104.01        103.12          20.00        30.00          70.00 4      105.56        105.44          20.00        30.00          70.00 5      108.10        107.68          20.00        30.00          70.00 6      109.11        108.68          20.00        30.00          70.00 7      109.86        109.11          20.00        30.00          70.00 8      109.87        109.12          20.00        30.00          70.00 9      109.91        109.16          20.00        30.00          70.00 10      110.45        109.52          20.00        30.00          70.00 11      111.51        110.31          20.00        30.00          70.00 12      114.37        113.01          20.00        30.00          70.00 13      108.62        108.08          20.00        30.00          70.00 14      107.24        106.92          20.00        30.00          70.00 15      104.91        104.87          20.00        30.00          70.00 16      105.88        105.67          20.00        30.00          70.00 17      106.05        105.90          20.00        30.00          70.00 18      107.05        106.84          20.00        30.00          70.00 19      108.09        107.67          20.00        30.00          70.00 20      113.06        112.39          20.00        30.00          70.00 21      103.48        103.40          20.00        30.00          70.00 22      104.28        104.20          20.00        30.00          70.00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-309 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-141. Load Case 201, Internal Design Pressure, 414 kPa (60 psia), Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -9.9637E+00 -1.4964E+01 -3.4826E+01 5.0003E+00 1.7422E+00

                 -6.8698E-02 -1.0317E-01 -2.4012E-01                  3.4476E-02       1.2012E-02 2    -9.3770E+00 -1.4507E+01 -3.4263E+01                  5.1301E+00       2.0523E-02
                 -6.4652E-02 -1.0002E-01 -2.3623E-01                  3.5371E-02       1.4150E-04 3    -1.0205E+01 -1.5403E+01 -3.3406E+01                  5.1980E+00       1.0146E+00
                 -7.0362E-02 -1.0620E-01 -2.3033E-01                  3.5839E-02       6.9954E-03 4      2.1308E+02 -8.4345E+01           2.0480E+02        2.9742E+02       4.5758E+02 1.4691E+00 -5.8154E-01           1.4121E+00        2.0507E+00       3.1549E+00 5      1.0676E+02 -8.0446E+01           2.2057E+02        1.8721E+02       3.0364E+02 7.3612E-01 -5.5466E-01           1.5208E+00        1.2908E+00       2.0935E+00 6      1.1886E+01 -3.5988E+01           2.5276E+02        4.7874E+01       2.5236E+01 8.1950E-02 -2.4813E-01           1.7427E+00        3.3008E-01       1.7399E-01 7    -2.0116E+01 -3.4486E+01            2.2998E+02        1.4370E+01       2.4817E-01
                 -1.3870E-01 -2.3777E-01            1.5857E+00        9.9075E-02       1.7111E-03 8    -2.0060E+01 -3.4547E+01            2.2980E+02        1.4487E+01       1.4077E-02
                 -1.3831E-01 -2.3819E-01            1.5844E+00        9.9882E-02       9.7059E-05 9    -2.0262E+01 -3.4384E+01            2.3562E+02        1.4122E+01       1.2728E+00
                 -1.3970E-01 -2.3707E-01            1.6245E+00        9.7370E-02       8.7756E-03 10      8.0771E+01 -7.8965E+01           3.7800E+01        1.5974E+02       1.6498E+02 5.5690E-01 -5.4444E-01           2.6062E-01        1.1013E+00       1.1375E+00 11      5.4384E+01 -3.4294E+01           1.9712E+01        8.8678E+01       3.7104E+01 3.7496E-01 -2.3645E-01           1.3591E-01        6.1141E-01       2.5582E-01 12    -1.1232E+01 -1.5844E+02 -7.9868E+00                  1.4721E+02       1.8325E+01
                 -7.7443E-02 -1.0924E+00 -5.5067E-02                  1.0150E+00       1.2635E-01 13      2.0214E+01 -1.2905E+02 -1.9451E+01                 1.4927E+02       1.2676E+02 1.3937E-01 -8.8979E-01 -1.3411E-01                 1.0292E+00       8.7397E-01 14      2.0505E+01 -1.0978E+02 -2.0240E+01                 1.3028E+02       1.3482E+02 1.4138E-01 -7.5688E-01 -1.3955E-01                 8.9826E-01       9.2955E-01 15      3.4270E+02 -1.6295E+02 -1.4325E+02                 5.0564E+02       5.7893E+02 2.3628E+00 -1.1235E+00 -9.8765E-01                 3.4863E+00       3.9916E+00 2-310                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 8.4824E+00 -3.2435E+02 -2.0810E+02 3.3283E+02 4.6608E+02 5.8484E-02 -2.2363E+00 -1.4348E+00 2.2948E+00 3.2135E+00 17 -2.3511E+01 -2.6230E+02 -2.3195E+02 2.3879E+02 3.1791E+02

                  -1.6211E-01 -1.8085E+00 -1.5993E+00                 1.6464E+00      2.1919E+00 18      -7.4818E+00 -3.0591E+02 -2.0375E+02                 2.9842E+02      4.3205E+02
                  -5.1585E-02 -2.1092E+00 -1.4048E+00                 2.0576E+00      2.9789E+00 19        6.0670E+01 -4.1318E+02 -2.0065E+02                4.7385E+02      7.3127E+02 4.1830E-01 -2.8488E+00 -1.3835E+00                3.2671E+00      5.0419E+00 20        2.0599E+01 -3.2032E+02 -1.5665E+02                3.4092E+02      6.1980E+02 1.4203E-01 -2.2085E+00 -1.0801E+00                2.3506E+00      4.2734E+00 21      -1.0848E+01 -1.0589E+02 -1.3598E+01                 9.5043E+01      1.0176E+02
                  -7.4791E-02 -7.3009E-01 -9.3757E-02                 6.5530E-01      7.0159E-01 22        1.7178E+02 -7.3973E+00           7.2357E+01       1.7918E+02      1.2413E+02 1.1844E+00 -5.1002E-02           4.9889E-01       1.2354E+00      8.5586E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-311 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-142. Load Case 202, Minimum External Pressure, 24 kPa (3.5 psia), Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -2.3776E+00 -3.5614E+00 -8.2912E+00 1.1839E+00 4.2463E-01

                 -1.6393E-02 -2.4555E-02 -5.7166E-02                  8.1624E-03       2.9278E-03 2    -2.2321E+00 -3.4436E+00 -8.1611E+00                  1.2115E+00       1.9912E-03
                 -1.5390E-02 -2.3743E-02 -5.6269E-02                  8.3529E-03       1.3729E-05 3    -2.4296E+00 -3.6560E+00 -7.9521E+00                  1.2264E+00       2.2792E-01
                 -1.6751E-02 -2.5207E-02 -5.4828E-02                  8.4556E-03       1.5714E-03 4      5.3650E+01 -2.1226E+01           5.0491E+01        7.4876E+01       1.1577E+02 3.6990E-01 -1.4635E-01           3.4812E-01        5.1625E-01       7.9822E-01 5      2.7425E+01 -2.0098E+01           5.4283E+01        4.7524E+01       7.7386E+01 1.8909E-01 -1.3857E-01           3.7427E-01        3.2766E-01       5.3356E-01 6      3.5221E+00 -8.6393E+00           6.2349E+01        1.2161E+01       7.3443E+00 2.4284E-02 -5.9566E-02           4.2988E-01        8.3850E-02       5.0637E-02 7    -4.7350E+00 -8.2580E+00            5.6335E+01        3.5229E+00       5.6483E-02
                 -3.2647E-02 -5.6937E-02            3.8842E-01        2.4290E-02       3.8944E-04 8    -4.7226E+00 -8.2719E+00            5.6301E+01        3.5493E+00       3.0827E-03
                 -3.2561E-02 -5.7033E-02            3.8818E-01        2.4472E-02       2.1254E-05 9    -4.7763E+00 -8.2282E+00            5.7728E+01        3.4519E+00       3.1828E-01
                 -3.2932E-02 -5.6731E-02            3.9802E-01        2.3800E-02       2.1944E-03 10      2.0028E+01 -1.9130E+01           9.2455E+00        3.9157E+01       4.0700E+01 1.3809E-01 -1.3190E-01           6.3746E-02        2.6998E-01       2.8062E-01 11      1.3447E+01 -8.3763E+00           4.8736E+00        2.1824E+01       9.2090E+00 9.2715E-02 -5.7753E-02           3.3602E-02        1.5047E-01       6.3494E-02 12    -2.6943E+00 -3.8340E+01 -1.8871E+00                  3.5645E+01       3.6784E+00
                 -1.8577E-02 -2.6434E-01 -1.3011E-02                  2.4577E-01       2.5361E-02 13      4.9184E+00 -3.1373E+01 -4.6707E+00                 3.6291E+01       3.0661E+01 3.3911E-02 -2.1631E-01 -3.2204E-02                 2.5022E-01       2.1140E-01 14      5.0053E+00 -2.6701E+01 -4.8796E+00                 3.1706E+01       3.2957E+01 3.4511E-02 -1.8410E-01 -3.3644E-02                 2.1861E-01       2.2723E-01 15      8.5421E+01 -3.9614E+01 -3.4938E+01                 1.2503E+02       1.4257E+02 5.8896E-01 -2.7313E-01 -2.4089E-01                 8.6208E-01       9.8298E-01 2-312                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.0120E+00 -7.9314E+01 -5.0964E+01 8.1326E+01 1.1389E+02 1.3872E-02 -5.4685E-01 -3.5138E-01 5.6072E-01 7.8523E-01 17 -5.7662E+00 -6.4115E+01 -5.6869E+01 5.8349E+01 7.7560E+01

                  -3.9756E-02 -4.4206E-01 -3.9210E-01                 4.0230E-01      5.3476E-01 18      -1.8090E+00 -7.4860E+01 -4.9901E+01                 7.3051E+01      1.0570E+02
                  -1.2473E-02 -5.1614E-01 -3.4405E-01                 5.0367E-01      7.2876E-01 19        1.4857E+01 -1.0116E+02 -4.9100E+01                1.1601E+02      1.7915E+02 1.0244E-01 -6.9746E-01 -3.3853E-01                7.9989E-01      1.2352E+00 20        5.0682E+00 -7.8519E+01 -3.8307E+01                8.3588E+01      1.5189E+02 3.4944E-02 -5.4137E-01 -2.6412E-01                5.7632E-01      1.0473E+00 21      -2.5780E+00 -2.5274E+01 -3.2441E+00                 2.2696E+01      2.4499E+01
                  -1.7775E-02 -1.7426E-01 -2.2367E-02                 1.5649E-01      1.6891E-01 22        4.2655E+01 -1.7449E+00           1.7863E+01       4.4400E+01      3.0631E+01 2.9409E-01 -1.2031E-02           1.2316E-01       3.0612E-01      2.1120E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-313 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-143. Load Case 203, Maximum Increased External Pressure, 140 kPa (20 psia), Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.2540E+01 -2.0150E+01 -4.7181E+01 7.6097E+00 4.5725E-01

                 -8.6459E-02 -1.3893E-01 -3.2530E-01                  5.2467E-02       3.1526E-03 2    -1.2778E+01 -2.0895E+01 -4.6164E+01                  8.1166E+00       2.9930E-01
                 -8.8101E-02 -1.4406E-01 -3.1829E-01                  5.5962E-02       2.0636E-03 3    -1.3847E+01 -2.2191E+01 -4.5381E+01                  8.3448E+00       3.1926E+00
                 -9.5470E-02 -1.5300E-01 -3.1289E-01                  5.7535E-02       2.2012E-02 4      6.8813E+01 -1.6936E+02           4.5984E+00        2.3817E+02       4.3118E+02 4.7445E-01 -1.1677E+00           3.1705E-02        1.6422E+00       2.9729E+00 5      6.3656E+01 -1.9258E+02           1.8359E+01        2.5623E+02       3.6937E+02 4.3889E-01 -1.3278E+00           1.2658E-01        1.7667E+00       2.5467E+00 6    -1.5294E+01 -1.1635E+02 -1.9555E+00                  1.0106E+02       1.6920E+02
                 -1.0545E-01 -8.0222E-01 -1.3483E-02                  6.9678E-01       1.1666E+00 7    -6.6334E+00 -7.1881E+01            5.7740E+01        6.5247E+01       7.3452E-01
                 -4.5736E-02 -4.9560E-01            3.9810E-01        4.4986E-01       5.0643E-03 8    -6.6350E+00 -7.1852E+01            5.6277E+01        6.5217E+01       6.2788E-02
                 -4.5747E-02 -4.9540E-01            3.8802E-01        4.4965E-01       4.3291E-04 9    -6.6170E+00 -7.1819E+01            5.7419E+01        6.5203E+01       7.2927E-01
                 -4.5622E-02 -4.9518E-01            3.9589E-01        4.4956E-01       5.0282E-03 10    -2.9634E+00 -7.3126E+01            1.0679E+01        7.0162E+01       4.2061E+00
                 -2.0432E-02 -5.0418E-01            7.3629E-02        4.8375E-01       2.9000E-02 11      4.6213E+00 -2.4193E+01 -2.6994E+00                 2.8815E+01       1.1263E+01 3.1863E-02 -1.6681E-01 -1.8612E-02                 1.9867E-01       7.7656E-02 12    -9.5967E+00 -1.1993E+02 -1.3685E+01                  1.1033E+02       1.3594E+02
                 -6.6167E-02 -8.2690E-01 -9.4354E-02                  7.6073E-01       9.3725E-01 13      1.3364E+01 -7.6836E+01 -2.0824E+01                 9.0200E+01       9.8887E+01 9.2145E-02 -5.2976E-01 -1.4358E-01                 6.2191E-01       6.8180E-01 14      9.9218E+00 -6.2354E+01 -1.8430E+01                 7.2276E+01       4.9187E+01 6.8408E-02 -4.2991E-01 -1.2707E-01                 4.9832E-01       3.3913E-01 15    -9.2832E+01 -2.7126E+02 -7.2167E+01                  1.7843E+02       1.1370E+02
                 -6.4006E-01 -1.8703E+00 -4.9757E-01                  1.2302E+00       7.8393E-01 2-314                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.1254E+01 -1.0328E+02 -5.4667E+01 1.1454E+02 1.5876E+02 7.7592E-02 -7.1210E-01 -3.7691E-01 7.8969E-01 1.0946E+00 17 -6.0309E+00 -8.7812E+01 -5.1732E+01 8.1781E+01 1.2528E+02

                  -4.1581E-02 -6.0544E-01 -3.5668E-01                 5.6386E-01      8.6376E-01 18      -1.8069E+00 -9.8323E+01 -5.2057E+01                 9.6516E+01      1.5327E+02
                  -1.2458E-02 -6.7791E-01 -3.5892E-01                 6.6545E-01      1.0568E+00 19        2.0858E+01 -1.2553E+02 -6.3299E+01                1.4639E+02      2.0466E+02 1.4381E-01 -8.6549E-01 -4.3643E-01                1.0093E+00      1.4111E+00 20        1.1169E+01 -8.5757E+01 -5.3655E+01                9.6926E+01      1.7056E+02 7.7007E-02 -5.9127E-01 -3.6994E-01                6.6828E-01      1.1760E+00 21      -1.5260E+01 -1.3431E+02 -1.7384E+01                 1.1905E+02      9.5926E+01
                  -1.0522E-01 -9.2603E-01 -1.1986E-01                 8.2081E-01      6.6139E-01 22      -2.5216E+00 -7.5985E+01 -3.5531E+00                 7.3463E+01      2.8480E+01
                  -1.7386E-02 -5.2389E-01 -2.4498E-02                 5.0651E-01      1.9636E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-315 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-144. Load Case 204, Additional Increased External Pressure, 2 MPa (290 psia), Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.7897E+02 -2.9203E+02 -6.8423E+02 1.1305E+02 2.0488E+00

                 -1.2340E+00 -2.0135E+00 -4.7176E+00                  7.7948E-01       1.4126E-02 2    -1.8533E+02 -3.0584E+02 -6.6821E+02                  1.2050E+02       5.1960E+00
                 -1.2778E+00 -2.1087E+00 -4.6071E+00                  8.3085E-01       3.5825E-02 3    -2.0060E+02 -3.2485E+02 -6.5786E+02                  1.2425E+02       5.0674E+01
                 -1.3831E+00 -2.2398E+00 -4.5358E+00                  8.5670E-01       3.4938E-01 4      1.4297E+03 -3.5578E+03 -6.7935E+02                 4.9875E+03       8.7446E+03 9.8572E+00 -2.4530E+01 -4.6840E+00                 3.4388E+01       6.0292E+01 5      1.2332E+03 -3.4653E+03 -5.2014E+02                 4.6984E+03       7.1641E+03 8.5023E+00 -2.3892E+01 -3.5862E+00                 3.2395E+01       4.9395E+01 6    -2.4249E+02 -1.9408E+03 -9.9559E+02                  1.6983E+03       2.8135E+03
                 -1.6719E+00 -1.3381E+01 -6.8644E+00                  1.1710E+01       1.9398E+01 7    -6.8967E+00 -1.1877E+03            7.7235E+01        1.1808E+03       1.1018E+01
                 -4.7551E-02 -8.1889E+00            5.3251E-01        8.1413E+00       7.5968E-02 8    -6.8962E+00 -1.1873E+03            5.3832E+01        1.1804E+03       1.0414E+00
                 -4.7548E-02 -8.1859E+00            3.7116E-01        8.1384E+00       7.1800E-03 9    -6.6293E+00 -1.1865E+03            5.0562E+01        1.1799E+03       1.7881E+01
                 -4.5707E-02 -8.1807E+00            3.4862E-01        8.1350E+00       1.2328E-01 10    -1.4409E+02 -1.2350E+03            1.8382E+01        1.0909E+03       7.2991E+02
                 -9.9348E-01 -8.5148E+00            1.2674E-01        7.5213E+00       5.0325E+00 11      1.2791E+02 -5.5687E+02 -1.3223E+02                 6.8478E+02       3.6345E+02 8.8194E-01 -3.8395E+00 -9.1167E-01                 4.7214E+00       2.5059E+00 12    -1.0473E+02 -1.4921E+03 -2.1354E+02                  1.3873E+03       2.3063E+03
                 -7.2209E-01 -1.0287E+01 -1.4723E+00                  9.5654E+00       1.5901E+01 13      1.7994E+02 -8.8841E+02 -2.9578E+02                 1.0683E+03       1.2740E+03 1.2406E+00 -6.1254E+00 -2.0393E+00                 7.3660E+00       8.7837E+00 14      1.1494E+02 -7.0107E+02 -2.5025E+02                 8.1601E+02       3.7610E+02 7.9249E-01 -4.8337E+00 -1.7254E+00                 5.6262E+00       2.5931E+00 15    -1.3860E+03 -6.0918E+03 -7.2401E+02                  4.7057E+03       2.2382E+02
                 -9.5564E+00 -4.2001E+01 -4.9919E+00                  3.2445E+01       1.5432E+00 2-316                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.4912E+02 -5.0348E+02 -1.2405E+02 6.5260E+02 8.4995E+02 1.0281E+00 -3.4714E+00 -8.5532E-01 4.4995E+00 5.8602E+00 17 -1.4252E+01 -5.0311E+02 1.0876E+01 4.8886E+02 8.4925E+02

                  -9.8267E-02 -3.4688E+00            7.4990E-02       3.3706E+00      5.8553E+00 18        5.4514E+01 -6.3618E+02 -8.8589E+01                6.9070E+02      1.2132E+03 3.7586E-01 -4.3863E+00 -6.1080E-01                4.7622E+00      8.3646E+00 19        2.1856E+02 -7.3199E+02 -3.5686E+02                9.5055E+02      1.0213E+03 1.5069E+00 -5.0469E+00 -2.4605E+00                6.5538E+00      7.0418E+00 20        4.6757E+02 -6.3862E+02 -3.6205E+02                1.1062E+03      9.5716E+02 3.2238E+00 -4.4031E+00 -2.4962E+00                7.6269E+00      6.5994E+00 21      -2.2209E+02 -1.9226E+03 -2.4916E+02                 1.7005E+03      1.2828E+03
                  -1.5312E+00 -1.3256E+01 -1.7179E+00                 1.1724E+01      8.8449E+00 22      -2.7064E+02 -1.8039E+03 -3.2746E+02                 1.5333E+03      3.0855E+02
                  -1.8660E+00 -1.2438E+01 -2.2578E+00                 1.0572E+01      2.1274E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-317 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-145. Load Case 211, Fabrication Stress, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 9.7351E+02 -2.1563E+02 8.5266E+01 1.1891E+03 1.7001E+03 6.7121E+00 -1.4867E+00 5.8789E-01 8.1988E+00 1.1722E+01 2 1.3459E+01 -5.8805E+01 6.7805E+01 7.2264E+01 5.2992E+01 9.2798E-02 -4.0544E-01 4.6750E-01 4.9824E-01 3.6536E-01 3 1.4657E+00 -2.8786E+01 9.1236E+00 3.0252E+01 1.2115E+01 1.0106E-02 -1.9847E-01 6.2905E-02 2.0858E-01 8.3530E-02 4 9.5184E+02 -4.5862E+02 2.1372E+01 1.4105E+03 2.2342E+03 6.5627E+00 -3.1621E+00 1.4736E-01 9.7248E+00 1.5405E+01 5 9.9352E+02 -4.6663E+02 -5.1619E+01 1.4601E+03 2.2298E+03 6.8501E+00 -3.2173E+00 -3.5590E-01 1.0067E+01 1.5374E+01 6 6.1320E+02 5.0514E+01 1.8716E+02 5.6268E+02 9.9432E+02 4.2278E+00 3.4828E-01 1.2904E+00 3.8795E+00 6.8556E+00 7 3.2774E+02 1.7666E+00 7.7846E+00 3.2597E+02 1.0225E+00 2.2597E+00 1.2180E-02 5.3673E-02 2.2475E+00 7.0498E-03 8 3.2770E+02 1.6260E+00 1.4504E+01 3.2608E+02 3.1287E-01 2.2594E+00 1.1211E-02 1.0000E-01 2.2482E+00 2.1572E-03 9 3.2766E+02 1.5739E+00 1.1271E+01 3.2609E+02 6.1901E-01 2.2592E+00 1.0852E-02 7.7709E-02 2.2483E+00 4.2679E-03 10 3.2876E+02 -4.3942E+00 1.2904E+02 3.3315E+02 4.9381E+01 2.2667E+00 -3.0297E-02 8.8969E-01 2.2970E+00 3.4047E-01 11 1.3106E+02 -4.8099E+01 8.5113E+01 1.7916E+02 1.2564E+02 9.0360E-01 -3.3163E-01 5.8683E-01 1.2352E+00 8.6628E-01 12 1.4923E+02 6.3354E+01 9.8866E+01 8.5875E+01 9.1623E+01 1.0289E+00 4.3681E-01 6.8166E-01 5.9209E-01 6.3172E-01 13 5.8070E+02 -8.9612E+01 1.7635E+02 6.7031E+02 7.6593E+02 4.0038E+00 -6.1785E-01 1.2159E+00 4.6216E+00 5.2809E+00 14 5.8048E+02 -9.9058E+01 1.8936E+02 6.7954E+02 5.0988E+02 4.0023E+00 -6.8298E-01 1.3056E+00 4.6852E+00 3.5155E+00 15 1.0967E+03 2.4792E+02 1.3063E+02 8.4879E+02 6.8606E+01 7.5616E+00 1.7094E+00 9.0068E-01 5.8522E+00 4.7302E-01 2-318 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.7161E+01 6.6692E+00 1.4060E+01 3.0492E+01 3.1036E+00 2.5621E-01 4.5982E-02 9.6941E-02 2.1023E-01 2.1398E-02 17 4.8153E+01 3.7694E+00 -3.7879E+01 4.4383E+01 3.0663E+01 3.3200E-01 2.5989E-02 -2.6116E-01 3.0601E-01 2.1142E-01 18 1.5031E+02 -6.3520E+01 -9.5799E+01 2.1383E+02 3.8267E+02 1.0363E+00 -4.3795E-01 -6.6051E-01 1.4743E+00 2.6384E+00 19 1.5796E+02 -1.1219E+02 1.9872E+01 2.7015E+02 2.3392E+02 1.0891E+00 -7.7349E-01 1.3701E-01 1.8626E+00 1.6128E+00 20 1.7985E+02 -2.1071E+02 2.8922E+01 3.9057E+02 3.9100E+02 1.2401E+00 -1.4528E+00 1.9941E-01 2.6929E+00 2.6958E+00 21 5.3589E+01 -2.4012E+01 -3.4314E+00 7.7601E+01 1.8597E+02 3.6948E-01 -1.6556E-01 -2.3659E-02 5.3504E-01 1.2822E+00 22 7.6580E+02 2.2399E+02 7.1270E+02 5.4181E+02 2.3627E+02 5.2800E+00 1.5444E+00 4.9139E+00 3.7357E+00 1.6291E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-319 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-146. Load Case 215, Compression Load (5x weight), Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.2799E-01 -6.2272E+01 -7.5879E+00 6.3000E+01 9.4946E+01 5.0193E-03 -4.2935E-01 -5.2317E-02 4.3437E-01 6.5463E-01 2 8.9059E-01 -4.7835E+01 5.8525E+00 4.8725E+01 5.7911E-01 6.1404E-03 -3.2981E-01 4.0352E-02 3.3595E-01 3.9928E-03 3 -1.4882E+00 -5.6659E+01 2.3238E+00 5.5171E+01 1.7928E+01

                 -1.0261E-02 -3.9065E-01            1.6022E-02        3.8039E-01       1.2361E-01 4      1.0378E+02 -1.2713E+02           3.2866E+01        2.3091E+02       3.7745E+02 7.1555E-01 -8.7655E-01           2.2661E-01        1.5921E+00       2.6024E+00 5      9.6289E+01 -1.3834E+02           2.9853E+01        2.3463E+02       3.1335E+02 6.6389E-01 -9.5383E-01           2.0583E-01        1.6177E+00       2.1604E+00 6    -3.1494E+01 -1.3958E+02 -2.5039E+01                  1.0808E+02       7.0674E+01
                 -2.1715E-01 -9.6235E-01 -1.7264E-01                  7.4521E-01       4.8728E-01 7    -2.0563E-01 -8.2596E+01 -1.2495E+00                  8.2390E+01       8.9403E-01
                 -1.4178E-03 -5.6948E-01 -8.6151E-03                  5.6806E-01       6.1641E-03 8    -1.9330E-01 -6.1219E+01 -1.3690E+00                  6.1026E+01       2.3658E-02
                 -1.3328E-03 -4.2209E-01 -9.4392E-03                  4.2076E-01       1.6312E-04 9    -2.0146E-01 -5.5872E+01 -1.1292E+00                  5.5670E+01       4.1784E-01
                 -1.3890E-03 -3.8522E-01 -7.7858E-03                  3.8383E-01       2.8809E-03 10    -3.5180E+00 -6.4776E+01 -1.4338E+01                  6.1258E+01       9.3357E+00
                 -2.4256E-02 -4.4662E-01 -9.8857E-02                  4.2236E-01       6.4367E-02 11      4.9695E+00 -2.0625E+01 -8.5401E+00                 2.5595E+01       2.5705E+01 3.4263E-02 -1.4220E-01 -5.8882E-02                 1.7647E-01       1.7723E-01 12    -8.0941E+00 -4.6860E+01 -1.1010E+01                  3.8766E+01       5.8231E+01
                 -5.5807E-02 -3.2309E-01 -7.5912E-02                  2.6728E-01       4.0149E-01 13      1.9496E+01 -7.4830E+01 -1.7225E+01                 9.4326E+01       9.3052E+01 1.3442E-01 -5.1594E-01 -1.1876E-01                 6.5036E-01       6.4157E-01 14      1.6234E+01 -6.2968E+01 -1.6182E+01                 7.9202E+01       6.6222E+01 1.1193E-01 -4.3415E-01 -1.1157E-01                 5.4608E-01       4.5659E-01 15    -2.9345E+02 -1.2709E+03 -1.5635E+02                  9.7745E+02       6.3209E+01
                 -2.0233E+00 -8.7625E+00 -1.0780E+00                  6.7393E+00       4.3581E-01 2-320                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 6.5558E+01 -1.5926E+02 -2.1510E+01 2.2482E+02 2.7652E+02 4.5201E-01 -1.0980E+00 -1.4831E-01 1.5501E+00 1.9065E+00 17 -4.4574E+01 -1.9762E+02 -3.1382E+01 1.5305E+02 1.6259E+02

                  -3.0733E-01 -1.3626E+00 -2.1637E-01                 1.0552E+00      1.1210E+00 18      -2.1987E+01 -1.1124E+02 -1.6639E+01                 8.9248E+01      8.1231E+01
                  -1.5160E-01 -7.6694E-01 -1.1472E-01                 6.1534E-01      5.6007E-01 19        6.0220E+01 -9.0619E+01 -8.8800E+00                1.5084E+02      1.8711E+02 4.1520E-01 -6.2479E-01 -6.1225E-02                1.0400E+00      1.2901E+00 20        8.4368E+01 -9.4085E+01 -1.9170E+01                1.7845E+02      2.7240E+02 5.8170E-01 -6.4870E-01 -1.3217E-01                1.2304E+00      1.8782E+00 21      -7.0632E+00 -7.5153E+01 -7.3015E+00                 6.8090E+01      3.3872E+01
                  -4.8699E-02 -5.1816E-01 -5.0342E-02                 4.6946E-01      2.3354E-01 22      -1.2477E+02 -3.7019E+02 -1.4589E+02                 2.4541E+02      1.4858E+02
                  -8.6027E-01 -2.5523E+00 -1.0059E+00                 1.6921E+00      1.0244E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-321 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-147. Load Case 216, Rod Drop onto Cask, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 6.0149E+00 -3.5028E+01 3.4399E+01 4.1043E+01 7.4091E+00 4.1471E-02 -2.4151E-01 2.3717E-01 2.8298E-01 5.1084E-02 2 6.6401E-01 -4.7941E+01 2.3717E+00 4.8605E+01 8.2904E+00 4.5782E-03 -3.3054E-01 1.6353E-02 3.3512E-01 5.7160E-02 3 4.0693E+00 -5.5503E+01 2.1065E+00 5.9572E+01 9.1304E+00 2.8057E-02 -3.8268E-01 1.4524E-02 4.1074E-01 6.2952E-02 4 2.4233E+02 -5.9070E+01 1.4809E+02 3.0140E+02 3.1217E+02 1.6708E+00 -4.0727E-01 1.0210E+00 2.0781E+00 2.1524E+00 5 1.4727E+02 -5.6513E+01 1.1170E+02 2.0378E+02 8.6796E+01 1.0154E+00 -3.8964E-01 7.7012E-01 1.4050E+00 5.9844E-01 6 8.3725E+00 -2.5080E+02 4.0039E+01 2.5917E+02 1.7897E+02 5.7726E-02 -1.7292E+00 2.7606E-01 1.7869E+00 1.2340E+00 7 -3.7564E-01 -1.5776E+02 -4.4347E+00 1.5738E+02 2.7150E+00

                 -2.5899E-03 -1.0877E+00 -3.0576E-02                  1.0851E+00       1.8719E-02 8    -3.4907E-01 -1.0885E+02 -2.6551E+00                  1.0850E+02       7.3890E-03
                 -2.4068E-03 -7.5050E-01 -1.8306E-02                  7.4809E-01       5.0945E-05 9    -3.5832E-01 -9.1583E+01 -1.8729E+00                  9.1225E+01       3.7882E-01
                 -2.4705E-03 -6.3145E-01 -1.2913E-02                  6.2898E-01       2.6119E-03 10    -2.7700E+00 -9.8007E+01 -2.6502E+01                  9.5237E+01       1.1577E+00
                 -1.9098E-02 -6.7573E-01 -1.8272E-01                  6.5663E-01       7.9821E-03 11      1.1201E+01 -2.7402E+01 -9.4454E+00                 3.8603E+01       4.3591E+01 7.7229E-02 -1.8893E-01 -6.5124E-02                 2.6616E-01       3.0055E-01 12    -1.0519E+01 -5.7455E+01 -1.3360E+01                  4.6936E+01       6.0875E+01
                 -7.2527E-02 -3.9614E-01 -9.2112E-02                  3.2361E-01       4.1972E-01 13      3.7904E+01 -1.1975E+02 -2.0129E+01                 1.5765E+02       1.4607E+02 2.6134E-01 -8.2561E-01 -1.3878E-01                 1.0870E+00       1.0071E+00 14      3.5501E+01 -1.0597E+02 -1.9398E+01                 1.4147E+02       1.2560E+02 2.4477E-01 -7.3063E-01 -1.3374E-01                 9.7540E-01       8.6598E-01 15    -1.5498E+03 -8.9488E+03 -5.5380E+02                  7.3990E+03       5.1906E+02
                 -1.0686E+01 -6.1700E+01 -3.8183E+00                  5.1014E+01       3.5788E+00 2-322                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.6423E+02 -5.7804E+02 1.9906E+01 8.4226E+02 1.1825E+03 1.8218E+00 -3.9854E+00 1.3724E-01 5.8072E+00 8.1531E+00 17 -8.0922E+00 -5.2509E+02 8.4148E+01 5.1700E+02 8.6095E+02

                  -5.5794E-02 -3.6204E+00            5.8018E-01       3.5646E+00      5.9361E+00 18        2.0418E+01 -2.3526E+02 -6.0660E+01                2.5568E+02      2.0053E+02 1.4078E-01 -1.6221E+00 -4.1823E-01                1.7628E+00      1.3826E+00 19        1.1115E+02 -5.8673E+01           3.1446E+01       1.6982E+02      6.5049E+01 7.6634E-01 -4.0454E-01           2.1681E-01       1.1709E+00      4.4850E-01 20        1.8887E+02 -1.0380E+02 -2.0982E+01                2.9267E+02      1.1612E+02 1.3022E+00 -7.1565E-01 -1.4467E-01                2.0179E+00      8.0061E-01 21      -4.7524E+00 -6.3298E+01 -4.9087E+00                 5.8546E+01      2.8537E+01
                  -3.2766E-02 -4.3643E-01 -3.3844E-02                 4.0366E-01      1.9675E-01 22        3.0372E+02 -3.5147E+03 -8.4847E+02                3.8184E+03      3.1093E+03 2.0941E+00 -2.4233E+01 -5.8500E+00                2.6327E+01      2.1438E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-323 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-148. Load Case 221, Forward 10g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.3509E+00 1.4348E+00 -2.9530E+00 7.3072E+00 2.3874E+00 2.9999E-02 9.8925E-03 -2.0360E-02 5.0382E-02 1.6461E-02 2 9.7532E+01 1.6723E+00 -3.3953E+00 1.3601E+02 1.5213E+01 6.7246E-01 1.1530E-02 -2.3410E-02 9.3778E-01 1.0489E-01 3 2.1800E+00 8.5932E-01 -1.5968E+00 3.7305E+00 2.3712E+00 1.5030E-02 5.9248E-03 -1.1009E-02 2.5721E-02 1.6349E-02 4 2.9082E+01 -9.7039E+00 -2.9082E+01 3.6638E+01 1.9915E+01 2.0051E-01 -6.6906E-02 -2.0051E-01 2.5261E-01 1.3731E-01 5 1.7028E+01 -9.8758E+00 -1.7028E+01 1.2422E+01 8.2783E+00 1.1741E-01 -6.8091E-02 -1.1741E-01 8.5646E-02 5.7077E-02 6 2.2740E+01 -8.1148E+00 -2.2740E+01 2.9001E+01 2.9977E+00 1.5679E-01 -5.5950E-02 -1.5679E-01 1.9995E-01 2.0669E-02 7 1.0452E+00 -5.5670E-01 -1.0453E+00 1.6790E+00 5.2159E-01 7.2062E-03 -3.8383E-03 -7.2072E-03 1.1576E-02 3.5963E-03 8 2.0517E+00 4.1873E-01 -1.9301E+00 3.9490E+00 2.9575E-01 1.4146E-02 2.8870E-03 -1.3307E-02 2.7228E-02 2.0392E-03 9 2.8162E+00 -3.0414E-01 -1.6945E+00 4.3532E+00 1.0684E-01 1.9417E-02 -2.0970E-03 -1.1683E-02 3.0014E-02 7.3667E-04 10 1.9379E+01 9.2204E+00 5.2539E+00 2.1348E+01 6.7182E+00 1.3361E-01 6.3573E-02 3.6224E-02 1.4719E-01 4.6320E-02 11 1.8921E+01 4.2413E+00 -2.6684E+00 2.1590E+01 1.8327E+01 1.3046E-01 2.9243E-02 -1.8398E-02 1.4886E-01 1.2636E-01 12 3.7749E+00 1.6394E-01 -3.0092E+00 6.7841E+00 3.2100E-01 2.6027E-02 1.1303E-03 -2.0748E-02 4.6775E-02 2.2132E-03 13 1.0751E+01 3.3716E+00 -1.0751E+01 1.2840E+01 5.1452E+00 7.4122E-02 2.3246E-02 -7.4123E-02 8.8529E-02 3.5475E-02 14 1.7924E+01 4.7885E+00 -2.2859E+00 2.0210E+01 6.8329E+00 1.2358E-01 3.3016E-02 -1.5761E-02 1.3934E-01 4.7112E-02 15 4.1164E+00 -9.3427E-02 -3.9639E+00 8.0818E+00 3.2024E-02 2.8382E-02 -6.4415E-04 -2.7330E-02 5.5722E-02 2.2079E-04 2-324 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 8.0606E+00 1.1142E+00 -2.9266E+00 1.0987E+01 1.1137E+01 5.5576E-02 7.6821E-03 -2.0178E-02 7.5754E-02 7.6788E-02 17 8.3142E+00 -1.7259E+00 -3.7140E+00 1.2028E+01 4.5579E+00 5.7325E-02 -1.1900E-02 -2.5607E-02 8.2932E-02 3.1425E-02 18 1.0749E+01 4.8734E+00 -1.0749E+01 8.3549E+00 4.8390E+00 7.4115E-02 3.3601E-02 -7.4114E-02 5.7605E-02 3.3364E-02 19 2.0545E+01 -4.3129E+00 -2.0545E+01 3.0599E+01 1.3239E+01 1.4165E-01 -2.9736E-02 -1.4165E-01 2.1097E-01 9.1278E-02 20 1.8364E+01 -4.6632E+00 -1.8364E+01 2.2267E+01 1.6083E+00 1.2662E-01 -3.2152E-02 -1.2662E-01 1.5353E-01 1.1089E-02 21 2.7873E+00 4.4081E-03 -2.7874E+00 5.4935E+00 6.0605E-01 1.9218E-02 3.0393E-05 -1.9218E-02 3.7876E-02 4.1785E-03 22 2.7803E+00 4.4518E-02 -2.3648E+00 5.1451E+00 2.8651E-01 1.9169E-02 3.0694E-04 -1.6305E-02 3.5474E-02 1.9754E-03 Radioactive Material Transport Packaging System Safety Analysis Report 2-325 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-149. Load Case 222, Lateral 5g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.1755E+00 7.1739E-01 -1.4765E+00 3.6536E+00 1.1937E+00 1.4999E-02 4.9462E-03 -1.0180E-02 2.5191E-02 8.2304E-03 2 4.8766E+01 8.3613E-01 -1.6977E+00 6.8006E+01 7.6067E+00 3.3623E-01 5.7649E-03 -1.1705E-02 4.6889E-01 5.2446E-02 3 1.0900E+00 4.2966E-01 -7.9839E-01 1.8652E+00 1.1856E+00 7.5152E-03 2.9624E-03 -5.5047E-03 1.2860E-02 8.1744E-03 4 1.4541E+01 -4.8519E+00 -1.4541E+01 1.8319E+01 9.9574E+00 1.0026E-01 -3.3453E-02 -1.0026E-01 1.2631E-01 6.8654E-02 5 8.5141E+00 -4.9379E+00 -8.5141E+00 6.2110E+00 4.1391E+00 5.8703E-02 -3.4046E-02 -5.8703E-02 4.2823E-02 2.8538E-02 6 1.1370E+01 -4.0574E+00 -1.1370E+01 1.4500E+01 1.4989E+00 7.8395E-02 -2.7975E-02 -7.8395E-02 9.9976E-02 1.0334E-02 7 5.2259E-01 -2.7835E-01 -5.2265E-01 8.3949E-01 2.6080E-01 3.6031E-03 -1.9192E-03 -3.6036E-03 5.7881E-03 1.7981E-03 8 1.0259E+00 2.0936E-01 -9.6503E-01 1.9745E+00 1.4788E-01 7.0730E-03 1.4435E-03 -6.6536E-03 1.3614E-02 1.0196E-03 9 1.4081E+00 -1.5207E-01 -8.4723E-01 2.1766E+00 5.3422E-02 9.7085E-03 -1.0485E-03 -5.8415E-03 1.5007E-02 3.6833E-04 10 9.6896E+00 4.6102E+00 2.6270E+00 1.0674E+01 3.3591E+00 6.6807E-02 3.1786E-02 1.8112E-02 7.3594E-02 2.3160E-02 11 9.4606E+00 2.1207E+00 -1.3342E+00 1.0795E+01 9.1635E+00 6.5229E-02 1.4621E-02 -9.1991E-03 7.4428E-02 6.3180E-02 12 1.8875E+00 8.1970E-02 -1.5046E+00 3.3921E+00 1.6050E-01 1.3014E-02 5.6516E-04 -1.0374E-02 2.3387E-02 1.1066E-03 13 5.3753E+00 1.6858E+00 -5.3753E+00 6.4201E+00 2.5726E+00 3.7061E-02 1.1623E-02 -3.7061E-02 4.4265E-02 1.7737E-02 14 8.9618E+00 2.3943E+00 -1.1430E+00 1.0105E+01 3.4165E+00 6.1789E-02 1.6508E-02 -7.8805E-03 6.9670E-02 2.3556E-02 15 2.0582E+00 -4.6713E-02 -1.9819E+00 4.0409E+00 1.6012E-02 1.4191E-02 -3.2208E-04 -1.3665E-02 2.7861E-02 1.1040E-04 2-326 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.0303E+00 5.5710E-01 -1.4633E+00 5.4936E+00 5.5686E+00 2.7788E-02 3.8410E-03 -1.0089E-02 3.7877E-02 3.8394E-02 17 4.1571E+00 -8.6294E-01 -1.8570E+00 6.0141E+00 2.2789E+00 2.8662E-02 -5.9498E-03 -1.2804E-02 4.1466E-02 1.5713E-02 18 5.3747E+00 2.4367E+00 -5.3746E+00 4.1775E+00 2.4195E+00 3.7057E-02 1.6801E-02 -3.7057E-02 2.8803E-02 1.6682E-02 19 1.0273E+01 -2.1564E+00 -1.0273E+01 1.5300E+01 6.6194E+00 7.0827E-02 -1.4868E-02 -7.0827E-02 1.0549E-01 4.5639E-02 20 9.1820E+00 -2.3316E+00 -9.1820E+00 1.1134E+01 8.0416E-01 6.3308E-02 -1.6076E-02 -6.3308E-02 7.6763E-02 5.5445E-03 21 1.3937E+00 2.2040E-03 -1.3937E+00 2.7467E+00 3.0302E-01 9.6090E-03 1.5196E-05 -9.6092E-03 1.8938E-02 2.0893E-03 22 1.3901E+00 2.2259E-02 -1.1824E+00 2.5725E+00 1.4326E-01 9.5846E-03 1.5347E-04 -8.1524E-03 1.7737E-02 9.8772E-04 Radioactive Material Transport Packaging System Safety Analysis Report 2-327 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-150. Load Case 223, Vertical 2g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0195E+00 2.6090E-02 -9.9812E-02 1.1477E+00 8.5736E-02 7.0292E-03 1.7988E-04 -6.8818E-04 7.9133E-03 5.9113E-04 2 6.8545E+00 3.3509E-01 -5.7483E-02 1.1281E+01 4.2216E+00 4.7260E-02 2.3104E-03 -3.9633E-04 7.7776E-02 2.9107E-02 3 2.4187E-01 6.1706E-03 -2.2134E-01 1.3723E+00 1.6300E-01 1.6676E-03 4.2545E-05 -1.5261E-03 9.4614E-03 1.1239E-03 4 8.6053E-01 9.1570E-02 -4.1071E-01 1.2109E+00 3.8899E-01 5.9331E-03 6.3136E-04 -2.8318E-03 8.3486E-03 2.6820E-03 5 5.9144E-01 1.4320E-01 -3.8119E-01 7.7930E-01 1.3081E-01 4.0778E-03 9.8732E-04 -2.6282E-03 5.3731E-03 9.0188E-04 6 5.4478E-01 2.0284E-01 -2.9430E-01 7.2300E-01 1.2664E-01 3.7561E-03 1.3985E-03 -2.0292E-03 4.9849E-03 8.7316E-04 7 7.2082E-01 1.9114E-01 6.4772E-02 6.5605E-01 6.8904E-02 4.9699E-03 1.3179E-03 4.4659E-04 4.5233E-03 4.7508E-04 8 8.9867E-02 4.3753E-02 -2.7483E-02 1.1836E-01 7.7670E-03 6.1961E-04 3.0166E-04 -1.8949E-04 8.1607E-04 5.3552E-05 9 4.3280E-01 2.2470E-01 -5.7104E-01 5.2221E-01 6.9084E-02 2.9840E-03 1.5493E-03 -3.9372E-03 3.6005E-03 4.7632E-04 10 1.7035E-01 -1.9751E-01 -6.4368E-01 1.1804E+00 1.3445E-01 1.1745E-03 -1.3618E-03 -4.4380E-03 8.1383E-03 9.2697E-04 11 2.5184E-01 -6.9699E-02 -4.0688E-01 9.9174E-01 4.9297E-01 1.7364E-03 -4.8056E-04 -2.8054E-03 6.8378E-03 3.3989E-03 12 2.0547E-01 -1.2037E-02 -3.1461E-01 5.2048E-01 5.6022E-02 1.4167E-03 -8.2991E-05 -2.1692E-03 3.5886E-03 3.8626E-04 13 2.0800E-01 -1.8625E-01 -3.3192E-01 7.4802E-01 3.6848E-01 1.4341E-03 -1.2841E-03 -2.2885E-03 5.1574E-03 2.5406E-03 14 2.6140E-01 1.2441E-01 -2.6289E-01 9.4280E-01 3.5615E-01 1.8023E-03 8.5781E-04 -1.8125E-03 6.5004E-03 2.4556E-03 15 4.2596E-01 6.0972E-02 -1.1413E-01 5.3992E-01 2.0856E-02 2.9369E-03 4.2039E-04 -7.8687E-04 3.7226E-03 1.4380E-04 2-328 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 6.5471E-01 2.9926E-02 -3.3671E-01 8.2950E-01 1.1848E-01 4.5141E-03 2.0633E-04 -2.3215E-03 5.7192E-03 8.1693E-04 17 4.0222E-01 8.9842E-02 -1.6897E-01 6.9567E-01 3.0951E-01 2.7732E-03 6.1944E-04 -1.1650E-03 4.7965E-03 2.1340E-03 18 3.3807E-01 1.0834E-01 -1.6130E-01 5.3704E-01 2.1514E-01 2.3309E-03 7.4696E-04 -1.1121E-03 3.7027E-03 1.4833E-03 19 1.0127E+00 2.7975E-02 -4.6173E-01 1.1071E+00 7.7497E-02 6.9826E-03 1.9288E-04 -3.1835E-03 7.6331E-03 5.3432E-04 20 5.8408E-01 1.3782E-01 -2.4431E-01 6.9754E-01 2.7622E-02 4.0271E-03 9.5023E-04 -1.6844E-03 4.8094E-03 1.9045E-04 21 -3.5197E-02 -1.8696E-01 -6.5293E-01 6.1796E-01 1.6975E-01

                  -2.4267E-04 -1.2890E-03 -4.5018E-03                 4.2607E-03      1.1704E-03 22        5.6683E-01      2.7404E-02 -1.0338E-01            6.7024E-01      9.9472E-02 3.9081E-03      1.8894E-04 -7.1278E-04            4.6211E-03      6.8583E-04 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-329 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-151. Load Case 231, 4-ft. Head-On Drop, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.5081E+01 -8.0590E+02 2.9077E+01 8.3098E+02 2.5110E+02 1.7293E-01 -5.5565E+00 2.0048E-01 5.7294E+00 1.7313E+00 2 1.1076E+01 -4.2209E+02 -2.2676E+01 4.3317E+02 4.7028E+01 7.6369E-02 -2.9102E+00 -1.5635E-01 2.9866E+00 3.2425E-01 3 -3.5670E+00 -1.5070E+02 -5.5195E+00 1.4714E+02 9.8840E+00

                 -2.4594E-02 -1.0391E+00 -3.8055E-02                  1.0145E+00       6.8148E-02 4      4.4411E+02 -1.1686E+03 -1.0719E+02                 1.6127E+03       1.0200E+03 3.0620E+00 -8.0571E+00 -7.3902E-01                 1.1119E+01       7.0326E+00 5      2.3446E+02 -5.0894E+02           6.3021E+00        7.4340E+02       8.3938E+02 1.6165E+00 -3.5090E+00           4.3451E-02        5.1256E+00       5.7873E+00 6    -9.3121E+01 -7.4048E+02 -1.2968E+02                  6.4736E+02       8.2209E+01
                 -6.4205E-01 -5.1054E+00 -8.9412E-01                  4.4634E+00       5.6681E-01 7    -3.0654E-01 -3.2215E+02            4.0210E+00        3.2184E+02       6.1986E+00
                 -2.1135E-03 -2.2211E+00            2.7724E-02        2.2190E+00       4.2738E-02 8    -6.8691E-01 -2.3375E+02 -5.2667E+00                  2.3307E+02       6.2432E-01
                 -4.7361E-03 -1.6117E+00 -3.6313E-02                  1.6069E+00       4.3046E-03 9    -6.5915E-01 -2.0957E+02 -6.5272E+00                  2.0891E+02       3.8681E-01
                 -4.5447E-03 -1.4449E+00 -4.5003E-02                  1.4404E+00       2.6670E-03 10    -4.7699E+01 -3.4766E+02 -1.7391E+01                  2.9996E+02       2.0507E+02
                 -3.2888E-01 -2.3970E+00 -1.1991E-01                  2.0682E+00       1.4139E+00 11      6.7773E+01 -1.9481E+02 -2.2237E+00                 2.6258E+02       8.9717E+01 4.6728E-01 -1.3432E+00 -1.5332E-02                 1.8104E+00       6.1858E-01 12      6.7768E+01 -5.3668E+01           5.8299E+01        1.2144E+02       2.3071E+02 4.6724E-01 -3.7003E-01           4.0196E-01        8.3727E-01       1.5907E+00 13      7.9508E+01 -1.4393E+02           1.3652E+01        2.2344E+02       7.6129E+01 5.4819E-01 -9.9238E-01           9.4126E-02        1.5406E+00       5.2489E-01 14      7.6913E+01 -9.0796E+01           3.6403E+01        1.6771E+02       5.0712E+01 5.3030E-01 -6.2601E-01           2.5099E-01        1.1563E+00       3.4965E-01 15    -7.9538E+02 -3.0569E+03 -5.9343E+02                  2.2616E+03       1.3954E+02
                 -5.4839E+00 -2.1077E+01 -4.0915E+00                  1.5593E+01       9.6208E-01 2-330                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.3964E+02 -4.5686E+02 3.4294E+01 5.9650E+02 3.6570E+02 9.6278E-01 -3.1499E+00 2.3645E-01 4.1127E+00 2.5214E+00 17 -8.4400E+01 -1.0522E+03 -2.1359E+02 9.6782E+02 1.9075E+02

                  -5.8192E-01 -7.2548E+00 -1.4726E+00                 6.6729E+00      1.3152E+00 18      -4.0819E+01 -5.4141E+02 -3.8096E+01                 5.0060E+02      2.8556E+02
                  -2.8144E-01 -3.7329E+00 -2.6266E-01                 3.4515E+00      1.9689E+00 19        2.8037E+02 -3.9524E+02           5.6069E+01       6.7562E+02      4.2483E+02 1.9331E+00 -2.7251E+00           3.8658E-01       4.6582E+00      2.9291E+00 20        2.9901E+02 -4.5679E+02 -4.7247E+01                7.5580E+02      4.6828E+02 2.0616E+00 -3.1495E+00 -3.2576E-01                5.2111E+00      3.2287E+00 21      -4.0078E+01 -9.8076E+01 -8.7314E+01                 5.7998E+01      2.2693E+01
                  -2.7633E-01 -6.7621E-01 -6.0201E-01                 3.9988E-01      1.5646E-01 22      -1.2036E+02 -1.5632E+03 -1.0933E+02                 1.4428E+03      3.9576E+02
                  -8.2985E-01 -1.0778E+01 -7.5381E-01                 9.9477E+00      2.7287E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-331 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-152. Load Case 232, 30-ft. Head-On Drop Impact Test, Normal Conditions, Normal Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -4.3851E+01 -3.2062E+03 -5.9694E+02 3.1624E+03 1.2779E+03

                 -3.0234E-01 -2.2106E+01 -4.1157E+00                  2.1804E+01       8.8110E+00 2      3.6608E+01 -1.7299E+03 -1.0905E+02                 1.7665E+03       8.2715E+01 2.5240E-01 -1.1927E+01 -7.5189E-01                 1.2180E+01       5.7030E-01 3      1.4808E+01 -1.0201E+03 -3.7223E+01                 1.0349E+03       8.9395E+01 1.0210E-01 -7.0335E+00 -2.5664E-01                 7.1356E+00       6.1636E-01 4      8.7090E+02 -5.1268E+03 -1.6448E+03                 5.9977E+03       4.3668E+03 6.0047E+00 -3.5348E+01 -1.1341E+01                 4.1353E+01       3.0108E+01 5      1.4694E+02 -1.9133E+03 -8.0020E+02                 2.0603E+03       2.9578E+03 1.0131E+00 -1.3192E+01 -5.5172E+00                 1.4205E+01       2.0393E+01 6    -3.3587E+02 -1.3042E+03 -6.9110E+02                  9.6830E+02       5.0009E+02
                 -2.3157E+00 -8.9919E+00 -4.7650E+00                  6.6762E+00       3.4480E+00 7    -6.4298E+00 -8.8189E+02 -5.5845E+01                  8.7546E+02       1.6685E+01
                 -4.4332E-02 -6.0804E+00 -3.8504E-01                  6.0361E+00       1.1504E-01 8    -3.9646E+00 -8.4322E+02 -3.9722E+01                  8.3925E+02       8.5101E-01
                 -2.7335E-02 -5.8138E+00 -2.7387E-01                  5.7864E+00       5.8675E-03 9    -3.2081E+00 -8.1085E+02 -2.7565E+01                  8.0765E+02       5.7717E-01
                 -2.2119E-02 -5.5906E+00 -1.9006E-01                  5.5685E+00       3.9795E-03 10    -1.5792E+02 -1.3134E+03 -9.6320E+01                  1.1555E+03       6.8283E+02
                 -1.0888E+00 -9.0557E+00 -6.6410E-01                  7.9668E+00       4.7080E+00 11      2.0361E+02 -6.7121E+02 -4.4778E+01                 8.7482E+02       3.1955E+02 1.4038E+00 -4.6278E+00 -3.0873E-01                 6.0316E+00       2.2032E+00 12      1.9175E+02 -1.8880E+02           1.4942E+02        3.8055E+02       7.7647E+02 1.3221E+00 -1.3018E+00           1.0302E+00        2.6238E+00       5.3536E+00 13      2.5373E+02 -7.1035E+02 -3.8245E+01                 9.6407E+02       6.7407E+02 1.7494E+00 -4.8977E+00 -2.6369E-01                 6.6471E+00       4.6476E+00 14      2.4952E+02 -5.6415E+02           2.2970E+01        8.1367E+02       3.5190E+02 1.7204E+00 -3.8897E+00           1.5837E-01        5.6101E+00       2.4263E+00 15      8.3614E+02       1.8534E+02      1.3136E+02        6.5081E+02       2.3281E+01 5.7650E+00       1.2778E+00      9.0573E-01        4.4872E+00       1.6052E-01 2-332                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.8958E+02 -9.1798E+02 -4.4126E+02 1.2076E+03 5.6522E+02 1.9966E+00 -6.3292E+00 -3.0424E+00 8.3258E+00 3.8970E+00 17 4.9047E+02 -8.8069E+02 -4.9980E+02 1.3712E+03 1.1635E+03 3.3817E+00 -6.0722E+00 -3.4460E+00 9.4538E+00 8.0221E+00 18 4.6270E+02 -1.4211E+03 -2.9977E+02 1.8838E+03 2.1661E+03 3.1902E+00 -9.7984E+00 -2.0668E+00 1.2989E+01 1.4935E+01 19 4.0197E+02 -1.4487E+03 -5.6530E+02 1.8507E+03 1.2611E+03 2.7715E+00 -9.9885E+00 -3.8976E+00 1.2760E+01 8.6948E+00 20 -9.7709E+01 -9.6214E+02 -6.2784E+02 8.6443E+02 1.4123E+03

                  -6.7368E-01 -6.6337E+00 -4.3288E+00                 5.9600E+00      9.7373E+00 21        1.6604E+02      1.2645E+00 -3.2787E-01            1.6478E+02      9.0540E+00 1.1448E+00      8.7186E-03 -2.2606E-03            1.1361E+00      6.2425E-02 22        5.3497E+02      1.2521E+02       3.5320E+02       4.0975E+02      3.3572E+02 3.6885E+00      8.6331E-01       2.4353E+00       2.8252E+00      2.3147E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-333 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-153. Load Combination 101, Hot Environment, Normal Conditions of Transport - Model AOS-050A Load Cases: 102, 201, 211 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.19 1.70 0.15 2.90 3.05 20.00 66.30 9.36 8.23 11.73 1.03 19.97 21.00 137.90 457.12 2 0.08 0.05 0.19 0.13 0.32 20.00 66.30 >10 0.53 0.37 1.34 0.90 2.24 137.90 457.12 3 0.04 0.01 0.15 0.05 0.20 20.00 66.30 >10 0.24 0.09 1.05 0.33 1.38 137.90 457.12 4 1.71 2.69 1.36 4.40 5.76 20.00 66.30 5.82 11.78 18.56 9.34 30.33 39.68 137.90 457.12 5 1.65 2.53 1.11 4.18 5.29 20.00 66.30 6.18 11.36 17.47 7.63 28.83 36.46 137.90 457.12 6 0.61 1.02 0.67 1.63 2.30 20.00 66.30 >10 4.21 7.03 4.60 11.24 15.83 137.90 457.12 7 0.34 0.00 0.22 0.34 0.56 20.00 66.30 >10 2.35 0.01 1.52 2.36 3.87 137.90 457.12 8 0.34 0.00 0.21 0.34 0.55 20.00 66.30 >10 2.35 0.00 1.45 2.35 3.80 137.90 457.12 9 0.34 0.00 0.22 0.34 0.56 20.00 66.30 >10 2.35 0.01 1.49 2.36 3.84 137.90 457.12 10 0.49 0.21 0.93 0.71 1.63 20.00 66.30 >10 3.40 1.48 6.38 4.88 11.26 137.90 457.12 11 0.27 0.16 0.74 0.43 1.18 20.00 66.30 >10 1.85 1.12 5.13 2.97 8.10 137.90 457.12 12 0.23 0.11 1.02 0.34 1.37 20.00 66.30 >10 1.61 0.76 7.06 2.37 9.42 137.90 457.12 13 0.82 0.89 0.72 1.71 2.43 20.00 66.30 >10 5.65 6.15 4.95 11.81 16.76 137.90 457.12 2-334 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.81 0.64 0.58 1.45 2.04 20.00 66.30 >10 5.58 4.45 4.02 10.03 14.05 137.90 457.12 15 1.35 0.65 2.10 2.00 4.11 20.00 66.30 >10 9.34 4.46 14.51 13.80 28.31 137.90 457.12 16 0.36 0.47 0.74 0.83 1.58 20.00 66.30 >10 2.51 3.23 5.12 5.74 10.86 137.90 457.12 17 0.28 0.35 0.43 0.63 1.07 20.00 66.30 >10 1.95 2.40 3.00 4.36 7.35 137.90 457.12 18 0.51 0.81 0.19 1.33 1.52 20.00 66.30 >10 3.53 5.62 1.34 9.15 10.49 137.90 457.12 19 0.74 0.97 0.32 1.71 2.03 20.00 66.30 >10 5.13 6.65 2.18 11.78 13.97 137.90 457.12 20 0.73 1.01 0.53 1.74 2.27 20.00 66.30 >10 5.04 6.97 3.67 12.01 15.68 137.90 457.12 21 0.17 0.29 0.03 0.46 0.49 20.00 66.30 >10 1.19 1.98 0.21 3.17 3.38 137.90 457.12 22 0.72 0.36 0.11 1.08 1.20 20.00 66.30 >10 4.97 2.48 0.79 7.46 8.25 137.90 457.12 Min MS: 5.819, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-335 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-154. Load Combination 102, Cold Environment, Normal Conditions of Transport - Model AOS-050A Load Cases: 104, 201, 211 -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.19 1.70 0.09 2.90 2.99 20.00 70.00 9.36 8.23 11.73 0.63 19.97 20.59 137.90 482.63 2 0.08 0.05 0.07 0.13 0.20 20.00 70.00 >10 0.53 0.37 0.45 0.90 1.35 137.90 482.63 3 0.04 0.01 0.09 0.05 0.13 20.00 70.00 >10 0.24 0.09 0.59 0.33 0.93 137.90 482.63 4 1.71 2.69 10.82 4.40 15.22 20.00 70.00 2.94 11.78 18.56 74.60 30.33 104.94 137.90 482.63 5 1.65 2.53 14.79 4.18 18.97 20.00 70.00 2.16 11.36 17.47 101.94 28.83 130.76 137.90 482.63 6 0.61 1.02 7.02 1.63 8.65 20.00 70.00 5.94 4.21 7.03 48.40 11.24 59.64 137.90 482.63 7 0.34 0.00 3.23 0.34 3.57 20.00 70.00 >10 2.35 0.01 22.24 2.36 24.60 137.90 482.63 8 0.34 0.00 3.22 0.34 3.56 20.00 70.00 >10 2.35 0.00 22.22 2.35 24.57 137.90 482.63 9 0.34 0.00 3.22 0.34 3.57 20.00 70.00 >10 2.35 0.01 22.23 2.36 24.59 137.90 482.63 10 0.49 0.21 3.54 0.71 4.25 20.00 70.00 >10 3.40 1.48 24.39 4.88 29.27 137.90 482.63 11 0.27 0.16 1.73 0.43 2.16 20.00 70.00 >10 1.85 1.12 11.93 2.97 14.90 137.90 482.63 12 0.23 0.11 0.85 0.34 1.19 20.00 70.00 >10 1.61 0.76 5.83 2.37 8.19 137.90 482.63 13 0.82 0.89 6.14 1.71 7.85 20.00 70.00 6.64 5.65 6.15 42.35 11.81 54.16 137.90 482.63 2-336 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.81 0.64 4.97 1.45 6.43 20.00 70.00 8.33 5.58 4.45 34.30 10.03 44.32 137.90 482.63 15 1.35 0.65 0.45 2.00 2.45 20.00 70.00 >10 9.34 4.46 3.12 13.80 16.93 137.90 482.63 16 0.36 0.47 1.83 0.83 2.66 20.00 70.00 >10 2.51 3.23 12.59 5.74 18.33 137.90 482.63 17 0.28 0.35 1.56 0.63 2.19 20.00 70.00 >10 1.95 2.40 10.76 4.36 15.12 137.90 482.63 18 0.51 0.81 1.63 1.33 2.96 20.00 70.00 >10 3.53 5.62 11.27 9.15 20.42 137.90 482.63 19 0.74 0.97 2.18 1.71 3.89 20.00 70.00 >10 5.13 6.65 15.00 11.78 26.79 137.90 482.63 20 0.73 1.01 2.41 1.74 4.15 20.00 70.00 >10 5.04 6.97 16.60 12.01 28.61 137.90 482.63 21 0.17 0.29 0.88 0.46 1.34 20.00 70.00 >10 1.19 1.98 6.07 3.17 9.25 137.90 482.63 22 0.72 0.36 0.12 1.08 1.20 20.00 70.00 >10 4.97 2.48 0.80 7.46 8.25 137.90 482.63 Min MS: 2.164, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-337 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-155. Load Combination 103, Increased External Pressure, Normal Conditions of Transport - Model AOS-050A Load Cases: 103, 202, 211 -20°F Ambient, Zero Decay Heat, Zero Insolation Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.19 1.70 0.07 2.89 2.97 20.00 70.00 9.38 8.21 11.72 0.51 19.93 20.45 137.90 482.63 2 0.07 0.05 0.05 0.13 0.18 20.00 70.00 >10 0.51 0.37 0.37 0.87 1.24 137.90 482.63 3 0.03 0.01 0.07 0.04 0.11 20.00 70.00 >10 0.22 0.09 0.49 0.30 0.79 137.90 482.63 4 1.49 2.35 8.85 3.84 12.69 20.00 70.00 3.73 10.24 16.20 61.04 26.44 87.49 137.90 482.63 5 1.51 2.31 12.10 3.81 15.91 20.00 70.00 2.77 10.39 15.91 83.41 26.30 109.71 137.90 482.63 6 0.57 1.00 5.74 1.58 7.32 20.00 70.00 7.20 3.96 6.91 39.60 10.87 50.47 137.90 482.63 7 0.33 0.00 2.64 0.33 2.97 20.00 70.00 >10 2.27 0.01 18.20 2.28 20.48 137.90 482.63 8 0.33 0.00 2.64 0.33 2.97 20.00 70.00 >10 2.27 0.00 18.18 2.27 20.45 137.90 482.63 9 0.33 0.00 2.64 0.33 2.97 20.00 70.00 >10 2.27 0.01 18.18 2.28 20.46 137.90 482.63 10 0.37 0.09 2.89 0.46 3.36 20.00 70.00 >10 2.57 0.62 19.96 3.19 23.15 137.90 482.63 11 0.20 0.13 1.42 0.34 1.75 20.00 70.00 >10 1.39 0.93 9.77 2.32 12.08 137.90 482.63 12 0.12 0.10 0.69 0.22 0.91 20.00 70.00 >10 0.84 0.66 4.77 1.49 6.26 137.90 482.63 13 0.71 0.80 5.03 1.50 6.53 20.00 70.00 8.19 4.87 5.49 34.65 10.36 45.02 137.90 482.63 2-338 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.71 0.54 4.07 1.25 5.32 20.00 70.00 >10 4.90 3.74 28.06 8.65 36.71 137.90 482.63 15 0.97 0.21 0.37 1.18 1.55 20.00 70.00 >10 6.71 1.46 2.54 8.17 10.71 137.90 482.63 16 0.11 0.12 1.50 0.23 1.72 20.00 70.00 >10 0.77 0.81 10.31 1.58 11.89 137.90 482.63 17 0.10 0.11 1.28 0.21 1.49 20.00 70.00 >10 0.71 0.75 8.81 1.45 10.27 137.90 482.63 18 0.29 0.49 1.34 0.78 2.11 20.00 70.00 >10 1.98 3.37 9.21 5.35 14.56 137.90 482.63 19 0.39 0.41 1.78 0.80 2.58 20.00 70.00 >10 2.66 2.85 12.27 5.51 17.78 137.90 482.63 20 0.47 0.54 1.97 1.02 2.99 20.00 70.00 >10 3.27 3.74 13.57 7.01 20.58 137.90 482.63 21 0.10 0.21 0.72 0.31 1.03 20.00 70.00 >10 0.69 1.45 4.97 2.14 7.11 137.90 482.63 22 0.59 0.27 0.09 0.85 0.95 20.00 70.00 >10 4.04 1.84 0.64 5.88 6.52 137.90 482.63 Min MS: 2.771, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-339 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-156. Load Combination 104, Minimum External Pressure, Normal Conditions of Transport - Model AOS-050A Load Cases: 101, 201, 202, 211 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.16 2.90 3.06 20.00 66.30 9.35 8.24 11.74 1.11 19.98 21.08 137.90 457.12 2 0.08 0.05 0.21 0.13 0.34 20.00 66.30 >10 0.54 0.37 1.43 0.91 2.34 137.90 457.12 3 0.04 0.01 0.15 0.05 0.20 20.00 66.30 >10 0.25 0.09 1.06 0.34 1.41 137.90 457.12 4 1.78 2.81 1.13 4.59 5.72 20.00 66.30 5.54 12.29 19.36 7.80 31.65 39.45 137.90 457.12 5 1.69 2.61 1.18 4.31 5.49 20.00 66.30 5.97 11.69 18.00 8.13 29.69 37.82 137.90 457.12 6 0.62 1.03 0.54 1.65 2.19 20.00 66.30 >10 4.29 7.08 3.72 11.37 15.10 137.90 457.12 7 0.34 0.00 0.15 0.35 0.49 20.00 66.30 >10 2.37 0.01 1.02 2.38 3.40 137.90 457.12 8 0.34 0.00 0.15 0.34 0.49 20.00 66.30 >10 2.37 0.00 1.02 2.37 3.39 137.90 457.12 9 0.34 0.00 0.15 0.35 0.49 20.00 66.30 >10 2.37 0.02 1.01 2.38 3.39 137.90 457.12 10 0.53 0.26 0.45 0.79 1.24 20.00 66.30 >10 3.67 1.76 3.13 5.43 8.56 137.90 457.12 11 0.29 0.17 0.47 0.46 0.93 20.00 66.30 >10 2.00 1.19 3.24 3.18 6.42 137.90 457.12 12 0.27 0.11 0.70 0.38 1.08 20.00 66.30 >10 1.85 0.78 4.84 2.64 7.47 137.90 457.12 2-340 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.86 0.92 0.70 1.78 2.47 20.00 66.30 >10 5.90 6.37 4.79 12.27 17.06 137.90 457.12 14 0.84 0.68 0.57 1.52 2.09 20.00 66.30 >10 5.80 4.67 3.93 10.47 14.40 137.90 457.12 15 1.48 0.79 1.41 2.27 3.68 20.00 66.30 >10 10.20 5.45 9.71 15.65 25.36 137.90 457.12 16 0.44 0.58 0.49 1.03 1.52 20.00 66.30 >10 3.07 4.02 3.38 7.09 10.47 137.90 457.12 17 0.34 0.43 0.29 0.77 1.06 20.00 66.30 >10 2.35 2.94 2.01 5.29 7.31 137.90 457.12 18 0.59 0.92 0.19 1.51 1.70 20.00 66.30 >10 4.04 6.35 1.32 10.38 11.71 137.90 457.12 19 0.86 1.14 0.28 2.00 2.28 20.00 66.30 >10 5.93 7.89 1.91 13.82 15.73 137.90 457.12 20 0.82 1.16 0.56 1.98 2.54 20.00 66.30 >10 5.62 8.02 3.84 13.64 17.48 137.90 457.12 21 0.20 0.31 0.03 0.51 0.53 20.00 66.30 >10 1.35 2.15 0.19 3.50 3.69 137.90 457.12 22 0.77 0.39 0.07 1.16 1.23 20.00 66.30 >10 5.28 2.70 0.50 7.97 8.47 137.90 457.12 Min MS: 5.535, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-341 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-157. Load Combination 105, Cold Environment with Maximum Decay Heat, Normal Conditions of Transport - Model AOS-050A Load Cases: 105, 201, 202, 211 -40°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.17 2.90 3.07 20.00 70.00 9.35 8.24 11.74 1.20 19.98 21.18 137.90 482.63 2 0.08 0.05 0.22 0.13 0.36 20.00 70.00 >10 0.54 0.37 1.54 0.91 2.45 137.90 482.63 3 0.04 0.01 0.17 0.05 0.22 20.00 70.00 >10 0.25 0.09 1.15 0.34 1.49 137.90 482.63 4 1.78 2.81 1.19 4.59 5.78 20.00 70.00 5.54 12.29 19.36 8.21 31.65 39.86 137.90 482.63 5 1.69 2.61 1.33 4.31 5.63 20.00 70.00 5.97 11.69 18.00 9.15 29.69 38.84 137.90 482.63 6 0.62 1.03 0.58 1.65 2.23 20.00 70.00 >10 4.29 7.08 4.02 11.37 15.40 137.90 482.63 7 0.34 0.00 0.17 0.35 0.51 20.00 70.00 >10 2.37 0.01 1.15 2.38 3.53 137.90 482.63 8 0.34 0.00 0.17 0.34 0.51 20.00 70.00 >10 2.37 0.00 1.16 2.37 3.53 137.90 482.63 9 0.34 0.00 0.17 0.35 0.51 20.00 70.00 >10 2.37 0.02 1.15 2.38 3.53 137.90 482.63 10 0.53 0.26 0.37 0.79 1.16 20.00 70.00 >10 3.67 1.76 2.58 5.43 8.01 137.90 482.63 11 0.29 0.17 0.43 0.46 0.89 20.00 70.00 >10 2.00 1.19 2.96 3.18 6.14 137.90 482.63 12 0.27 0.11 0.66 0.38 1.04 20.00 70.00 >10 1.85 0.78 4.53 2.64 7.16 137.90 482.63 2-342 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.86 0.92 0.75 1.78 2.52 20.00 70.00 >10 5.90 6.37 5.14 12.27 17.41 137.90 482.63 14 0.84 0.68 0.63 1.52 2.15 20.00 70.00 >10 5.80 4.67 4.33 10.47 14.80 137.90 482.63 15 1.48 0.79 0.14 2.27 2.41 20.00 70.00 >10 10.20 5.45 0.97 15.65 16.62 137.90 482.63 16 0.44 0.58 0.04 1.03 1.07 20.00 70.00 >10 3.07 4.02 0.29 7.09 7.38 137.90 482.63 17 0.34 0.43 0.04 0.77 0.81 20.00 70.00 >10 2.35 2.94 0.27 5.29 5.56 137.90 482.63 18 0.59 0.92 0.21 1.51 1.72 20.00 70.00 >10 4.04 6.35 1.45 10.38 11.83 137.90 482.63 19 0.86 1.14 0.25 2.00 2.26 20.00 70.00 >10 5.93 7.89 1.74 13.82 15.55 137.90 482.63 20 0.82 1.16 0.62 1.98 2.59 20.00 70.00 >10 5.62 8.02 4.25 13.64 17.89 137.90 482.63 21 0.20 0.31 0.03 0.51 0.53 20.00 70.00 >10 1.35 2.15 0.19 3.50 3.69 137.90 482.63 22 0.77 0.39 0.03 1.16 1.19 20.00 70.00 >10 5.28 2.70 0.23 7.97 8.20 137.90 482.63 Min MS: 5.535, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-343 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-158. Load Combination 106, Maximum Pressure, Hot Environment, Normal Conditions of Transport - Model AOS-050A Load Cases: 101, 201, 203, 211 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Maximum Increased External Pressure, 140 kPa (20 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.16 2.90 3.06 20.00 66.30 9.33 8.29 11.74 1.11 20.02 21.13 137.90 457.12 2 0.09 0.05 0.21 0.14 0.35 20.00 66.30 >10 0.59 0.37 1.43 0.96 2.39 137.90 457.12 3 0.04 0.02 0.15 0.06 0.21 20.00 66.30 >10 0.30 0.11 1.06 0.41 1.48 137.90 457.12 4 1.95 3.12 1.13 5.07 6.20 20.00 66.30 4.92 13.42 21.53 7.80 34.95 42.75 137.90 457.12 5 1.90 2.90 1.18 4.81 5.99 20.00 66.30 5.24 13.12 20.01 8.13 33.14 41.27 137.90 457.12 6 0.71 1.19 0.54 1.90 2.44 20.00 66.30 >10 4.91 8.20 3.72 13.10 16.83 137.90 457.12 7 0.41 0.00 0.15 0.41 0.56 20.00 66.30 >10 2.80 0.01 1.02 2.81 3.83 137.90 457.12 8 0.41 0.00 0.15 0.41 0.55 20.00 66.30 >10 2.80 0.00 1.02 2.80 3.82 137.90 457.12 9 0.41 0.00 0.15 0.41 0.55 20.00 66.30 >10 2.80 0.02 1.01 2.81 3.82 137.90 457.12 10 0.56 0.22 0.45 0.78 1.24 20.00 66.30 >10 3.88 1.51 3.13 5.39 8.52 137.90 457.12 11 0.30 0.17 0.47 0.47 0.94 20.00 66.30 >10 2.05 1.20 3.24 3.25 6.48 137.90 457.12 12 0.34 0.25 0.70 0.59 1.29 20.00 66.30 >10 2.37 1.70 4.84 4.06 8.90 137.90 457.12 2-344 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.91 0.99 0.70 1.90 2.60 20.00 66.30 >10 6.27 6.84 4.79 13.11 17.90 137.90 457.12 14 0.88 0.69 0.57 1.58 2.15 20.00 66.30 >10 6.08 4.78 3.93 10.87 14.80 137.90 457.12 15 1.53 0.76 1.41 2.29 3.70 20.00 66.30 >10 10.57 5.25 9.71 15.82 25.53 137.90 457.12 16 0.48 0.63 0.49 1.11 1.60 20.00 66.30 >10 3.29 4.33 3.38 7.62 11.01 137.90 457.12 17 0.36 0.47 0.29 0.84 1.13 20.00 66.30 >10 2.52 3.27 2.01 5.78 7.80 137.90 457.12 18 0.61 0.97 0.19 1.58 1.77 20.00 66.30 >10 4.20 6.67 1.32 10.87 12.20 137.90 457.12 19 0.89 1.17 0.28 2.06 2.34 20.00 66.30 >10 6.14 8.07 1.91 14.20 16.12 137.90 457.12 20 0.83 1.18 0.56 2.01 2.57 20.00 66.30 >10 5.71 8.15 3.84 13.86 17.70 137.90 457.12 21 0.29 0.38 0.03 0.68 0.70 20.00 66.30 >10 2.01 2.65 0.19 4.66 4.84 137.90 457.12 22 0.79 0.39 0.07 1.18 1.26 20.00 66.30 >10 5.48 2.68 0.50 8.16 8.66 137.90 457.12 Min MS: 4.918, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-345 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-159. Load Combination 107, Maximum Pressure, Cold Environment, Normal Conditions of Transport - Model AOS-050A Load Cases: 105, 201, 203, 211 -40°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Maximum Increased External Pressure, 140 kPa (20 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.17 2.90 3.08 20.00 70.00 9.33 8.29 11.74 1.20 20.02 21.23 137.90 482.63 2 0.09 0.05 0.22 0.14 0.36 20.00 70.00 >10 0.59 0.37 1.54 0.96 2.50 137.90 482.63 3 0.04 0.02 0.17 0.06 0.23 20.00 70.00 >10 0.30 0.11 1.15 0.41 1.56 137.90 482.63 4 1.95 3.12 1.19 5.07 6.26 20.00 70.00 4.92 13.42 21.53 8.21 34.95 43.16 137.90 482.63 5 1.90 2.90 1.33 4.81 6.13 20.00 70.00 5.24 13.12 20.01 9.15 33.14 42.29 137.90 482.63 6 0.71 1.19 0.58 1.90 2.48 20.00 70.00 >10 4.91 8.20 4.02 13.10 17.12 137.90 482.63 7 0.41 0.00 0.17 0.41 0.58 20.00 70.00 >10 2.80 0.01 1.15 2.81 3.96 137.90 482.63 8 0.41 0.00 0.17 0.41 0.57 20.00 70.00 >10 2.80 0.00 1.16 2.80 3.96 137.90 482.63 9 0.41 0.00 0.17 0.41 0.57 20.00 70.00 >10 2.80 0.02 1.15 2.81 3.96 137.90 482.63 10 0.56 0.22 0.37 0.78 1.16 20.00 70.00 >10 3.88 1.51 2.58 5.39 7.97 137.90 482.63 11 0.30 0.17 0.43 0.47 0.90 20.00 70.00 >10 2.05 1.20 2.96 3.25 6.20 137.90 482.63 12 0.34 0.25 0.66 0.59 1.25 20.00 70.00 >10 2.37 1.70 4.53 4.06 8.59 137.90 482.63 2-346 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.91 0.99 0.75 1.90 2.65 20.00 70.00 >10 6.27 6.84 5.14 13.11 18.25 137.90 482.63 14 0.88 0.69 0.63 1.58 2.20 20.00 70.00 >10 6.08 4.78 4.33 10.87 15.20 137.90 482.63 15 1.53 0.76 0.14 2.29 2.43 20.00 70.00 >10 10.57 5.25 0.97 15.82 16.78 137.90 482.63 16 0.48 0.63 0.04 1.11 1.15 20.00 70.00 >10 3.29 4.33 0.29 7.62 7.92 137.90 482.63 17 0.36 0.47 0.04 0.84 0.88 20.00 70.00 >10 2.52 3.27 0.27 5.78 6.05 137.90 482.63 18 0.61 0.97 0.21 1.58 1.79 20.00 70.00 >10 4.20 6.67 1.45 10.87 12.32 137.90 482.63 19 0.89 1.17 0.25 2.06 2.31 20.00 70.00 >10 6.14 8.07 1.74 14.20 15.94 137.90 482.63 20 0.83 1.18 0.62 2.01 2.63 20.00 70.00 >10 5.71 8.15 4.25 13.86 18.11 137.90 482.63 21 0.29 0.38 0.03 0.68 0.70 20.00 70.00 >10 2.01 2.65 0.19 4.66 4.84 137.90 482.63 22 0.79 0.39 0.03 1.18 1.22 20.00 70.00 >10 5.48 2.68 0.23 8.16 8.39 137.90 482.63 Min MS: 4.918, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-347 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-160. Load Combination 215, Compression Load, Normal Conditions of Transport - Model AOS-050A Load Cases: 215, 101, 201, 211 Compression Load (5x weight) 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.26 1.80 0.16 3.05 3.21 20.00 66.30 8.82 8.67 12.39 1.11 21.06 22.16 137.90 457.12 2 0.13 0.05 0.21 0.18 0.39 20.00 66.30 >10 0.87 0.37 1.43 1.24 2.67 137.90 457.12 3 0.09 0.03 0.15 0.12 0.28 20.00 66.30 >10 0.62 0.21 1.06 0.84 1.90 137.90 457.12 4 1.94 3.07 1.13 5.01 6.14 20.00 66.30 4.99 13.37 21.16 7.80 34.53 42.33 137.90 457.12 5 1.88 2.85 1.18 4.73 5.91 20.00 66.30 5.34 12.98 19.63 8.13 32.60 40.74 137.90 457.12 6 0.72 1.09 0.54 1.81 2.35 20.00 66.30 >10 4.95 7.52 3.72 12.47 16.20 137.90 457.12 7 0.42 0.00 0.15 0.42 0.57 20.00 66.30 >10 2.91 0.01 1.02 2.93 3.95 137.90 457.12 8 0.40 0.00 0.15 0.40 0.55 20.00 66.30 >10 2.77 0.00 1.02 2.77 3.79 137.90 457.12 9 0.40 0.00 0.15 0.40 0.54 20.00 66.30 >10 2.73 0.02 1.01 2.75 3.75 137.90 457.12 10 0.55 0.22 0.45 0.78 1.23 20.00 66.30 >10 3.82 1.54 3.13 5.36 8.49 137.90 457.12 11 0.29 0.19 0.47 0.48 0.95 20.00 66.30 >10 2.02 1.30 3.24 3.32 6.56 137.90 457.12 12 0.27 0.17 0.70 0.44 1.14 20.00 66.30 >10 1.87 1.16 4.84 3.03 7.87 137.90 457.12 2-348 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.91 0.99 0.70 1.90 2.59 20.00 66.30 >10 6.30 6.80 4.79 13.10 17.89 137.90 457.12 14 0.89 0.71 0.57 1.60 2.17 20.00 66.30 >10 6.13 4.90 3.93 11.03 14.96 137.90 457.12 15 2.33 0.71 1.41 3.04 4.45 20.00 66.30 7.58 16.08 4.90 9.71 20.98 30.69 137.90 457.12 16 0.59 0.75 0.49 1.33 1.82 20.00 66.30 >10 4.06 5.14 3.38 9.20 12.58 137.90 457.12 17 0.44 0.51 0.29 0.95 1.24 20.00 66.30 >10 3.01 3.52 2.01 6.53 8.55 137.90 457.12 18 0.60 0.90 0.19 1.50 1.69 20.00 66.30 >10 4.15 6.18 1.32 10.32 11.65 137.90 457.12 19 0.89 1.15 0.28 2.05 2.32 20.00 66.30 >10 6.17 7.94 1.91 14.11 16.03 137.90 457.12 20 0.91 1.28 0.56 2.19 2.75 20.00 66.30 >10 6.27 8.85 3.84 15.12 18.97 137.90 457.12 21 0.24 0.32 0.03 0.56 0.59 20.00 66.30 >10 1.66 2.22 0.19 3.88 4.07 137.90 457.12 22 0.97 0.51 0.07 1.48 1.55 20.00 66.30 >10 6.66 3.51 0.50 10.17 10.67 137.90 457.12 Min MS: 4.990, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-349 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-161. Load Combination 216, Rod Drop, Normal Conditions of Transport - Model AOS-050A Load Cases: 216, 101, 201, 211 Rod Drop onto Cask 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.24 1.71 0.16 2.94 3.10 20.00 66.30 9.19 8.52 11.78 1.11 20.30 21.41 137.90 457.12 2 0.13 0.06 0.21 0.19 0.39 20.00 66.30 >10 0.87 0.42 1.43 1.29 2.72 137.90 457.12 3 0.10 0.02 0.15 0.12 0.27 20.00 66.30 >10 0.66 0.15 1.06 0.81 1.87 137.90 457.12 4 2.01 3.00 1.13 5.01 6.15 20.00 66.30 4.98 13.85 20.71 7.80 34.57 42.37 137.90 457.12 5 1.85 2.62 1.18 4.47 5.65 20.00 66.30 5.71 12.76 18.07 8.13 30.83 38.96 137.90 457.12 6 0.87 1.20 0.54 2.07 2.61 20.00 66.30 >10 6.00 8.26 3.72 14.26 17.98 137.90 457.12 7 0.50 0.00 0.15 0.50 0.65 20.00 66.30 >10 3.43 0.03 1.02 3.46 4.48 137.90 457.12 8 0.45 0.00 0.15 0.45 0.60 20.00 66.30 >10 3.10 0.00 1.02 3.10 4.12 137.90 457.12 9 0.43 0.00 0.15 0.43 0.58 20.00 66.30 >10 2.97 0.02 1.01 2.99 4.00 137.90 457.12 10 0.59 0.22 0.45 0.80 1.26 20.00 66.30 >10 4.05 1.49 3.13 5.54 8.67 137.90 457.12 11 0.31 0.21 0.47 0.51 0.98 20.00 66.30 >10 2.11 1.42 3.24 3.54 6.77 137.90 457.12 12 0.28 0.17 0.70 0.45 1.15 20.00 66.30 >10 1.93 1.18 4.84 3.11 7.94 137.90 457.12 2-350 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.98 1.04 0.70 2.02 2.71 20.00 66.30 >10 6.74 7.16 4.79 13.90 18.69 137.90 457.12 14 0.95 0.77 0.57 1.72 2.29 20.00 66.30 >10 6.56 5.31 3.93 11.87 15.80 137.90 457.12 15 8.75 1.17 1.41 9.92 11.33 20.00 66.30 1.28 60.35 8.04 9.71 68.40 78.11 137.90 457.12 16 1.21 1.65 0.49 2.86 3.35 20.00 66.30 9.50 8.31 11.39 3.38 19.70 23.08 137.90 457.12 17 0.80 1.21 0.29 2.01 2.30 20.00 66.30 >10 5.52 8.34 2.01 13.86 15.87 137.90 457.12 18 0.77 1.02 0.19 1.78 1.98 20.00 66.30 >10 5.29 7.00 1.32 12.29 13.62 137.90 457.12 19 0.91 1.03 0.28 1.94 2.22 20.00 66.30 >10 6.30 7.10 1.91 13.40 15.32 137.90 457.12 20 1.02 1.13 0.56 2.15 2.71 20.00 66.30 >10 7.06 7.77 3.84 14.83 18.68 137.90 457.12 21 0.23 0.32 0.03 0.55 0.57 20.00 66.30 >10 1.59 2.18 0.19 3.77 3.96 137.90 457.12 22 4.54 3.47 0.07 8.01 8.08 20.00 66.30 2.75 31.30 23.92 0.50 55.22 55.72 137.90 457.12 Min MS: 1.285, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-351 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-162. Load Combination 217, Rod Drop, Cold Environment, Normal Conditions of Transport - Model AOS-050A Load Cases: 216, 104, 201, 211 Rod Drop onto Cask -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.24 1.71 0.09 2.94 3.04 20.00 70.00 9.19 8.52 11.78 0.63 20.30 20.93 137.90 482.63 2 0.13 0.06 0.07 0.19 0.25 20.00 70.00 >10 0.87 0.42 0.45 1.29 1.74 137.90 482.63 3 0.10 0.02 0.09 0.12 0.20 20.00 70.00 >10 0.66 0.15 0.59 0.81 1.40 137.90 482.63 4 2.01 3.00 10.82 5.01 15.83 20.00 70.00 2.79 13.85 20.71 74.60 34.57 109.17 137.90 482.63 5 1.85 2.62 14.79 4.47 19.26 20.00 70.00 2.12 12.76 18.07 101.94 30.83 132.77 137.90 482.63 6 0.87 1.20 7.02 2.07 9.09 20.00 70.00 5.60 6.00 8.26 48.40 14.26 62.66 137.90 482.63 7 0.50 0.00 3.23 0.50 3.73 20.00 70.00 >10 3.43 0.03 22.24 3.46 25.70 137.90 482.63 8 0.45 0.00 3.22 0.45 3.67 20.00 70.00 >10 3.10 0.00 22.22 3.10 25.32 137.90 482.63 9 0.43 0.00 3.22 0.43 3.66 20.00 70.00 >10 2.97 0.02 22.23 2.99 25.22 137.90 482.63 10 0.59 0.22 3.54 0.80 4.34 20.00 70.00 >10 4.05 1.49 24.39 5.54 29.94 137.90 482.63 11 0.31 0.21 1.73 0.51 2.24 20.00 70.00 >10 2.11 1.42 11.93 3.54 15.47 137.90 482.63 12 0.28 0.17 0.85 0.45 1.30 20.00 70.00 >10 1.93 1.18 5.83 3.11 8.94 137.90 482.63 2-352 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.98 1.04 6.14 2.02 8.16 20.00 70.00 6.35 6.74 7.16 42.35 13.90 56.25 137.90 482.63 14 0.95 0.77 4.97 1.72 6.70 20.00 70.00 7.96 6.56 5.31 34.30 11.87 46.17 137.90 482.63 15 8.75 1.17 0.45 9.92 10.37 20.00 70.00 1.28 60.35 8.04 3.12 68.40 71.52 137.90 482.63 16 1.21 1.65 1.83 2.86 4.68 20.00 70.00 9.50 8.31 11.39 12.59 19.70 32.29 137.90 482.63 17 0.80 1.21 1.56 2.01 3.57 20.00 70.00 >10 5.52 8.34 10.76 13.86 24.62 137.90 482.63 18 0.77 1.02 1.63 1.78 3.42 20.00 70.00 >10 5.29 7.00 11.27 12.29 23.57 137.90 482.63 19 0.91 1.03 2.18 1.94 4.12 20.00 70.00 >10 6.30 7.10 15.00 13.40 28.41 137.90 482.63 20 1.02 1.13 2.41 2.15 4.56 20.00 70.00 >10 7.06 7.77 16.60 14.83 31.43 137.90 482.63 21 0.23 0.32 0.88 0.55 1.43 20.00 70.00 >10 1.59 2.18 6.07 3.77 9.85 137.90 482.63 22 4.54 3.47 0.12 8.01 8.12 20.00 70.00 2.75 31.30 23.92 0.80 55.22 56.02 137.90 482.63 Min MS: 1.285, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-353 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-163. Load Combination 221, Forward Vibration, Normal Conditions of Transport - Model AOS-050A Load Cases: 221, 101, 201, 211 Forward 10g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.16 2.91 3.07 20.00 66.30 9.32 8.28 11.75 1.11 20.03 21.14 137.90 457.12 2 0.21 0.07 0.21 0.28 0.49 20.00 66.30 >10 1.47 0.47 1.43 1.94 3.37 137.90 457.12 3 0.04 0.02 0.15 0.05 0.21 20.00 66.30 >10 0.27 0.11 1.06 0.38 1.44 137.90 457.12 4 1.74 2.71 1.13 4.46 5.59 20.00 66.30 5.73 12.03 18.70 7.80 30.72 38.53 137.90 457.12 5 1.66 2.54 1.18 4.20 5.38 20.00 66.30 6.14 11.44 17.52 8.13 28.97 37.10 137.90 457.12 6 0.64 1.02 0.54 1.66 2.20 20.00 66.30 >10 4.41 7.05 3.72 11.46 15.18 137.90 457.12 7 0.34 0.00 0.15 0.34 0.49 20.00 66.30 >10 2.36 0.01 1.02 2.37 3.39 137.90 457.12 8 0.34 0.00 0.15 0.35 0.49 20.00 66.30 >10 2.38 0.00 1.02 2.38 3.40 137.90 457.12 9 0.34 0.00 0.15 0.35 0.49 20.00 66.30 >10 2.38 0.01 1.01 2.39 3.39 137.90 457.12 10 0.51 0.22 0.45 0.74 1.19 20.00 66.30 >10 3.55 1.52 3.13 5.07 8.20 137.90 457.12 11 0.29 0.18 0.47 0.47 0.94 20.00 66.30 >10 2.00 1.25 3.24 3.24 6.48 137.90 457.12 12 0.24 0.11 0.70 0.35 1.05 20.00 66.30 >10 1.65 0.76 4.84 2.41 7.25 137.90 457.12 2-354 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.83 0.90 0.70 1.73 2.43 20.00 66.30 >10 5.74 6.19 4.79 11.93 16.72 137.90 457.12 14 0.83 0.65 0.57 1.48 2.05 20.00 66.30 >10 5.72 4.49 3.93 10.22 14.14 137.90 457.12 15 1.36 0.65 1.41 2.01 3.42 20.00 66.30 >10 9.39 4.46 9.71 13.86 23.57 137.90 457.12 16 0.37 0.48 0.49 0.85 1.35 20.00 66.30 >10 2.58 3.31 3.38 5.89 9.27 137.90 457.12 17 0.30 0.35 0.29 0.65 0.94 20.00 66.30 >10 2.04 2.43 2.01 4.47 6.48 137.90 457.12 18 0.52 0.82 0.19 1.34 1.53 20.00 66.30 >10 3.59 5.65 1.32 9.24 10.56 137.90 457.12 19 0.77 0.98 0.28 1.75 2.03 20.00 66.30 >10 5.34 6.75 1.91 12.09 14.00 137.90 457.12 20 0.75 1.01 0.56 1.77 2.32 20.00 66.30 >10 5.20 6.98 3.84 12.18 16.02 137.90 457.12 21 0.18 0.29 0.03 0.47 0.49 20.00 66.30 >10 1.23 1.99 0.19 3.22 3.40 137.90 457.12 22 0.73 0.36 0.07 1.09 1.16 20.00 66.30 >10 5.01 2.49 0.50 7.49 7.99 137.90 457.12 Min MS: 5.732, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-355 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-164. Load Combination 222, Lateral Vibration, Normal Conditions of Transport - Model AOS-050A Load Cases: 222, 101, 201, 211 Lateral 5g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.16 2.90 3.06 20.00 66.30 9.34 8.26 11.74 1.11 20.00 21.11 137.90 457.12 2 0.15 0.06 0.21 0.21 0.41 20.00 66.30 >10 1.00 0.42 1.43 1.42 2.85 137.90 457.12 3 0.04 0.01 0.15 0.05 0.21 20.00 66.30 >10 0.26 0.10 1.06 0.36 1.42 137.90 457.12 4 1.73 2.70 1.13 4.43 5.56 20.00 66.30 5.78 11.90 18.63 7.80 30.53 38.33 137.90 457.12 5 1.65 2.54 1.18 4.19 5.37 20.00 66.30 6.16 11.40 17.50 8.13 28.90 37.03 137.90 457.12 6 0.63 1.02 0.54 1.65 2.19 20.00 66.30 >10 4.31 7.04 3.72 11.35 15.07 137.90 457.12 7 0.34 0.00 0.15 0.34 0.49 20.00 66.30 >10 2.35 0.01 1.02 2.36 3.38 137.90 457.12 8 0.34 0.00 0.15 0.34 0.49 20.00 66.30 >10 2.36 0.00 1.02 2.37 3.38 137.90 457.12 9 0.34 0.00 0.15 0.34 0.49 20.00 66.30 >10 2.36 0.01 1.01 2.37 3.38 137.90 457.12 10 0.50 0.22 0.45 0.72 1.18 20.00 66.30 >10 3.47 1.50 3.13 4.97 8.10 137.90 457.12 11 0.28 0.17 0.47 0.45 0.92 20.00 66.30 >10 1.92 1.19 3.24 3.11 6.34 137.90 457.12 12 0.24 0.11 0.70 0.35 1.05 20.00 66.30 >10 1.63 0.76 4.84 2.39 7.22 137.90 457.12 2-356 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.83 0.90 0.70 1.72 2.42 20.00 66.30 >10 5.70 6.17 4.79 11.87 16.66 137.90 457.12 14 0.82 0.65 0.57 1.47 2.04 20.00 66.30 >10 5.65 4.47 3.93 10.12 14.05 137.90 457.12 15 1.36 0.65 1.41 2.01 3.41 20.00 66.30 >10 9.37 4.46 9.71 13.83 23.54 137.90 457.12 16 0.37 0.47 0.49 0.84 1.33 20.00 66.30 >10 2.54 3.27 3.38 5.82 9.20 137.90 457.12 17 0.29 0.35 0.29 0.64 0.93 20.00 66.30 >10 1.99 2.42 2.01 4.41 6.43 137.90 457.12 18 0.52 0.82 0.19 1.33 1.53 20.00 66.30 >10 3.56 5.63 1.32 9.19 10.52 137.90 457.12 19 0.76 0.97 0.28 1.73 2.01 20.00 66.30 >10 5.24 6.70 1.91 11.94 13.85 137.90 457.12 20 0.74 1.01 0.56 1.75 2.31 20.00 66.30 >10 5.12 6.97 3.84 12.09 15.94 137.90 457.12 21 0.18 0.29 0.03 0.46 0.49 20.00 66.30 >10 1.21 1.99 0.19 3.20 3.38 137.90 457.12 22 0.72 0.36 0.07 1.08 1.16 20.00 66.30 >10 4.99 2.49 0.50 7.47 7.98 137.90 457.12 Min MS: 5.775, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-357 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-165. Load Combination 223, Vertical Vibration, Normal Conditions of Transport - Model AOS-050A Load Cases: 223, 101, 201, 211 Vertical 2g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.16 2.90 3.06 20.00 66.30 9.35 8.24 11.73 1.11 19.98 21.08 137.90 457.12 2 0.09 0.06 0.21 0.15 0.35 20.00 66.30 >10 0.61 0.39 1.43 1.01 2.44 137.90 457.12 3 0.04 0.01 0.15 0.05 0.20 20.00 66.30 >10 0.25 0.09 1.06 0.35 1.41 137.90 457.12 4 1.71 2.69 1.13 4.40 5.53 20.00 66.30 5.82 11.78 18.56 7.80 30.35 38.15 137.90 457.12 5 1.65 2.53 1.18 4.18 5.36 20.00 66.30 6.17 11.36 17.47 8.13 28.83 36.96 137.90 457.12 6 0.61 1.02 0.54 1.63 2.17 20.00 66.30 >10 4.21 7.03 3.72 11.25 14.97 137.90 457.12 7 0.34 0.00 0.15 0.34 0.49 20.00 66.30 >10 2.35 0.01 1.02 2.36 3.38 137.90 457.12 8 0.34 0.00 0.15 0.34 0.49 20.00 66.30 >10 2.35 0.00 1.02 2.35 3.37 137.90 457.12 9 0.34 0.00 0.15 0.34 0.49 20.00 66.30 >10 2.35 0.01 1.01 2.36 3.37 137.90 457.12 10 0.49 0.21 0.45 0.71 1.16 20.00 66.30 >10 3.41 1.48 3.13 4.89 8.01 137.90 457.12 11 0.27 0.16 0.47 0.43 0.90 20.00 66.30 >10 1.85 1.13 3.24 2.98 6.22 137.90 457.12 12 0.23 0.11 0.70 0.34 1.04 20.00 66.30 >10 1.61 0.76 4.84 2.37 7.20 137.90 457.12 2-358 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.82 0.89 0.70 1.71 2.41 20.00 66.30 >10 5.66 6.16 4.79 11.81 16.61 137.90 457.12 14 0.81 0.65 0.57 1.46 2.03 20.00 66.30 >10 5.59 4.45 3.93 10.04 13.97 137.90 457.12 15 1.35 0.65 1.41 2.00 3.41 20.00 66.30 >10 9.34 4.46 9.71 13.81 23.52 137.90 457.12 16 0.36 0.47 0.49 0.83 1.32 20.00 66.30 >10 2.51 3.24 3.38 5.75 9.13 137.90 457.12 17 0.28 0.35 0.29 0.63 0.92 20.00 66.30 >10 1.96 2.41 2.01 4.36 6.38 137.90 457.12 18 0.51 0.81 0.19 1.33 1.52 20.00 66.30 >10 3.54 5.62 1.32 9.15 10.48 137.90 457.12 19 0.75 0.97 0.28 1.71 1.99 20.00 66.30 >10 5.14 6.66 1.91 11.79 13.70 137.90 457.12 20 0.73 1.01 0.56 1.74 2.30 20.00 66.30 >10 5.05 6.97 3.84 12.02 15.86 137.90 457.12 21 0.17 0.29 0.03 0.46 0.49 20.00 66.30 >10 1.19 1.98 0.19 3.18 3.37 137.90 457.12 22 0.72 0.36 0.07 1.08 1.15 20.00 66.30 >10 4.98 2.49 0.50 7.46 7.96 137.90 457.12 Min MS: 5.816, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-359 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-166. Load Combination 224, Forward Vibration at Cold Temperature, Normal Conditions of Transport - Model AOS-050A Load Cases: 221, 103, 201, 211 Forward 10g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.07 2.91 2.98 20.00 70.00 9.32 8.28 11.75 0.51 20.03 20.55 137.90 482.63 2 0.21 0.07 0.05 0.28 0.34 20.00 70.00 >10 1.47 0.47 0.37 1.94 2.31 137.90 482.63 3 0.04 0.02 0.07 0.05 0.13 20.00 70.00 >10 0.27 0.11 0.49 0.38 0.86 137.90 482.63 4 1.74 2.71 8.85 4.46 13.31 20.00 70.00 3.51 12.03 18.70 61.04 30.72 91.77 137.90 482.63 5 1.66 2.54 12.10 4.20 16.30 20.00 70.00 2.68 11.44 17.52 83.41 28.97 112.37 137.90 482.63 6 0.64 1.02 5.74 1.66 7.41 20.00 70.00 7.10 4.41 7.05 39.60 11.46 51.06 137.90 482.63 7 0.34 0.00 2.64 0.34 2.98 20.00 70.00 >10 2.36 0.01 18.20 2.37 20.57 137.90 482.63 8 0.34 0.00 2.64 0.35 2.98 20.00 70.00 >10 2.38 0.00 18.18 2.38 20.56 137.90 482.63 9 0.34 0.00 2.64 0.35 2.98 20.00 70.00 >10 2.38 0.01 18.18 2.39 20.57 137.90 482.63 10 0.51 0.22 2.89 0.74 3.63 20.00 70.00 >10 3.55 1.52 19.96 5.07 25.03 137.90 482.63 11 0.29 0.18 1.42 0.47 1.89 20.00 70.00 >10 2.00 1.25 9.77 3.24 13.01 137.90 482.63 12 0.24 0.11 0.69 0.35 1.04 20.00 70.00 >10 1.65 0.76 4.77 2.41 7.18 137.90 482.63 2-360 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.83 0.90 5.03 1.73 6.76 20.00 70.00 7.88 5.74 6.19 34.65 11.93 46.58 137.90 482.63 14 0.83 0.65 4.07 1.48 5.55 20.00 70.00 9.81 5.72 4.49 28.06 10.22 38.27 137.90 482.63 15 1.36 0.65 0.37 2.01 2.38 20.00 70.00 >10 9.39 4.46 2.54 13.86 16.39 137.90 482.63 16 0.37 0.48 1.50 0.85 2.35 20.00 70.00 >10 2.58 3.31 10.31 5.89 16.20 137.90 482.63 17 0.30 0.35 1.28 0.65 1.93 20.00 70.00 >10 2.04 2.43 8.81 4.47 13.28 137.90 482.63 18 0.52 0.82 1.34 1.34 2.68 20.00 70.00 >10 3.59 5.65 9.21 9.24 18.45 137.90 482.63 19 0.77 0.98 1.78 1.75 3.53 20.00 70.00 >10 5.34 6.75 12.27 12.09 24.36 137.90 482.63 20 0.75 1.01 1.97 1.77 3.73 20.00 70.00 >10 5.20 6.98 13.57 12.18 25.75 137.90 482.63 21 0.18 0.29 0.72 0.47 1.19 20.00 70.00 >10 1.23 1.99 4.97 3.22 8.19 137.90 482.63 22 0.73 0.36 0.09 1.09 1.18 20.00 70.00 >10 5.01 2.49 0.64 7.49 8.13 137.90 482.63 Min MS: 2.681, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-361 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-167. Load Combination 225, Lateral Vibration at Cold Temperature, Normal Conditions of Transport - Model AOS-050A Load Cases: 222, 103, 201, 211 Lateral 5g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.07 2.90 2.98 20.00 70.00 9.34 8.26 11.74 0.51 20.00 20.51 137.90 482.63 2 0.15 0.06 0.05 0.21 0.26 20.00 70.00 >10 1.00 0.42 0.37 1.42 1.79 137.90 482.63 3 0.04 0.01 0.07 0.05 0.12 20.00 70.00 >10 0.26 0.10 0.49 0.36 0.84 137.90 482.63 4 1.73 2.70 8.85 4.43 13.28 20.00 70.00 3.52 11.90 18.63 61.04 30.53 91.57 137.90 482.63 5 1.65 2.54 12.10 4.19 16.29 20.00 70.00 2.68 11.40 17.50 83.41 28.90 112.30 137.90 482.63 6 0.63 1.02 5.74 1.65 7.39 20.00 70.00 7.12 4.31 7.04 39.60 11.35 50.95 137.90 482.63 7 0.34 0.00 2.64 0.34 2.98 20.00 70.00 >10 2.35 0.01 18.20 2.36 20.56 137.90 482.63 8 0.34 0.00 2.64 0.34 2.98 20.00 70.00 >10 2.36 0.00 18.18 2.37 20.54 137.90 482.63 9 0.34 0.00 2.64 0.34 2.98 20.00 70.00 >10 2.36 0.01 18.18 2.37 20.56 137.90 482.63 10 0.50 0.22 2.89 0.72 3.62 20.00 70.00 >10 3.47 1.50 19.96 4.97 24.93 137.90 482.63 11 0.28 0.17 1.42 0.45 1.87 20.00 70.00 >10 1.92 1.19 9.77 3.11 12.87 137.90 482.63 12 0.24 0.11 0.69 0.35 1.04 20.00 70.00 >10 1.63 0.76 4.77 2.39 7.16 137.90 482.63 2-362 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.83 0.90 5.03 1.72 6.75 20.00 70.00 7.89 5.70 6.17 34.65 11.87 46.52 137.90 482.63 14 0.82 0.65 4.07 1.47 5.54 20.00 70.00 9.83 5.65 4.47 28.06 10.12 38.18 137.90 482.63 15 1.36 0.65 0.37 2.01 2.37 20.00 70.00 >10 9.37 4.46 2.54 13.83 16.37 137.90 482.63 16 0.37 0.47 1.50 0.84 2.34 20.00 70.00 >10 2.54 3.27 10.31 5.82 16.13 137.90 482.63 17 0.29 0.35 1.28 0.64 1.92 20.00 70.00 >10 1.99 2.42 8.81 4.41 13.22 137.90 482.63 18 0.52 0.82 1.34 1.33 2.67 20.00 70.00 >10 3.56 5.63 9.21 9.19 18.41 137.90 482.63 19 0.76 0.97 1.78 1.73 3.51 20.00 70.00 >10 5.24 6.70 12.27 11.94 24.20 137.90 482.63 20 0.74 1.01 1.97 1.75 3.72 20.00 70.00 >10 5.12 6.97 13.57 12.09 25.66 137.90 482.63 21 0.18 0.29 0.72 0.46 1.18 20.00 70.00 >10 1.21 1.99 4.97 3.20 8.16 137.90 482.63 22 0.72 0.36 0.09 1.08 1.18 20.00 70.00 >10 4.99 2.49 0.64 7.47 8.12 137.90 482.63 Min MS: 2.684, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-363 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-168. Load Combination 226, Vertical Vibration at Cold Temperature, Normal Conditions of Transport - Model AOS-050A Load Cases: 223, 103, 201, 211 Vertical 2g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 1.20 1.70 0.07 2.90 2.97 20.00 70.00 9.35 8.24 11.73 0.51 19.98 20.49 137.90 482.63 2 0.09 0.06 0.05 0.15 0.20 20.00 70.00 >10 0.61 0.39 0.37 1.01 1.38 137.90 482.63 3 0.04 0.01 0.07 0.05 0.12 20.00 70.00 >10 0.25 0.09 0.49 0.35 0.83 137.90 482.63 4 1.71 2.69 8.85 4.40 13.25 20.00 70.00 3.53 11.78 18.56 61.04 30.35 91.39 137.90 482.63 5 1.65 2.53 12.10 4.18 16.28 20.00 70.00 2.69 11.36 17.47 83.41 28.83 112.24 137.90 482.63 6 0.61 1.02 5.74 1.63 7.37 20.00 70.00 7.14 4.21 7.03 39.60 11.25 50.85 137.90 482.63 7 0.34 0.00 2.64 0.34 2.98 20.00 70.00 >10 2.35 0.01 18.20 2.36 20.56 137.90 482.63 8 0.34 0.00 2.64 0.34 2.98 20.00 70.00 >10 2.35 0.00 18.18 2.35 20.53 137.90 482.63 9 0.34 0.00 2.64 0.34 2.98 20.00 70.00 >10 2.35 0.01 18.18 2.36 20.55 137.90 482.63 10 0.49 0.21 2.89 0.71 3.60 20.00 70.00 >10 3.41 1.48 19.96 4.89 24.84 137.90 482.63 11 0.27 0.16 1.42 0.43 1.85 20.00 70.00 >10 1.85 1.13 9.77 2.98 12.74 137.90 482.63 12 0.23 0.11 0.69 0.34 1.04 20.00 70.00 >10 1.61 0.76 4.77 2.37 7.14 137.90 482.63 2-364 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.82 0.89 5.03 1.71 6.74 20.00 70.00 7.90 5.66 6.16 34.65 11.81 46.46 137.90 482.63 14 0.81 0.65 4.07 1.46 5.53 20.00 70.00 9.86 5.59 4.45 28.06 10.04 38.10 137.90 482.63 15 1.35 0.65 0.37 2.00 2.37 20.00 70.00 >10 9.34 4.46 2.54 13.81 16.34 137.90 482.63 16 0.36 0.47 1.50 0.83 2.33 20.00 70.00 >10 2.51 3.24 10.31 5.75 16.06 137.90 482.63 17 0.28 0.35 1.28 0.63 1.91 20.00 70.00 >10 1.96 2.41 8.81 4.36 13.17 137.90 482.63 18 0.51 0.81 1.34 1.33 2.66 20.00 70.00 >10 3.54 5.62 9.21 9.15 18.37 137.90 482.63 19 0.75 0.97 1.78 1.71 3.49 20.00 70.00 >10 5.14 6.66 12.27 11.79 24.06 137.90 482.63 20 0.73 1.01 1.97 1.74 3.71 20.00 70.00 >10 5.05 6.97 13.57 12.02 25.59 137.90 482.63 21 0.17 0.29 0.72 0.46 1.18 20.00 70.00 >10 1.19 1.98 4.97 3.18 8.15 137.90 482.63 22 0.72 0.36 0.09 1.08 1.18 20.00 70.00 >10 4.98 2.49 0.64 7.46 8.10 137.90 482.63 Min MS: 2.686, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-365 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-169. Load Combination 231, 4-ft. Head-On Drop, Normal Conditions, Normal Conditions of Transport - Model AOS-050A Load Cases: 231, 102, 201, 211 4-ft. Head-On Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 2.03 1.95 0.15 3.98 4.13 20.00 66.30 6.54 13.96 13.47 1.03 27.43 28.46 137.90 457.12 2 0.51 0.10 0.19 0.61 0.80 20.00 66.30 >10 3.52 0.69 1.34 4.21 5.55 137.90 457.12 3 0.18 0.02 0.15 0.21 0.36 20.00 66.30 >10 1.26 0.16 1.05 1.42 2.47 137.90 457.12 4 3.32 3.71 1.36 7.03 8.39 20.00 66.30 3.27 22.89 25.59 9.34 48.49 57.83 137.90 457.12 5 2.39 3.37 1.11 5.76 6.87 20.00 66.30 4.21 16.48 23.25 7.63 39.74 47.37 137.90 457.12 6 1.26 1.10 0.67 2.36 3.03 20.00 66.30 >10 8.67 7.60 4.60 16.27 20.86 137.90 457.12 7 0.66 0.01 0.22 0.67 0.89 20.00 66.30 >10 4.57 0.05 1.52 4.62 6.13 137.90 457.12 8 0.57 0.00 0.21 0.57 0.79 20.00 66.30 >10 3.96 0.01 1.45 3.96 5.41 137.90 457.12 9 0.55 0.00 0.22 0.55 0.77 20.00 66.30 >10 3.79 0.02 1.49 3.80 5.29 137.90 457.12 10 0.79 0.42 0.93 1.21 2.14 20.00 66.30 >10 5.47 2.89 6.38 8.36 14.74 137.90 457.12 11 0.53 0.25 0.74 0.78 1.53 20.00 66.30 >10 3.66 1.74 5.13 5.40 10.53 137.90 457.12 12 0.35 0.34 1.02 0.70 1.72 20.00 66.30 >10 2.44 2.35 7.06 4.79 11.85 137.90 457.12 2-366 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.04 0.97 0.72 2.01 2.73 20.00 66.30 >10 7.19 6.68 4.95 13.87 18.83 137.90 457.12 14 0.98 0.70 0.58 1.67 2.26 20.00 66.30 >10 6.74 4.79 4.02 11.53 15.56 137.90 457.12 15 3.62 0.79 2.10 4.40 6.51 20.00 66.30 4.53 24.93 5.43 14.51 30.36 44.87 137.90 457.12 16 0.96 0.83 0.74 1.79 2.54 20.00 66.30 >10 6.62 5.76 5.12 12.37 17.49 137.90 457.12 17 1.25 0.54 0.43 1.79 2.23 20.00 66.30 >10 8.63 3.72 3.00 12.34 15.34 137.90 457.12 18 1.01 1.10 0.19 2.11 2.31 20.00 66.30 >10 6.98 7.59 1.34 14.57 15.91 137.90 457.12 19 1.42 1.39 0.32 2.81 3.13 20.00 66.30 9.68 9.79 9.58 2.18 19.37 21.55 137.90 457.12 20 1.49 1.48 0.53 2.97 3.50 20.00 66.30 9.11 10.25 10.20 3.67 20.45 24.12 137.90 457.12 21 0.23 0.31 0.03 0.54 0.57 20.00 66.30 >10 1.59 2.14 0.21 3.73 3.94 137.90 457.12 22 2.16 0.76 0.11 2.92 3.03 20.00 66.30 8.24 14.92 5.21 0.79 20.13 20.92 137.90 457.12 Min MS: 3.266, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-367 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-170. Load Combination 232, 30-ft. Head-On Drop, Normal Conditions (Impact Test), Normal Conditions of Transport - Model AOS-050A Load Cases: 232, 102, 201, 211 30-ft. Head-On Drop Impact Test, Normal Conditions 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 4.36 2.98 0.15 7.34 7.49 20.00 66.30 3.09 30.04 20.54 1.03 50.58 51.62 137.90 457.12 2 1.84 0.14 0.19 1.98 2.17 20.00 66.30 9.85 12.71 0.94 1.34 13.65 14.99 137.90 457.12 3 1.07 0.10 0.15 1.17 1.32 20.00 66.30 >10 7.38 0.71 1.05 8.09 9.13 137.90 457.12 4 7.71 7.06 1.36 14.76 16.12 20.00 66.30 1.03 53.13 48.67 9.34 101.80 111.14 137.90 457.12 5 3.71 5.49 1.11 9.20 10.31 20.00 66.30 2.26 25.56 37.86 7.63 63.42 71.06 137.90 457.12 6 1.58 1.52 0.67 3.10 3.76 20.00 66.30 8.68 10.89 10.48 4.60 21.36 25.96 137.90 457.12 7 1.22 0.02 0.22 1.23 1.45 20.00 66.30 >10 8.38 0.12 1.52 8.51 10.02 137.90 457.12 8 1.18 0.00 0.21 1.18 1.39 20.00 66.30 >10 8.13 0.01 1.45 8.14 9.59 137.90 457.12 9 1.15 0.00 0.22 1.15 1.37 20.00 66.30 >10 7.91 0.02 1.49 7.93 9.42 137.90 457.12 10 1.65 0.90 0.93 2.55 3.47 20.00 66.30 >10 11.37 6.19 6.38 17.55 23.94 137.90 457.12 11 1.14 0.48 0.74 1.62 2.37 20.00 66.30 >10 7.88 3.33 5.13 11.20 16.34 137.90 457.12 12 0.61 0.89 1.02 1.50 2.52 20.00 66.30 >10 4.23 6.11 7.06 10.34 17.40 137.90 457.12 2-368 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.78 1.57 0.72 3.35 4.07 20.00 66.30 7.95 12.30 10.80 4.95 23.10 28.05 137.90 457.12 14 1.62 1.00 0.58 2.62 3.20 20.00 66.30 >10 11.19 6.87 4.02 18.06 22.09 137.90 457.12 15 2.01 0.67 2.10 2.68 4.78 20.00 66.30 8.97 13.83 4.63 14.51 18.45 32.96 137.90 457.12 16 1.57 1.03 0.74 2.61 3.35 20.00 66.30 >10 10.83 7.13 5.12 17.96 23.08 137.90 457.12 17 1.65 1.51 0.43 3.17 3.60 20.00 66.30 8.47 11.41 10.43 3.00 21.83 24.83 137.90 457.12 18 2.40 2.98 0.19 5.38 5.57 20.00 66.30 4.58 16.52 20.55 1.34 37.07 38.41 137.90 457.12 19 2.59 2.23 0.32 4.82 5.14 20.00 66.30 5.22 17.89 15.35 2.18 33.24 35.42 137.90 457.12 20 1.60 2.42 0.53 4.02 4.55 20.00 66.30 6.46 11.00 16.71 3.67 27.71 31.38 137.90 457.12 21 0.34 0.30 0.03 0.63 0.66 20.00 66.30 >10 2.33 2.05 0.21 4.37 4.58 137.90 457.12 22 1.13 0.70 0.11 1.83 1.94 20.00 66.30 >10 7.80 4.80 0.79 12.60 13.39 137.90 457.12 Min MS: 1.032, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-369 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-171. Load Combination 233, 4-ft. Drop at Cold Temperature, Normal Conditions of Transport - Model AOS-050A Load Cases: 231, 103, 211 4-ft. Head-On Drop -20°F Ambient, Zero Decay Heat, Zero Insolation Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 2.02 1.95 0.07 3.97 4.05 20.00 70.00 6.55 13.93 13.45 0.51 27.38 27.89 137.90 482.63 2 0.51 0.10 0.05 0.61 0.66 20.00 70.00 >10 3.48 0.69 0.37 4.17 4.54 137.90 482.63 3 0.18 0.02 0.07 0.20 0.27 20.00 70.00 >10 1.22 0.15 0.49 1.37 1.86 137.90 482.63 4 3.02 3.25 8.85 6.28 15.13 20.00 70.00 2.97 20.84 22.44 61.04 43.28 104.32 137.90 482.63 5 2.20 3.07 12.10 5.27 17.37 20.00 70.00 2.45 15.19 21.16 83.41 36.35 119.76 137.90 482.63 6 1.21 1.08 5.74 2.29 8.03 20.00 70.00 6.47 8.34 7.42 39.60 15.77 55.37 137.90 482.63 7 0.65 0.01 2.64 0.66 3.29 20.00 70.00 >10 4.47 0.05 18.20 4.52 22.71 137.90 482.63 8 0.56 0.00 2.64 0.56 3.20 20.00 70.00 >10 3.86 0.01 18.18 3.86 22.04 137.90 482.63 9 0.54 0.00 2.64 0.54 3.17 20.00 70.00 >10 3.69 0.01 18.18 3.70 21.88 137.90 482.63 10 0.63 0.25 2.89 0.89 3.78 20.00 70.00 >10 4.37 1.75 19.96 6.12 26.08 137.90 482.63 11 0.44 0.22 1.42 0.66 2.07 20.00 70.00 >10 3.05 1.48 9.77 4.53 14.30 137.90 482.63 12 0.21 0.32 0.69 0.53 1.22 20.00 70.00 >10 1.43 2.22 4.77 3.65 8.42 137.90 482.63 13 0.89 0.84 5.03 1.74 6.76 20.00 70.00 7.87 6.16 5.81 34.65 11.97 46.62 137.90 482.63 2-370 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.85 0.56 4.07 1.41 5.48 20.00 70.00 9.95 5.84 3.87 28.06 9.71 37.77 137.90 482.63 15 3.11 0.21 0.37 3.32 3.69 20.00 70.00 5.43 21.45 1.44 2.54 22.88 25.42 137.90 482.63 16 0.63 0.37 1.50 1.00 2.49 20.00 70.00 >10 4.32 2.54 10.31 6.87 17.18 137.90 482.63 17 1.01 0.22 1.28 1.23 2.51 20.00 70.00 >10 6.98 1.53 8.81 8.51 17.32 137.90 482.63 18 0.71 0.67 1.34 1.38 2.72 20.00 70.00 >10 4.93 4.61 9.21 9.53 18.75 137.90 482.63 19 0.95 0.66 1.78 1.60 3.38 20.00 70.00 >10 6.52 4.54 12.27 11.06 23.33 137.90 482.63 20 1.15 0.86 1.97 2.01 3.97 20.00 70.00 >10 7.90 5.92 13.57 13.83 27.40 137.90 482.63 21 0.14 0.21 0.72 0.34 1.07 20.00 70.00 >10 0.93 1.44 4.97 2.37 7.34 137.90 482.63 22 1.98 0.63 0.09 2.62 2.71 20.00 70.00 9.08 13.68 4.36 0.64 18.04 18.68 137.90 482.63 Min MS: 2.454, Location: 5, Combination: Pm+Pb+Q Radioactive Material Transport Packaging System Safety Analysis Report 2-371 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.2.2 Hypothetical Accident Conditions of Transport Summary of Damages (Stresses) - Model AOS-050A Table 2-172 and Table 2-173 present Model AOS-050A transport package Load Cases and Load Combinations, respectively, under Hypothetical Accident conditions of transport:

• Table 2-174 through Table 2-186 present Model AOS-050A transport package output data, for the Load Cases listed in Table 2-172. Comparisons with allowable stress limits are included for Load Cases 111 and 112.
• Table 2-187 through Table 2-201 present Model AOS-050A transport package output data, for the Load Combinations listed in Table 2-173.

Table 2-172. Load Cases Associated with Allowable Stresses under Hypothetical Accident Conditions of Transport - Model AOS-050A Load Case Description Data 111 Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat Table 2-174 Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-175 Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-176 112 Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-177 Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-178 Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-179 301 30-ft. Head-On Drop Table 2-180 302 30-ft. Side Drop + Slap-Down Table 2-181 303 30-ft. Cg/Corner Drop Table 2-182 304 30-ft. Head-On Drop at -40°F, Low Temperature Table 2-183 305 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature Table 2-184 306 30-ft. Cg/Corner Drop at -40°F, Low Temperature Table 2-185 311 4-ft. Drop onto Rod Table 2-186 2-372 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-173. Load Combinations Associated with Allowable Stresses under Hypothetical Accident Conditions of Transport - Model AOS-050A Load Combination Load Casesa Description Data 301 301, 102, 201, 211 Head-On Drop Orientation Table 2-187 302 302, 102, 201, 211 Side Drop Orientation Table 2-188 303 303, 102, 201, 211 Cg/Corner Drop Orientation Table 2-189 Head-On Drop Orientation at -40°F, 304 304, 105, 202, 211 Table 2-190 Cold Environment Side Drop Orientation at -40°F, 305 305, 105, 202, 211 Table 2-191 Cold Environment Cg/Corner Drop Orientation at -40°F, 306 306, 105, 202, 211 Table 2-192 Cold Environment Additional Increased External Pressure 310 204, 101, 211 Table 2-193 (290 psi) 311 311, 101, 201, 211 4-ft. Drop onto Rod Table 2-194 4-ft. Drop onto Rod at -40°F, 312 311, 104, 201, 211 Table 2-195 Cold Environment 350 111, 201, 211 Fire at 30 Minutes Table 2-196 351 Post Fire at 60 Minutes Table 2-197 352 Post Fire at 90 Minutes Table 2-198 353 112, 201, 211 Post Fire at 120 Minutes Table 2-199 354 Post Fire at 150 Minutes Table 2-200 355 Post Fire at 180 Minutes Table 2-201

a. Some Normal conditions of transport Load Cases are included in Hypothetical Accident conditions of transport Load Combinations, to meet regulatory requirements.

Radioactive Material Transport Packaging System Safety Analysis Report 2-373 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-174. Load Case 111, Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.5796E+03 -1.2819E+03 4.4694E+03 5.8615E+03 1.2021E+04 3.1575E+01 -8.8387E+00 3.0815E+01 4.0414E+01 8.2879E+01 2 2.6180E+03 -2.5618E+03 -2.8452E+03 5.1798E+03 3.4052E+02 1.8051E+01 -1.7663E+01 -1.9617E+01 3.5714E+01 2.3478E+00 3 1.7950E+04 1.4247E+03 4.7503E+03 1.6525E+04 3.7483E+04 1.2376E+02 9.8227E+00 3.2752E+01 1.1394E+02 2.5843E+02 4 2.7618E+05 -1.2650E+05 5.1951E+04 4.0268E+05 7.8198E+05 1.9042E+03 -8.7220E+02 3.5819E+02 2.7764E+03 5.3916E+03 5 3.0065E+05 -1.2122E+05 4.3394E+04 4.2188E+05 6.5632E+05 2.0729E+03 -8.3580E+02 2.9919E+02 2.9087E+03 4.5251E+03 6 1.5728E+05 -1.8310E+04 7.8580E+04 1.7559E+05 2.6006E+05 1.0844E+03 -1.2624E+02 5.4179E+02 1.2107E+03 1.7931E+03 7 5.3806E+04 -3.5585E+02 -4.9957E+03 5.4162E+04 5.6408E+02 3.7098E+02 -2.4535E+00 -3.4444E+01 3.7344E+02 3.8892E+00 8 5.3765E+04 -4.2570E+02 -3.6996E+03 5.4191E+04 3.5821E+02 3.7070E+02 -2.9351E+00 -2.5508E+01 3.7363E+02 2.4698E+00 9 5.3768E+04 -3.7319E+02 -3.8451E+03 5.4141E+04 2.9466E+02 3.7072E+02 -2.5731E+00 -2.6511E+01 3.7329E+02 2.0316E+00 10 5.4166E+04 -3.4384E+03 2.2364E+04 5.7604E+04 1.4717E+04 3.7346E+02 -2.3707E+01 1.5420E+02 3.9717E+02 1.0147E+02 11 2.6135E+04 -7.9723E+03 1.9351E+04 3.4108E+04 1.2764E+04 1.8020E+02 -5.4967E+01 1.3342E+02 2.3516E+02 8.8006E+01 12 2.2493E+04 4.3957E+01 2.2447E+04 2.2449E+04 1.3230E+04 1.5508E+02 3.0307E-01 1.5477E+02 1.5478E+02 9.1218E+01 13 1.0535E+05 -1.0239E+04 3.7221E+04 1.1559E+05 1.1863E+05 7.2639E+02 -7.0596E+01 2.5663E+02 7.9699E+02 8.1793E+02 14 9.1204E+04 -7.7992E+03 3.7840E+04 9.9003E+04 8.3276E+04 6.2883E+02 -5.3773E+01 2.6090E+02 6.8260E+02 5.7417E+02 15 1.0334E+03 -1.3703E+03 -1.1719E+02 2.4037E+03 4.1770E+03 7.1252E+00 -9.4478E+00 -8.0802E-01 1.6573E+01 2.8799E+01 2-374 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.2120E+02 -2.9970E+02 2.6328E+02 7.2090E+02 1.0227E+03 2.9040E+00 -2.0664E+00 1.8152E+00 4.9704E+00 7.0514E+00 17 2.8206E+02 -1.4335E+02 7.1079E+01 4.2541E+02 6.4594E+02 1.9447E+00 -9.8835E-01 4.9007E-01 2.9331E+00 4.4536E+00 18 3.8532E+02 -1.7315E+02 -6.6447E+02 5.5847E+02 7.7538E+02 2.6567E+00 -1.1938E+00 -4.5814E+00 3.8505E+00 5.3461E+00 19 4.7407E+02 -5.2052E+01 -9.9344E+02 5.2612E+02 1.0959E+03 3.2686E+00 -3.5888E-01 -6.8495E+00 3.6275E+00 7.5558E+00 20 8.1099E+02 3.9024E+01 -5.7322E+02 7.7197E+02 3.9559E+02 5.5916E+00 2.6906E-01 -3.9522E+00 5.3225E+00 2.7275E+00 21 1.1293E+04 -1.2886E+04 -1.5824E+03 2.4179E+04 4.7502E+04 7.7862E+01 -8.8843E+01 -1.0910E+01 1.6671E+02 3.2751E+02 22 1.4512E+03 -3.6346E+03 -2.2596E+03 5.0858E+03 9.1212E+03 1.0006E+01 -2.5060E+01 -1.5580E+01 3.5065E+01 6.2889E+01 Allowable Stress for Load Case 111 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 285.29 284.34 20.00 23.60 66.30 2 375.45 298.79 20.00 23.60 66.30 3 286.05 285.07 20.00 23.60 66.30 4 286.71 286.65 20.00 23.60 66.30 5 288.11 287.85 20.00 23.60 66.30 6 289.77 288.99 20.00 23.60 66.30 7 289.77 289.05 20.00 23.60 66.30 8 289.88 289.16 20.00 23.60 66.30 9 290.06 289.34 20.00 23.60 66.30 10 290.46 289.60 20.00 23.60 66.30 11 291.45 289.96 20.00 23.60 66.30 12 294.02 292.02 20.00 23.60 66.30 13 288.33 288.10 20.00 23.60 66.30 14 287.79 287.70 20.00 23.60 66.30 15 286.74 286.40 20.00 23.60 66.30 16 286.19 286.04 20.00 23.60 66.30 17 286.29 286.07 20.00 23.60 66.30 18 287.11 286.89 20.00 23.60 66.30 19 287.35 287.21 20.00 23.60 66.30 20 289.77 289.13 20.00 23.60 66.30 21 286.68 285.78 20.00 23.60 66.30 22 285.98 285.56 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-375 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-175. Load Case 112, Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.0929E+02 -7.3560E+02 3.6014E+02 1.4449E+03 1.2677E+03 4.8904E+00 -5.0718E+00 2.4831E+00 9.9621E+00 8.7402E+00 2 6.3836E+02 -1.5380E+03 -2.7042E+02 2.1764E+03 4.2658E+03 4.4013E+00 -1.0604E+01 -1.8645E+00 1.5006E+01 2.9411E+01 3 4.1814E+02 -1.0720E+03 7.1345E+01 1.4902E+03 2.4856E+03 2.8829E+00 -7.3913E+00 4.9191E-01 1.0274E+01 1.7138E+01 4 3.2879E+04 -1.5295E+04 7.1709E+03 4.8175E+04 9.3393E+04 2.2670E+02 -1.0546E+02 4.9441E+01 3.3215E+02 6.4392E+02 5 3.6141E+04 -1.4881E+04 2.8287E+03 5.1023E+04 7.9321E+04 2.4919E+02 -1.0260E+02 1.9503E+01 3.5179E+02 5.4690E+02 6 1.8440E+04 -2.3419E+03 5.1506E+03 2.0782E+04 3.0984E+04 1.2714E+02 -1.6147E+01 3.5512E+01 1.4329E+02 2.1363E+02 7 6.4546E+03 -6.9622E+02 -6.2455E+03 7.1508E+03 1.9337E+02 4.4503E+01 -4.8003E+00 -4.3061E+01 4.9303E+01 1.3332E+00 8 6.4512E+03 -7.0700E+02 -6.1298E+03 7.1582E+03 2.6885E+02 4.4480E+01 -4.8746E+00 -4.2264E+01 4.9354E+01 1.8536E+00 9 6.4504E+03 -6.9892E+02 -6.1680E+03 7.1493E+03 2.9066E+02 4.4474E+01 -4.8189E+00 -4.2527E+01 4.9293E+01 2.0040E+00 10 6.6925E+03 -1.9986E+03 -3.8192E+02 8.6910E+03 4.7106E+03 4.6143E+01 -1.3780E+01 -2.6332E+00 5.9922E+01 3.2478E+01 11 7.6085E+02 -3.3081E+03 -1.6278E+03 4.0689E+03 3.3079E+03 5.2459E+00 -2.2808E+01 -1.1223E+01 2.8054E+01 2.2807E+01 12 2.8410E+02 -1.9155E+03 -1.6648E+03 2.1996E+03 3.4228E+03 1.9588E+00 -1.3207E+01 -1.1478E+01 1.5166E+01 2.3600E+01 13 9.6008E+03 -4.7170E+03 1.6518E+03 1.4318E+04 1.2645E+04 6.6195E+01 -3.2522E+01 1.1389E+01 9.8718E+01 8.7181E+01 14 8.2849E+03 -4.0899E+03 3.6470E+03 1.2375E+04 1.1345E+04 5.7123E+01 -2.8199E+01 2.5145E+01 8.5322E+01 7.8223E+01 15 7.7385E+02 -2.7673E+02 6.2302E+02 1.0506E+03 1.4804E+03 5.3355E+00 -1.9080E+00 4.2955E+00 7.2435E+00 1.0207E+01 2-376 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.1092E+02 -7.9022E+01 -7.8407E+02 2.8994E+02 3.2378E+02 1.4542E+00 -5.4484E-01 -5.4060E+00 1.9991E+00 2.2324E+00 17 1.0275E+02 -1.7187E+02 -7.6653E+02 2.7463E+02 4.4204E+02 7.0845E-01 -1.1850E+00 -5.2851E+00 1.8935E+00 3.0477E+00 18 3.4845E+02 -4.8784E+02 2.4617E+03 8.3629E+02 8.1017E+02 2.4025E+00 -3.3635E+00 1.6973E+01 5.7660E+00 5.5860E+00 19 -3.5492E+01 -9.2616E+02 2.7862E+03 8.9067E+02 7.8904E+02

                  -2.4471E-01 -6.3856E+00            1.9210E+01       6.1409E+00      5.4402E+00 20        9.5752E+01 -2.0131E+03 -3.7772E+02                2.1088E+03      1.1919E+03 6.6019E-01 -1.3879E+01 -2.6043E+00                1.4540E+01      8.2178E+00 21        1.1655E+03      2.0969E+01       1.1637E+03       1.1446E+03      9.1766E+02 8.0360E+00      1.4457E-01       8.0236E+00       7.8914E+00      6.3270E+00 22        1.3167E+03 -6.0887E+01           1.3189E+03       1.3776E+03      1.0254E+03 9.0784E+00 -4.1980E-01           9.0937E+00       9.4982E+00      7.0702E+00 Allowable Stress for Load Case 112 (Post Fire at 60 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 443.49 438.67 18.70 20.70 59.70 2 467.28 465.01 18.70 20.70 59.70 3 448.40 442.79 18.70 20.70 59.70 4 425.18 424.14 18.70 20.70 59.70 5 441.89 438.61 18.70 20.70 59.70 6 446.64 444.69 18.70 20.70 59.70 7 468.28 467.45 18.70 20.70 59.70 8 470.98 470.30 18.70 20.70 59.70 9 468.68 467.86 18.70 20.70 59.70 10 452.91 449.74 18.70 20.70 59.70 11 445.89 439.23 18.70 20.70 59.70 12 441.98 440.63 18.70 20.70 59.70 13 431.37 424.91 18.70 20.70 59.70 14 417.35 414.03 18.70 20.70 59.70 15 383.58 383.40 20.00 22.40 61.80 16 392.70 391.63 20.00 22.40 61.80 17 393.81 393.29 20.00 22.40 61.80 18 401.55 400.06 18.70 20.70 59.70 19 405.42 403.67 18.70 20.70 59.70 20 425.55 422.26 18.70 20.70 59.70 21 375.35 374.88 20.00 22.40 61.80 22 382.00 381.78 20.00 22.40 61.80 Radioactive Material Transport Packaging System Safety Analysis Report 2-377 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-176. Load Case 112, Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.8584E+02 -3.1556E+02 6.4749E+01 8.0140E+02 2.3623E+02 3.3498E+00 -2.1757E+00 4.4643E-01 5.5255E+00 1.6287E+00 2 6.9159E+01 -6.9507E+02 9.0200E+01 7.6423E+02 1.4424E+03 4.7683E-01 -4.7923E+00 6.2191E-01 5.2692E+00 9.9451E+00 3 1.1609E+02 -6.1606E+02 -5.3632E+01 7.3215E+02 1.3665E+03 8.0042E-01 -4.2476E+00 -3.6978E-01 5.0480E+00 9.4217E+00 4 4.0413E+04 -1.8074E+04 7.7971E+03 5.8487E+04 1.1354E+05 2.7864E+02 -1.2462E+02 5.3759E+01 4.0325E+02 7.8286E+02 5 4.4661E+04 -1.7632E+04 5.2931E+03 6.2293E+04 9.7109E+04 3.0793E+02 -1.2157E+02 3.6494E+01 4.2949E+02 6.6955E+02 6 2.2722E+04 -2.7706E+03 8.5261E+03 2.5492E+04 3.7379E+04 1.5666E+02 -1.9103E+01 5.8785E+01 1.7576E+02 2.5772E+02 7 7.8776E+03 -6.3221E+02 -5.7598E+03 8.5098E+03 1.3341E+02 5.4314E+01 -4.3589E+00 -3.9712E+01 5.8673E+01 9.1982E-01 8 7.8746E+03 -6.3738E+02 -5.5257E+03 8.5120E+03 1.9615E+02 5.4294E+01 -4.3946E+00 -3.8098E+01 5.8688E+01 1.3524E+00 9 7.8736E+03 -6.3552E+02 -5.6682E+03 8.5091E+03 2.2456E+02 5.4286E+01 -4.3817E+00 -3.9081E+01 5.8668E+01 1.5483E+00 10 8.1527E+03 -2.2092E+03 8.5173E+02 1.0362E+04 4.6429E+03 5.6211E+01 -1.5232E+01 5.8725E+00 7.1443E+01 3.2012E+01 11 1.7578E+03 -2.8963E+03 -8.1345E+01 4.6541E+03 1.7949E+03 1.2120E+01 -1.9970E+01 -5.6086E-01 3.2089E+01 1.2376E+01 12 3.9001E+02 -5.6919E+02 -1.9537E+02 9.5920E+02 1.8120E+03 2.6890E+00 -3.9244E+00 -1.3470E+00 6.6134E+00 1.2493E+01 13 1.3292E+04 -3.5876E+03 3.2089E+03 1.6879E+04 1.6293E+04 9.1643E+01 -2.4736E+01 2.2125E+01 1.1638E+02 1.1234E+02 14 1.1340E+04 -3.0368E+03 3.8959E+03 1.4377E+04 1.3108E+04 7.8188E+01 -2.0938E+01 2.6862E+01 9.9125E+01 9.0373E+01 15 3.4476E+02 -3.3150E+02 1.8745E+02 6.7626E+02 1.0419E+03 2.3770E+00 -2.2856E+00 1.2924E+00 4.6626E+00 7.1838E+00 2-378 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.2660E+02 -1.4731E+02 -3.1231E+02 2.7392E+02 4.1758E+02 8.7289E-01 -1.0157E+00 -2.1533E+00 1.8886E+00 2.8791E+00 17 5.7671E+01 -1.5080E+02 -2.6642E+02 2.0847E+02 3.6118E+02 3.9762E-01 -1.0397E+00 -1.8369E+00 1.4373E+00 2.4903E+00 18 1.6867E+02 -2.3117E+02 1.0525E+03 3.9984E+02 4.9722E+02 1.1630E+00 -1.5938E+00 7.2568E+00 2.7568E+00 3.4282E+00 19 8.5039E+00 -3.8015E+02 1.2473E+03 3.8866E+02 2.2473E+02 5.8633E-02 -2.6211E+00 8.6001E+00 2.6797E+00 1.5495E+00 20 6.4266E+01 -8.8456E+02 -5.0844E+01 9.4882E+02 6.9044E+02 4.4310E-01 -6.0988E+00 -3.5056E-01 6.5419E+00 4.7604E+00 21 4.7576E+02 6.3512E+00 4.7560E+02 4.6941E+02 3.3736E+02 3.2803E+00 4.3790E-02 3.2792E+00 3.2365E+00 2.3260E+00 22 3.0383E+02 -1.0215E+02 2.6332E+02 4.0598E+02 6.7062E+02 2.0948E+00 -7.0432E-01 1.8155E+00 2.7991E+00 4.6238E+00 Allowable Stress for Load Case 112 (Post Fire at 90 Minutes) LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 438.87 437.16 18.70 20.70 59.70 2 443.48 439.44 18.70 20.70 59.70 3 441.27 439.79 18.70 20.70 59.70 4 435.23 434.91 18.70 20.70 59.70 5 440.59 439.57 18.70 20.70 59.70 6 442.04 441.58 18.70 20.70 59.70 7 447.99 447.32 18.70 20.70 59.70 8 448.70 448.04 18.70 20.70 59.70 9 448.53 447.86 18.70 20.70 59.70 10 444.18 443.35 18.70 20.70 59.70 11 442.82 440.85 18.70 20.70 59.70 12 444.09 442.89 18.70 20.70 59.70 13 437.61 435.46 18.70 20.70 59.70 14 432.83 431.70 18.70 20.70 59.70 15 421.93 421.87 18.70 20.70 59.70 16 425.18 424.79 18.70 20.70 59.70 17 425.55 425.38 18.70 20.70 59.70 18 428.34 427.85 18.70 20.70 59.70 19 430.05 429.32 18.70 20.70 59.70 20 438.41 437.13 18.70 20.70 59.70 21 417.33 417.13 18.70 20.70 59.70 22 421.36 421.26 18.70 20.70 59.70 Radioactive Material Transport Packaging System Safety Analysis Report 2-379 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-177. Load Case 112, Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.9874E+02 -1.9490E+02 -3.5440E+01 4.9364E+02 1.7513E+02 2.0597E+00 -1.3438E+00 -2.4435E-01 3.4036E+00 1.2075E+00 2 -2.2246E+01 -3.8579E+02 1.1290E+02 3.6355E+02 7.0767E+02

                 -1.5338E-01 -2.6599E+00            7.7839E-01        2.5066E+00       4.8792E+00 3      5.7393E+01 -3.7110E+02 -5.6239E+01                 4.2849E+02       8.0780E+02 3.9571E-01 -2.5586E+00 -3.8776E-01                 2.9544E+00       5.5696E+00 4      2.5728E+04 -1.1252E+04           4.6014E+03        3.6979E+04       7.1790E+04 1.7739E+02 -7.7577E+01           3.1725E+01        2.5496E+02       4.9498E+02 5      2.8742E+04 -1.1073E+04           3.0491E+03        3.9814E+04       6.2177E+04 1.9817E+02 -7.6344E+01           2.1023E+01        2.7451E+02       4.2870E+02 6      1.4342E+04 -1.7959E+03           4.4316E+03        1.6138E+04       2.3376E+04 9.8883E+01 -1.2382E+01           3.0554E+01        1.1127E+02       1.6117E+02 7      4.9997E+03 -6.2494E+02 -5.6025E+03                 5.6246E+03       1.6323E+02 3.4471E+01 -4.3088E+00 -3.8628E+01                 3.8780E+01       1.1254E+00 8      4.9987E+03 -6.2700E+02 -5.4389E+03                 5.6257E+03       1.8013E+02 3.4465E+01 -4.3230E+00 -3.7500E+01                 3.8788E+01       1.2420E+00 9      4.9976E+03 -6.2706E+02 -5.5732E+03                 5.6247E+03       2.0961E+02 3.4457E+01 -4.3234E+00 -3.8426E+01                 3.8781E+01       1.4452E+00 10      5.2883E+03 -2.0479E+03 -3.1479E+02                 7.3361E+03       3.2121E+03 3.6461E+01 -1.4120E+01 -2.1704E+00                 5.0581E+01       2.2147E+01 11      9.3734E+02 -2.1417E+03 -3.0698E+02                 3.0790E+03       5.2413E+01 6.4627E+00 -1.4767E+01 -2.1166E+00                 2.1229E+01       3.6137E-01 12      2.9010E+01 -5.1422E+02 -5.1196E+02                 5.4323E+02       2.1921E+01 2.0001E-01 -3.5454E+00 -3.5298E+00                 3.7454E+00       1.5114E-01 13      8.7383E+03 -2.1121E+03           2.2068E+03        1.0850E+04       1.1083E+04 6.0248E+01 -1.4563E+01           1.5215E+01        7.4811E+01       7.6415E+01 14      7.2448E+03 -1.6996E+03           2.3868E+03        8.9444E+03       7.6440E+03 4.9951E+01 -1.1718E+01           1.6457E+01        6.1670E+01       5.2703E+01 15      6.7176E+02 -7.3529E+02           1.7788E+01        1.4071E+03       2.3707E+03 4.6316E+00 -5.0697E+00           1.2264E-01        9.7013E+00       1.6345E+01 2-380                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8515E+02 -3.2376E+02 -1.8830E+02 5.0891E+02 8.2230E+02 1.2766E+00 -2.2322E+00 -1.2983E+00 3.5088E+00 5.6696E+00 17 8.1133E+01 -2.3143E+02 -8.4627E+01 3.1256E+02 5.4349E+02 5.5939E-01 -1.5957E+00 -5.8348E-01 2.1550E+00 3.7472E+00 18 6.5241E+01 -1.4160E+02 6.3520E+02 2.0684E+02 1.7101E+02 4.4982E-01 -9.7627E-01 4.3795E+00 1.4261E+00 1.1791E+00 19 -1.1909E+01 -2.5073E+02 7.2978E+02 2.3882E+02 2.8255E+02

                  -8.2110E-02 -1.7287E+00            5.0317E+00       1.6466E+00      1.9481E+00 20        2.3506E+00 -5.5184E+02           4.3315E+01       5.5419E+02      1.4211E+02 1.6207E-02 -3.8048E+00           2.9865E-01       3.8210E+00      9.7978E-01 21        1.0093E+02      2.0068E+01       9.5572E+01       8.0864E+01      5.2142E+00 6.9590E-01      1.3837E-01       6.5895E-01       5.5754E-01      3.5951E-02 22        9.8070E+01 -2.7328E+02 -8.0117E+01                3.7135E+02      8.1464E+02 6.7617E-01 -1.8842E+00 -5.5239E-01                2.5604E+00      5.6168E+00 Allowable Stress for Load Case 112 (Post Fire at 120 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 434.50 433.48 18.70 20.70 59.70 2 433.99 429.55 18.70 20.70 59.70 3 435.69 435.02 18.70 20.70 59.70 4 435.54 435.43 18.70 20.70 59.70 5 437.84 437.45 18.70 20.70 59.70 6 438.68 438.34 18.70 20.70 59.70 7 439.45 438.81 18.70 20.70 59.70 8 439.55 438.90 18.70 20.70 59.70 9 439.91 439.27 18.70 20.70 59.70 10 440.18 439.47 18.70 20.70 59.70 11 441.01 439.94 18.70 20.70 59.70 12 443.43 442.29 18.70 20.70 59.70 13 438.31 437.70 18.70 20.70 59.70 14 436.81 436.45 18.70 20.70 59.70 15 432.59 432.55 18.70 20.70 59.70 16 433.82 433.61 18.70 20.70 59.70 17 434.00 433.88 18.70 20.70 59.70 18 435.18 434.99 18.70 20.70 59.70 19 436.19 435.79 18.70 20.70 59.70 20 440.78 440.15 18.70 20.70 59.70 21 432.40 432.28 18.70 20.70 59.70 22 432.18 432.10 18.70 20.70 59.70 Radioactive Material Transport Packaging System Safety Analysis Report 2-381 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-178. Load Case 112, Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.6427E+02 -1.4887E+02 -8.3512E+01 3.1315E+02 2.8102E+02 1.1326E+00 -1.0264E+00 -5.7579E-01 2.1591E+00 1.9375E+00 2 -9.7236E+00 -2.4509E+02 8.7475E+01 2.3537E+02 4.8005E+02

                 -6.7042E-02 -1.6899E+00            6.0312E-01        1.6228E+00       3.3099E+00 3      4.3712E+01 -2.2367E+02 -5.5058E+01                 2.6738E+02       5.2638E+02 3.0138E-01 -1.5421E+00 -3.7961E-01                 1.8435E+00       3.6293E+00 4      1.1558E+04 -4.7612E+03           1.7291E+03        1.6319E+04       3.1663E+04 7.9691E+01 -3.2827E+01           1.1922E+01        1.1252E+02       2.1831E+02 5      1.3321E+04 -4.8267E+03           7.3113E+02        1.8147E+04       2.8457E+04 9.1843E+01 -3.3279E+01           5.0410E+00        1.2512E+02       1.9621E+02 6      6.2624E+03 -8.7330E+02           3.3519E+02        7.1357E+03       9.9667E+03 4.3177E+01 -6.0212E+00           2.3111E+00        4.9199E+01       6.8718E+01 7      2.2265E+03 -6.2619E+02 -5.5180E+03                 2.8527E+03       2.0037E+02 1.5351E+01 -4.3174E+00 -3.8045E+01                 1.9669E+01       1.3815E+00 8      2.2274E+03 -6.2644E+02 -5.4367E+03                 2.8538E+03       1.7741E+02 1.5357E+01 -4.3192E+00 -3.7485E+01                 1.9676E+01       1.2232E+00 9      2.2262E+03 -6.2733E+02 -5.5463E+03                 2.8536E+03       2.0807E+02 1.5349E+01 -4.3253E+00 -3.8240E+01                 1.9675E+01       1.4346E+00 10      2.5414E+03 -1.8837E+03 -1.5439E+03                 4.4251E+03       1.9984E+03 1.7522E+01 -1.2988E+01 -1.0644E+01                 3.0510E+01       1.3779E+01 11      7.0462E+01 -1.6045E+03 -8.0316E+02                 1.6750E+03       1.1497E+03 4.8582E-01 -1.1063E+01 -5.5376E+00                 1.1549E+01       7.9269E+00 12      2.8207E+01 -1.0800E+03 -1.0702E+03                 1.1082E+03       1.2509E+03 1.9448E-01 -7.4465E+00 -7.3790E+00                 7.6410E+00       8.6243E+00 13      4.0564E+03 -1.0489E+03           1.0109E+03        5.1053E+03       5.8248E+03 2.7968E+01 -7.2320E+00           6.9701E+00        3.5200E+01       4.0161E+01 14      3.0978E+03 -7.4968E+02           9.9739E+02        3.8475E+03       2.6175E+03 2.1359E+01 -5.1689E+00           6.8768E+00        2.6527E+01       1.8047E+01 15      1.2460E+03 -1.3009E+03 -6.2961E+01                 2.5468E+03       4.2964E+03 8.5907E+00 -8.9691E+00 -4.3410E-01                 1.7560E+01       2.9622E+01 2-382                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.1219E+02 -5.8405E+02 -2.0676E+02 8.9624E+02 1.4540E+03 2.1525E+00 -4.0269E+00 -1.4256E+00 6.1793E+00 1.0025E+01 17 1.3734E+02 -3.8545E+02 -1.1003E+01 5.2279E+02 8.9981E+02 9.4696E-01 -2.6576E+00 -7.5866E-02 3.6045E+00 6.2040E+00 18 2.7248E+01 -1.5219E+02 5.3208E+02 1.7944E+02 1.0355E+02 1.8787E-01 -1.0493E+00 3.6686E+00 1.2372E+00 7.1393E-01 19 1.1110E+01 -3.0792E+02 5.5162E+02 3.1903E+02 5.1693E+02 7.6599E-02 -2.1230E+00 3.8033E+00 2.1996E+00 3.5641E+00 20 -4.4081E+01 -4.9303E+02 6.0572E+01 4.4895E+02 3.6950E+02

                  -3.0392E-01 -3.3993E+00            4.1763E-01       3.0954E+00      2.5476E+00 21        2.1029E+01 -3.8417E+01 -3.7864E+01                5.9446E+01      5.5341E+01 1.4499E-01 -2.6488E-01 -2.6106E-01                4.0986E-01      3.8157E-01 22      -1.0427E+01 -2.5726E+02 -1.2604E+02                 2.4683E+02      6.0835E+02
                  -7.1889E-02 -1.7737E+00 -8.6902E-01                 1.7018E+00      4.1945E+00 Allowable Stress for Load Case 112 (Post Fire at 150 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 430.53 429.62 18.70 20.70 59.70 2 428.45 423.93 18.70 20.70 59.70 3 431.30 430.74 18.70 20.70 59.70 4 432.91 432.85 18.70 20.70 59.70 5 434.32 434.12 18.70 20.70 59.70 6 435.18 434.68 18.70 20.70 59.70 7 434.21 433.56 18.70 20.70 59.70 8 434.10 433.46 18.70 20.70 59.70 9 434.64 433.98 18.70 20.70 59.70 10 436.92 435.78 18.70 20.70 59.70 11 438.13 437.27 18.70 20.70 59.70 12 440.87 439.74 18.70 20.70 59.70 13 436.23 436.11 18.70 20.70 59.70 14 435.80 435.70 18.70 20.70 59.70 15 433.14 433.11 18.70 20.70 59.70 16 433.78 433.62 18.70 20.70 59.70 17 433.93 433.79 18.70 20.70 59.70 18 434.68 434.51 18.70 20.70 59.70 19 435.41 435.10 18.70 20.70 59.70 20 438.87 438.44 18.70 20.70 59.70 21 434.84 434.79 18.70 20.70 59.70 22 432.76 432.67 18.70 20.70 59.70 Radioactive Material Transport Packaging System Safety Analysis Report 2-383 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-179. Load Case 112, Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 8.1736E+01 -1.5244E+02 -1.1229E+02 2.3417E+02 3.9852E+02 5.6355E-01 -1.0510E+00 -7.7422E-01 1.6146E+00 2.7477E+00 2 3.4940E+01 -1.8029E+02 5.7543E+01 2.1523E+02 4.0211E+02 2.4091E-01 -1.2430E+00 3.9675E-01 1.4839E+00 2.7724E+00 3 5.9785E+01 -1.4019E+02 -5.7046E+01 1.9998E+02 3.6104E+02 4.1220E-01 -9.6661E-01 -3.9332E-01 1.3788E+00 2.4893E+00 4 6.7053E+02 3.2549E+01 -4.7267E+02 6.3798E+02 1.3841E+02 4.6231E+00 2.2441E-01 -3.2589E+00 4.3987E+00 9.5433E-01 5 1.2572E+03 -5.0233E+01 -1.1051E+03 1.3075E+03 1.7297E+03 8.6684E+00 -3.4634E-01 -7.6191E+00 9.0148E+00 1.1926E+01 6 3.3741E+02 -6.1390E+02 -2.9095E+03 9.5130E+02 6.4181E+02 2.3263E+00 -4.2327E+00 -2.0060E+01 6.5590E+00 4.4251E+00 7 3.4539E+01 -6.2731E+02 -5.4488E+03 6.6184E+02 2.3201E+02 2.3814E-01 -4.3251E+00 -3.7568E+01 4.5633E+00 1.5996E+00 8 3.6574E+01 -6.2618E+02 -5.4362E+03 6.6276E+02 1.7811E+02 2.5217E-01 -4.3174E+00 -3.7481E+01 4.5695E+00 1.2281E+00 9 3.5708E+01 -6.2785E+02 -5.5220E+03 6.6356E+02 2.1018E+02 2.4620E-01 -4.3289E+00 -3.8073E+01 4.5751E+00 1.4492E+00 10 4.3003E+02 -1.8033E+03 -2.5304E+03 2.2333E+03 1.0730E+03 2.9649E+00 -1.2433E+01 -1.7447E+01 1.5398E+01 7.3979E+00 11 -2.8429E+02 -1.5590E+03 -1.2485E+03 1.2747E+03 1.9819E+03

                 -1.9601E+00 -1.0749E+01 -8.6081E+00                  8.7888E+00       1.3665E+01 12      4.3691E+01 -1.6037E+03 -1.5580E+03                 1.6474E+03       2.0740E+03 3.0124E-01 -1.1057E+01 -1.0742E+01                 1.1358E+01       1.4300E+01 13      5.0467E+02 -4.9086E+02           3.1225E+01        9.9554E+02       1.6252E+03 3.4796E+00 -3.3844E+00           2.1529E-01        6.8640E+00       1.1205E+01 14      2.0860E+02 -4.9426E+02 -5.9350E+01                 7.0286E+02       1.2996E+03 1.4383E+00 -3.4078E+00 -4.0921E-01                 4.8461E+00       8.9601E+00 15      1.6631E+03 -1.7573E+03 -1.1208E+02                 3.4204E+03       5.7693E+03 1.1466E+01 -1.2116E+01 -7.7279E-01                 2.3583E+01       3.9778E+01 2-384                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.2031E+02 -7.9958E+02 -2.4917E+02 1.2199E+03 1.9788E+03 2.8979E+00 -5.5129E+00 -1.7179E+00 8.4108E+00 1.3643E+01 17 1.8438E+02 -5.2246E+02 2.3224E+01 7.0685E+02 1.2147E+03 1.2713E+00 -3.6023E+00 1.6013E-01 4.8736E+00 8.3751E+00 18 2.4126E+01 -1.8400E+02 5.0427E+02 2.0813E+02 2.0070E+02 1.6634E-01 -1.2686E+00 3.4768E+00 1.4350E+00 1.3838E+00 19 3.3252E+01 -3.5178E+02 4.9819E+02 3.8503E+02 6.4014E+02 2.2926E-01 -2.4255E+00 3.4349E+00 2.6547E+00 4.4136E+00 20 -4.8086E+01 -5.0044E+02 6.5246E+01 4.5235E+02 5.9658E+02

                  -3.3154E-01 -3.4504E+00            4.4985E-01       3.1188E+00      4.1133E+00 21        3.0044E-01 -7.2825E+01 -7.2621E+01                7.3126E+01      1.0566E+01 2.0715E-03 -5.0211E-01 -5.0070E-01                5.0418E-01      7.2848E-02 22      -5.0145E+01 -2.2962E+02 -9.2711E+01                 1.7948E+02      3.9815E+02
                  -3.4574E-01 -1.5832E+00 -6.3922E-01                 1.2374E+00      2.7452E+00 Allowable Stress for Load Case 112 (Post Fire at 180 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 426.72 425.79 18.70 20.70 59.70 2 424.18 419.68 18.70 20.70 59.70 3 427.33 426.76 18.70 20.70 59.70 4 429.45 429.39 18.70 20.70 59.70 5 430.60 430.44 18.70 20.70 59.70 6 431.46 430.92 18.70 20.70 59.70 7 430.00 429.35 18.70 20.70 59.70 8 429.84 429.20 18.70 20.70 59.70 9 430.42 429.76 18.70 20.70 59.70 10 433.34 432.06 18.70 20.70 59.70 11 434.69 433.88 18.70 20.70 59.70 12 437.53 436.40 18.70 20.70 59.70 13 433.15 433.06 18.70 20.70 59.70 14 432.97 432.92 18.70 20.70 59.70 15 430.59 430.57 18.70 20.70 59.70 16 431.06 430.91 18.70 20.70 59.70 17 431.20 431.07 18.70 20.70 59.70 18 431.84 431.66 18.70 20.70 59.70 19 432.48 432.20 18.70 20.70 59.70 20 435.62 435.25 18.70 20.70 59.70 21 432.79 432.77 18.70 20.70 59.70 22 430.22 430.14 18.70 20.70 59.70 Radioactive Material Transport Packaging System Safety Analysis Report 2-385 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-180. Load Case 301, 30-ft. Head-On Drop, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -3.5116E+01 -2.9001E+03 -5.5330E+02 2.8650E+03 1.1789E+03

                 -2.4211E-01 -1.9996E+01 -3.8148E+00                  1.9754E+01       8.1279E+00 2      3.3916E+01 -1.3934E+03 -9.0219E+01                 1.4273E+03       5.3870E+01 2.3384E-01 -9.6069E+00 -6.2203E-01                 9.8407E+00       3.7142E-01 3      1.4267E+00 -5.4534E+02 -4.7895E+01                 5.4677E+02       3.3162E+01 9.8365E-03 -3.7600E+00 -3.3023E-01                 3.7698E+00       2.2865E-01 4      7.7808E+02 -4.7237E+03 -1.5509E+03                 5.5018E+03       3.9945E+03 5.3646E+00 -3.2569E+01 -1.0693E+01                 3.7933E+01       2.7541E+01 5      1.1872E+02 -1.7425E+03 -7.5377E+02                 1.8612E+03       2.6817E+03 8.1855E-01 -1.2014E+01 -5.1971E+00                 1.2832E+01       1.8489E+01 6    -2.7831E+02 -1.0850E+03 -6.1748E+02                  8.0671E+02       5.1541E+02
                 -1.9189E+00 -7.4810E+00 -4.2574E+00                  5.5621E+00       3.5536E+00 7    -5.2503E+00 -7.1220E+02 -4.9558E+01                  7.0695E+02       1.5190E+01
                 -3.6199E-02 -4.9105E+00 -3.4169E-01                  4.8743E+00       1.0473E-01 8    -3.1436E+00 -6.4805E+02 -3.4302E+01                  6.4491E+02       1.1054E+00
                 -2.1675E-02 -4.4682E+00 -2.3650E-01                  4.4465E+00       7.6218E-03 9    -2.4186E+00 -5.4079E+02 -2.3776E+01                  5.3837E+02       1.3545E+00
                 -1.6676E-02 -3.7286E+00 -1.6393E-01                  3.7119E+00       9.3389E-03 10    -8.9156E+01 -6.7229E+02 -4.7569E+01                  5.8314E+02       3.7204E+02
                 -6.1471E-01 -4.6353E+00 -3.2798E-01                  4.0206E+00       2.5651E+00 11      1.1772E+02 -3.4634E+02 -1.9542E+01                 4.6405E+02       1.5388E+02 8.1162E-01 -2.3879E+00 -1.3473E-01                 3.1995E+00       1.0609E+00 12      1.3958E+02 -4.7826E+01           9.0518E+01        1.8741E+02       3.6107E+02 9.6238E-01 -3.2975E-01           6.2410E-01        1.2921E+00       2.4895E+00 13      1.3854E+02 -2.7560E+02           3.7434E+00        4.1414E+02       1.8586E+02 9.5520E-01 -1.9002E+00           2.5810E-02        2.8554E+00       1.2815E+00 14      1.3380E+02 -1.7833E+02           4.6187E+01        3.1213E+02       1.1527E+02 9.2253E-01 -1.2295E+00           3.1845E-01        2.1520E+00       7.9474E-01 15      8.6155E+02       2.2188E+02      1.6629E+02        6.3967E+02       2.4334E+01 5.9402E+00       1.5298E+00      1.1465E+00        4.4104E+00       1.6778E-01 2-386                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.2008E+02 -8.6857E+02 -3.8581E+02 1.1887E+03 5.7904E+02 2.2069E+00 -5.9886E+00 -2.6600E+00 8.1955E+00 3.9923E+00 17 5.2320E+02 -8.2819E+02 -4.4192E+02 1.3514E+03 1.1426E+03 3.6074E+00 -5.7102E+00 -3.0470E+00 9.3175E+00 7.8778E+00 18 5.0319E+02 -1.3152E+03 -2.6974E+02 1.8183E+03 2.0601E+03 3.4693E+00 -9.0677E+00 -1.8598E+00 1.2537E+01 1.4204E+01 19 3.6845E+02 -1.3417E+03 -5.4649E+02 1.7101E+03 1.1334E+03 2.5404E+00 -9.2506E+00 -3.7679E+00 1.1791E+01 7.8143E+00 20 -1.2184E+02 -8.5843E+02 -5.8185E+02 7.3659E+02 1.2655E+03

                  -8.4007E-01 -5.9187E+00 -4.0117E+00                 5.0786E+00      8.7250E+00 21        1.0029E+03      9.6474E+01       8.7138E+01       9.0639E+02      2.5673E+02 6.9145E+00      6.6516E-01       6.0079E-01       6.2493E+00      1.7701E+00 22        5.5755E+02      1.4411E+02       3.8842E+02       4.1344E+02      3.2933E+02 3.8442E+00      9.9363E-01       2.6781E+00       2.8505E+00      2.2707E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-387 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-181. Load Case 302, 30-ft. Side Drop + Slap-Down, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.6541E+02 -4.5912E+01 -6.0601E+02 4.0576E+03 1.2379E+03 1.1405E+00 -3.1655E-01 -4.1783E+00 2.7976E+01 8.5349E+00 2 1.1180E+03 1.2822E+02 -3.0835E+02 1.0751E+03 1.0217E+03 7.7081E+00 8.8405E-01 -2.1260E+00 7.4126E+00 7.0446E+00 3 1.6154E+02 -4.1720E+01 -6.0587E+02 4.0573E+03 1.2418E+03 1.1138E+00 -2.8765E-01 -4.1774E+00 2.7974E+01 8.5621E+00 4 7.7054E+02 -4.0454E+01 -1.0613E+03 2.7347E+03 3.9787E+02 5.3127E+00 -2.7892E-01 -7.3171E+00 1.8855E+01 2.7432E+00 5 1.2475E+03 -1.9604E+02 -1.4070E+03 2.7876E+03 9.4642E+01 8.6015E+00 -1.3516E+00 -9.7006E+00 1.9220E+01 6.5253E-01 6 1.2282E+03 -3.3666E+02 -1.5636E+03 2.6357E+03 1.1918E+02 8.4681E+00 -2.3212E+00 -1.0780E+01 1.8173E+01 8.2172E-01 7 1.9713E+02 9.2049E+01 -1.8501E+01 1.4709E+03 7.4553E+01 1.3591E+00 6.3466E-01 -1.2756E-01 1.0142E+01 5.1402E-01 8 9.8975E+01 7.5648E+01 1.7793E+01 7.0487E+02 1.2318E+02 6.8241E-01 5.2158E-01 1.2268E-01 4.8599E+00 8.4928E-01 9 1.9594E+02 9.1246E+01 -1.8590E+01 1.4535E+03 7.5795E+01 1.3510E+00 6.2912E-01 -1.2817E-01 1.0022E+01 5.2258E-01 10 1.4394E+03 -1.4019E+02 -1.5843E+03 2.1244E+03 8.0793E+02 9.9246E+00 -9.6658E-01 -1.0923E+01 1.4647E+01 5.5705E+00 11 7.4679E+02 -3.5841E+02 -1.7708E+03 2.0617E+03 7.0617E+02 5.1490E+00 -2.4712E+00 -1.2209E+01 1.4215E+01 4.8689E+00 12 -2.9026E+01 -3.3606E+02 -1.3343E+03 1.3053E+03 1.0596E+02

                 -2.0012E-01 -2.3170E+00 -9.1999E+00                  8.9998E+00       7.3054E-01 13      1.2678E+03 -2.0114E+02 -1.3391E+03                 2.7529E+03       7.9651E+01 8.7414E+00 -1.3868E+00 -9.2329E+00                 1.8980E+01       5.4917E-01 14      1.0115E+03 -1.2945E+02 -1.2263E+03                 2.6979E+03       4.2554E+02 6.9742E+00 -8.9253E-01 -8.4548E+00                 1.8601E+01       2.9340E+00 15    -4.0810E+01 -3.0469E+02 -1.4456E+03                  1.4716E+03       3.0999E+01
                 -2.8138E-01 -2.1008E+00 -9.9670E+00                  1.0146E+01       2.1373E-01 2-388                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.7310E+02 -5.3771E+01 -1.1908E+03 2.7937E+03 1.7134E+02 1.1935E+00 -3.7074E-01 -8.2104E+00 1.9262E+01 1.1814E+00 17 2.9150E+02 -4.1475E+01 -1.1724E+03 2.8857E+03 1.9079E+02 2.0098E+00 -2.8596E-01 -8.0837E+00 1.9896E+01 1.3154E+00 18 8.5918E+02 -1.3055E+02 -1.1857E+03 2.9929E+03 1.4956E+02 5.9239E+00 -9.0014E-01 -8.1752E+00 2.0635E+01 1.0312E+00 19 1.0019E+03 -1.9561E+02 -1.3569E+03 2.9706E+03 2.3880E+02 6.9078E+00 -1.3487E+00 -9.3552E+00 2.0481E+01 1.6464E+00 20 9.0894E+02 -2.6122E+02 -1.3854E+03 2.3040E+03 1.0307E+02 6.2669E+00 -1.8011E+00 -9.5521E+00 1.5886E+01 7.1063E-01 21 -1.6703E+01 -3.5213E+02 -1.5582E+03 1.6117E+03 1.7836E+02

                  -1.1516E-01 -2.4278E+00 -1.0743E+01                 1.1112E+01      1.2298E+00 22      -1.5636E+01 -3.7289E+02 -1.6116E+03                 1.6630E+03      1.3679E+02
                  -1.0780E-01 -2.5710E+00 -1.1111E+01                 1.1466E+01      9.4315E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-389 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-182. Load Case 303, 30-ft. Cg/Corner Drop, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.5701E+02 -2.6745E+02 -2.1557E+03 2.1163E+03 9.2973E+02 1.7720E+00 -1.8440E+00 -1.4863E+01 1.4591E+01 6.4103E+00 2 1.6433E+02 -9.2145E+01 -2.3264E+02 1.0880E+03 1.3700E+02 1.1330E+00 -6.3532E-01 -1.6040E+00 7.5013E+00 9.4460E-01 3 1.9994E+03 2.1350E+02 -1.1081E+01 2.0105E+03 5.6937E+02 1.3785E+01 1.4720E+00 -7.6402E-02 1.3862E+01 3.9257E+00 4 2.2346E+02 8.1579E+00 -1.5277E+03 3.1410E+03 2.9858E+02 1.5407E+00 5.6247E-02 -1.0533E+01 2.1656E+01 2.0586E+00 5 3.3744E+02 -2.3627E+02 -1.9440E+03 2.2466E+03 1.2180E+02 2.3265E+00 -1.6290E+00 -1.3404E+01 1.5489E+01 8.3977E-01 6 2.4504E+02 -5.1990E+02 -2.2210E+03 2.2996E+03 3.2604E+02 1.6895E+00 -3.5846E+00 -1.5313E+01 1.5855E+01 2.2480E+00 7 3.6734E+02 3.7477E+01 -1.1148E+02 2.1271E+03 6.0993E+01 2.5327E+00 2.5839E-01 -7.6865E-01 1.4666E+01 4.2053E-01 8 2.1693E+02 4.6502E+00 -2.4376E+02 1.5598E+03 2.7507E+01 1.4957E+00 3.2062E-02 -1.6806E+00 1.0755E+01 1.8965E-01 9 3.9893E+02 -2.1034E+02 -3.5078E+02 1.0727E+03 3.6927E+01 2.7506E+00 -1.4502E+00 -2.4185E+00 7.3960E+00 2.5460E-01 10 4.1028E+02 -2.5828E+02 -3.9179E+02 9.6869E+02 4.1412E+02 2.8288E+00 -1.7808E+00 -2.7013E+00 6.6789E+00 2.8553E+00 11 6.6814E+02 -5.6125E+01 -1.3145E+02 8.2192E+02 2.3771E+02 4.6067E+00 -3.8697E-01 -9.0634E-01 5.6669E+00 1.6390E+00 12 4.6909E+02 6.1672E+01 9.3444E+00 4.6651E+02 1.0903E+02 3.2343E+00 4.2521E-01 6.4427E-02 3.2165E+00 7.5174E-01 13 6.1537E+02 -1.6862E+02 -3.5689E+02 9.7226E+02 2.3268E+01 4.2428E+00 -1.1626E+00 -2.4607E+00 6.7035E+00 1.6043E-01 14 6.4493E+02 -1.6404E+02 -3.5092E+02 9.9585E+02 1.0501E+02 4.4466E+00 -1.1310E+00 -2.4195E+00 6.8661E+00 7.2404E-01 15 3.4366E+02 6.7605E+01 -1.0765E+03 1.4438E+03 3.0378E+01 2.3695E+00 4.6612E-01 -7.4225E+00 9.9545E+00 2.0945E-01 2-390 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.5978E+02 3.3047E+01 -1.2048E+03 2.6438E+03 2.1964E+02 3.1701E+00 2.2785E-01 -8.3067E+00 1.8228E+01 1.5144E+00 17 4.5231E+02 6.8367E+01 -1.2967E+03 2.7945E+03 2.9933E+02 3.1185E+00 4.7137E-01 -8.9401E+00 1.9268E+01 2.0638E+00 18 3.4295E+02 -6.6787E+01 -1.7027E+03 2.1467E+03 1.5108E+02 2.3646E+00 -4.6048E-01 -1.1740E+01 1.4801E+01 1.0417E+00 19 3.8126E+02 -1.4676E+02 -1.9014E+03 2.1102E+03 3.8729E+02 2.6287E+00 -1.0118E+00 -1.3110E+01 1.4549E+01 2.6703E+00 20 1.9062E+02 -3.5358E+02 -1.8875E+03 2.0605E+03 1.1304E+02 1.3143E+00 -2.4378E+00 -1.3014E+01 1.4207E+01 7.7940E-01 21 3.1154E+02 -1.9187E+01 -2.1272E+02 5.2125E+02 2.9505E+01 2.1480E+00 -1.3229E-01 -1.4666E+00 3.5939E+00 2.0343E-01 22 5.2669E+02 3.0133E+01 -1.0409E+03 1.5918E+03 1.3825E+02 3.6314E+00 2.0776E-01 -7.1766E+00 1.0975E+01 9.5323E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-391 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-183. Load Case 304, 30-ft. Head-On Drop at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -5.0687E+01 -3.9919E+03 -7.5881E+02 3.9412E+03 1.6842E+03

                 -3.4947E-01 -2.7523E+01 -5.2318E+00                  2.7173E+01       1.1612E+01 2      4.6885E+01 -1.9176E+03 -1.2056E+02                 1.9645E+03       7.3792E+01 3.2326E-01 -1.3222E+01 -8.3124E-01                 1.3545E+01       5.0878E-01 3      1.8846E+00 -7.5175E+02 -6.5726E+01                 7.5363E+02       4.5429E+01 1.2994E-02 -5.1831E+00 -4.5316E-01                 5.1961E+00       3.1322E-01 4      1.0866E+03 -6.5700E+03 -2.1553E+03                 7.6567E+03       5.5695E+03 7.4920E+00 -4.5299E+01 -1.4860E+01                 5.2791E+01       3.8400E+01 5      1.6469E+02 -2.4236E+03 -1.0495E+03                 2.5883E+03       3.7299E+03 1.1355E+00 -1.6710E+01 -7.2359E+00                 1.7845E+01       2.5717E+01 6    -3.8984E+02 -1.5144E+03 -8.6182E+02                  1.1246E+03       7.1310E+02
                 -2.6879E+00 -1.0442E+01 -5.9420E+00                  7.7537E+00       4.9167E+00 7    -7.1583E+00 -9.9119E+02 -6.7122E+01                  9.8403E+02       2.0818E+01
                 -4.9355E-02 -6.8340E+00 -4.6279E-01                  6.7847E+00       1.4353E-01 8    -4.2370E+00 -8.9825E+02 -4.6180E+01                  8.9401E+02       1.5353E+00
                 -2.9213E-02 -6.1932E+00 -3.1840E-01                  6.1640E+00       1.0585E-02 9    -3.3001E+00 -7.4826E+02 -3.2299E+01                  7.4496E+02       1.8184E+00
                 -2.2753E-02 -5.1591E+00 -2.2269E-01                  5.1363E+00       1.2538E-02 10    -1.2319E+02 -9.3015E+02 -6.5732E+01                  8.0695E+02       5.1422E+02
                 -8.4939E-01 -6.4131E+00 -4.5320E-01                  5.5638E+00       3.5454E+00 11      1.6270E+02 -4.7892E+02 -2.7013E+01                 6.4162E+02       2.1281E+02 1.1218E+00 -3.3021E+00 -1.8625E-01                 4.4238E+00       1.4673E+00 12      1.9261E+02 -6.6476E+01           1.2508E+02        2.5909E+02       4.9969E+02 1.3280E+00 -4.5833E-01           8.6243E-01        1.7864E+00       3.4452E+00 13      1.9135E+02 -3.8226E+02           4.8390E+00        5.7361E+02       2.5929E+02 1.3193E+00 -2.6356E+00           3.3364E-02        3.9549E+00       1.7878E+00 14      1.8463E+02 -2.4779E+02           6.3387E+01        4.3242E+02       1.6017E+02 1.2730E+00 -1.7085E+00           4.3704E-01        2.9814E+00       1.1043E+00 15      1.1874E+03       2.8310E+02      2.0638E+02        9.0431E+02       3.5890E+01 8.1869E+00       1.9519E+00      1.4229E+00        6.2350E+00       2.4745E-01 2-392                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.3424E+02 -1.2296E+03 -5.6563E+02 1.6638E+03 7.9864E+02 2.9940E+00 -8.4775E+00 -3.8999E+00 1.1471E+01 5.5064E+00 17 7.1724E+02 -1.1463E+03 -6.3420E+02 1.8635E+03 1.5770E+03 4.9452E+00 -7.9034E+00 -4.3727E+00 1.2849E+01 1.0873E+01 18 6.9599E+02 -1.8304E+03 -3.7892E+02 2.5264E+03 2.8644E+03 4.7986E+00 -1.2620E+01 -2.6126E+00 1.7419E+01 1.9749E+01 19 5.1032E+02 -1.8680E+03 -7.6163E+02 2.3783E+03 1.5816E+03 3.5186E+00 -1.2879E+01 -5.2513E+00 1.6398E+01 1.0905E+01 20 -1.6961E+02 -1.1956E+03 -8.1091E+02 1.0260E+03 1.7615E+03

                  -1.1694E+00 -8.2436E+00 -5.5910E+00                 7.0742E+00      1.2145E+01 21        1.3789E+03      1.3274E+02       1.1990E+02       1.2461E+03      3.5286E+02 9.5070E+00      9.1518E-01       8.2668E-01       8.5919E+00      2.4329E+00 22        7.4664E+02      1.8287E+02       4.9662E+02       5.6377E+02      4.4612E+02 5.1479E+00      1.2608E+00       3.4240E+00       3.8871E+00      3.0759E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-393 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-184. Load Case 305, 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.3156E+02 -6.4154E+01 -8.4731E+02 5.6803E+03 1.7329E+03 1.5965E+00 -4.4232E-01 -5.8420E+00 3.9164E+01 1.1948E+01 2 1.5651E+03 1.7952E+02 -4.3127E+02 1.5051E+03 1.4304E+03 1.0791E+01 1.2377E+00 -2.9735E+00 1.0377E+01 9.8621E+00 3 2.2614E+02 -5.8279E+01 -8.4711E+02 5.6799E+03 1.7384E+03 1.5592E+00 -4.0182E-01 -5.8406E+00 3.9161E+01 1.1986E+01 4 1.0787E+03 -5.6726E+01 -1.4852E+03 3.8282E+03 5.5696E+02 7.4372E+00 -3.9111E-01 -1.0240E+01 2.6395E+01 3.8401E+00 5 1.7464E+03 -2.7452E+02 -1.9691E+03 3.9023E+03 1.3248E+02 1.2041E+01 -1.8927E+00 -1.3577E+01 2.6905E+01 9.1343E-01 6 1.7194E+03 -4.7133E+02 -2.1884E+03 3.6895E+03 1.6681E+02 1.1855E+01 -3.2497E+00 -1.5088E+01 2.5439E+01 1.1501E+00 7 2.7577E+02 1.2851E+02 -2.5959E+01 2.0590E+03 1.0431E+02 1.9014E+00 8.8608E-01 -1.7898E-01 1.4196E+01 7.1916E-01 8 1.3828E+02 1.0549E+02 2.4849E+01 9.8660E+02 1.7246E+02 9.5342E-01 7.2736E-01 1.7133E-01 6.8024E+00 1.1891E+00 9 2.7411E+02 1.2739E+02 -2.6084E+01 2.0346E+03 1.0604E+02 1.8900E+00 8.7832E-01 -1.7984E-01 1.4028E+01 7.3115E-01 10 2.0151E+03 -1.9647E+02 -2.2175E+03 2.9738E+03 1.1310E+03 1.3893E+01 -1.3546E+00 -1.5289E+01 2.0504E+01 7.7983E+00 11 1.0455E+03 -5.0175E+02 -2.4785E+03 2.8860E+03 9.8837E+02 7.2083E+00 -3.4594E+00 -1.7088E+01 1.9898E+01 6.8146E+00 12 -4.0632E+01 -4.7056E+02 -1.8677E+03 1.8270E+03 1.4830E+02

                 -2.8015E-01 -3.2444E+00 -1.2877E+01                  1.2597E+01       1.0225E+00 13      1.7748E+03 -2.8165E+02 -1.8742E+03                 3.8536E+03       1.1148E+02 1.2237E+01 -1.9419E+00 -1.2922E+01                 2.6570E+01       7.6863E-01 14      1.4160E+03 -1.8130E+02 -1.7162E+03                 3.7766E+03       5.9570E+02 9.7631E+00 -1.2500E+00 -1.1833E+01                 2.6039E+01       4.1072E+00 15    -5.7119E+01 -4.2663E+02 -2.0235E+03                  2.0599E+03       4.3397E+01
                 -3.9382E-01 -2.9415E+00 -1.3952E+01                  1.4203E+01       2.9921E-01 2-394                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.4232E+02 -7.5334E+01 -1.6666E+03 3.9109E+03 2.3986E+02 1.6707E+00 -5.1941E-01 -1.1491E+01 2.6964E+01 1.6538E+00 17 4.0807E+02 -5.8127E+01 -1.6408E+03 4.0396E+03 2.6708E+02 2.8135E+00 -4.0077E-01 -1.1313E+01 2.7852E+01 1.8415E+00 18 1.2028E+03 -1.8282E+02 -1.6593E+03 4.1896E+03 2.0937E+02 8.2928E+00 -1.2605E+00 -1.1441E+01 2.8887E+01 1.4435E+00 19 1.4025E+03 -2.7389E+02 -1.8989E+03 4.1584E+03 3.3429E+02 9.6702E+00 -1.8884E+00 -1.3093E+01 2.8671E+01 2.3048E+00 20 1.2724E+03 -3.6571E+02 -1.9390E+03 3.2252E+03 1.4427E+02 8.7732E+00 -2.5214E+00 -1.3369E+01 2.2237E+01 9.9472E-01 21 -2.3378E+01 -4.9304E+02 -2.1812E+03 2.2561E+03 2.4968E+02

                  -1.6119E-01 -3.3994E+00 -1.5039E+01                 1.5555E+01      1.7215E+00 22      -2.1886E+01 -5.2210E+02 -2.2559E+03                 2.3279E+03      1.9149E+02
                  -1.5090E-01 -3.5998E+00 -1.5554E+01                 1.6050E+01      1.3203E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-395 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-185. Load Case 306, 30-ft. Cg/Corner Drop at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.6241E+02 -3.7796E+02 -3.0391E+03 2.9609E+03 1.3012E+03 2.4987E+00 -2.6060E+00 -2.0954E+01 2.0415E+01 8.9712E+00 2 2.2850E+02 -1.2931E+02 -3.1748E+02 1.5271E+03 1.9067E+02 1.5754E+00 -8.9153E-01 -2.1889E+00 1.0529E+01 1.3146E+00 3 2.8247E+03 3.0180E+02 -1.3501E+01 2.8382E+03 8.0357E+02 1.9476E+01 2.0808E+00 -9.3084E-02 1.9569E+01 5.5404E+00 4 3.1109E+02 9.7584E+00 -2.1404E+03 4.4027E+03 4.1819E+02 2.1449E+00 6.7282E-02 -1.4758E+01 3.0355E+01 2.8833E+00 5 4.7118E+02 -3.2844E+02 -2.7219E+03 3.1441E+03 1.7093E+02 3.2487E+00 -2.2645E+00 -1.8767E+01 2.1678E+01 1.1785E+00 6 3.4172E+02 -7.2535E+02 -3.1089E+03 3.2182E+03 4.5712E+02 2.3560E+00 -5.0011E+00 -2.1435E+01 2.2189E+01 3.1517E+00 7 5.1542E+02 5.1444E+01 -1.5408E+02 2.9736E+03 8.5737E+01 3.5537E+00 3.5470E-01 -1.0624E+00 2.0502E+01 5.9113E-01 8 3.0008E+02 5.9366E+00 -3.4162E+02 2.1812E+03 3.8402E+01 2.0690E+00 4.0931E-02 -2.3554E+00 1.5039E+01 2.6477E-01 9 5.5770E+02 -2.9654E+02 -4.9361E+02 1.5012E+03 5.1661E+01 3.8452E+00 -2.0446E+00 -3.4033E+00 1.0350E+01 3.5619E-01 10 5.7426E+02 -3.6453E+02 -5.5427E+02 1.3589E+03 5.8017E+02 3.9594E+00 -2.5134E+00 -3.8215E+00 9.3690E+00 4.0001E+00 11 9.3689E+02 -8.0768E+01 -1.8664E+02 1.1546E+03 3.3133E+02 6.4596E+00 -5.5687E-01 -1.2869E+00 7.9606E+00 2.2844E+00 12 6.5987E+02 8.6933E+01 1.3263E+01 6.5611E+02 1.5374E+02 4.5496E+00 5.9938E-01 9.1445E-02 4.5237E+00 1.0600E+00 13 8.6383E+02 -2.3720E+02 -5.0409E+02 1.3679E+03 3.2579E+01 5.9559E+00 -1.6354E+00 -3.4756E+00 9.4315E+00 2.2462E-01 14 9.0588E+02 -2.3021E+02 -4.9478E+02 1.4007E+03 1.4811E+02 6.2458E+00 -1.5872E+00 -3.4114E+00 9.6572E+00 1.0212E+00 15 4.8358E+02 9.5041E+01 -1.5041E+03 2.0207E+03 4.2676E+01 3.3342E+00 6.5529E-01 -1.0370E+01 1.3932E+01 2.9424E-01 2-396 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 6.4475E+02 4.6722E+01 -1.6870E+03 3.6998E+03 3.0764E+02 4.4454E+00 3.2214E-01 -1.1631E+01 2.5510E+01 2.1211E+00 17 6.3405E+02 9.6125E+01 -1.8168E+03 3.9130E+03 4.2075E+02 4.3716E+00 6.6276E-01 -1.2526E+01 2.6979E+01 2.9010E+00 18 4.7992E+02 -9.2365E+01 -2.3860E+03 3.0079E+03 2.1165E+02 3.3090E+00 -6.3684E-01 -1.6451E+01 2.0739E+01 1.4593E+00 19 5.3286E+02 -2.0447E+02 -2.6632E+03 2.9540E+03 5.4281E+02 3.6739E+00 -1.4098E+00 -1.8362E+01 2.0367E+01 3.7426E+00 20 2.6583E+02 -4.9436E+02 -2.6420E+03 2.8836E+03 1.5858E+02 1.8329E+00 -3.4085E+00 -1.8216E+01 1.9881E+01 1.0934E+00 21 4.3560E+02 -2.7056E+01 -2.9845E+02 7.2983E+02 4.1409E+01 3.0033E+00 -1.8654E-01 -2.0578E+00 5.0320E+00 2.8551E-01 22 7.4081E+02 4.2418E+01 -1.4528E+03 2.2275E+03 1.9433E+02 5.1077E+00 2.9246E-01 -1.0017E+01 1.5358E+01 1.3399E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-397 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-186. Load Case 311, 4-ft. Drop onto Rod, Hypothetical Accident Conditions of Transport - Model AOS-050A Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.6974E+02 -6.4945E+02 5.1804E+02 8.1919E+02 3.0668E+02 1.1703E+00 -4.4778E+00 3.5717E+00 5.6481E+00 2.1145E+00 2 1.1445E+01 -4.3328E+02 5.5915E+01 4.4472E+02 1.0559E+02 7.8908E-02 -2.9874E+00 3.8552E-01 3.0663E+00 7.2800E-01 3 -9.5691E-01 -1.6421E+02 -4.6289E-01 1.6326E+02 6.0573E+00

                 -6.5977E-03 -1.1322E+00 -3.1915E-03                  1.1256E+00       4.1764E-02 4      1.1516E+03 -5.1307E+02           9.6764E+02        1.6647E+03       1.6562E+03 7.9399E+00 -3.5375E+00           6.6716E+00        1.1477E+01       1.1419E+01 5      1.2021E+03 -1.1314E+03           7.9134E+02        2.3335E+03       2.2243E+03 8.2884E+00 -7.8007E+00           5.4561E+00        1.6089E+01       1.5336E+01 6    -2.7456E+02 -2.0689E+03            2.5927E+01        1.7944E+03       7.1126E+01
                 -1.8930E+00 -1.4265E+01            1.7876E-01        1.2372E+01       4.9040E-01 7    -2.1855E+00 -1.1668E+03 -2.3357E+01                  1.1646E+03       1.7503E+01
                 -1.5069E-02 -8.0448E+00 -1.6104E-01                  8.0297E+00       1.2068E-01 8    -1.3331E+00 -6.5760E+02 -1.5021E+01                  6.5627E+02       7.0483E-02
                 -9.1911E-03 -4.5340E+00 -1.0357E-01                  4.5248E+00       4.8597E-04 9    -3.5221E-01 -3.4780E+02 -1.2974E+01                  3.4745E+02       4.1675E+00
                 -2.4284E-03 -2.3980E+00 -8.9453E-02                  2.3956E+00       2.8734E-02 10    -4.4026E+00 -2.0145E+02            1.3960E+02        1.9705E+02       3.1541E+02
                 -3.0355E-02 -1.3889E+00            9.6252E-01        1.3586E+00       2.1747E+00 11      1.5797E+02 -1.7579E+02           9.4606E+01        3.3375E+02       3.5381E+01 1.0891E+00 -1.2120E+00           6.5228E-01        2.3012E+00       2.4395E-01 12      1.2004E+02 -3.0655E+02           1.0044E+02        4.2659E+02       6.4229E+02 8.2763E-01 -2.1136E+00           6.9252E-01        2.9412E+00       4.4284E+00 13      4.4846E+02 -2.4516E+01           1.7786E+02        4.7298E+02       5.0223E+02 3.0920E+00 -1.6903E-01           1.2263E+00        3.2611E+00       3.4627E+00 14      4.8460E+02 -4.1545E+01           2.0762E+02        5.2614E+02       3.8715E+02 3.3412E+00 -2.8644E-01           1.4315E+00        3.6276E+00       2.6693E+00 15    -8.3867E+03 -4.0915E+04 -3.9021E+03                  3.2528E+04       1.0345E+03
                 -5.7825E+01 -2.8210E+02 -2.6904E+01                  2.2427E+02       7.1324E+00 2-398                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.0267E+03 -4.0934E+03 6.5762E+00 6.1201E+03 7.7446E+03 1.3974E+01 -2.8223E+01 4.5342E-02 4.2197E+01 5.3397E+01 17 -8.5409E+02 -4.3894E+03 2.2172E+01 3.5353E+03 5.2415E+03

                  -5.8887E+00 -3.0264E+01            1.5287E-01       2.4375E+01      3.6139E+01 18      -2.6582E+02 -2.1098E+03 -3.9135E+02                 1.8440E+03      2.2186E+02
                  -1.8327E+00 -1.4547E+01 -2.6983E+00                 1.2714E+01      1.5297E+00 19        9.3488E+02 -1.1226E+03           1.7267E+01       2.0575E+03      2.3177E+03 6.4458E+00 -7.7401E+00           1.1905E-01       1.4186E+01      1.5980E+01 20        1.3799E+03 -1.2267E+03 -2.3507E+02                2.6066E+03      3.3942E+03 9.5140E+00 -8.4577E+00 -1.6207E+00                1.7972E+01      2.3402E+01 21        4.5185E+01 -1.8479E+02 -5.9691E+01                2.2997E+02      3.2562E+02 3.1154E-01 -1.2741E+00 -4.1155E-01                1.5856E+00      2.2450E+00 22      -2.8736E+03 -1.2749E+04 -3.9544E+03                 9.8759E+03      6.9379E+01
                  -1.9812E+01 -8.7905E+01 -2.7264E+01                 6.8092E+01      4.7835E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-399 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-187. Load Combination 301, Head-On Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 301, 102, 201, 211 30-ft. Head-On Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 4.06 2.88 6.94 20.00 66.30 8.55 27.99 19.86 47.85 137.90 457.12 2 1.50 0.11 1.61 20.00 66.30 >10 10.37 0.74 11.11 137.90 457.12 3 0.58 0.05 0.63 20.00 66.30 >10 4.01 0.32 4.33 137.90 457.12 4 7.21 6.69 13.90 20.00 66.30 3.77 49.71 46.10 95.81 137.90 457.12 5 3.51 5.22 8.72 20.00 66.30 6.60 24.19 35.96 60.15 137.90 457.12 6 1.42 1.53 2.95 20.00 66.30 >10 9.77 10.58 20.35 137.90 457.12 7 1.05 0.02 1.06 20.00 66.30 >10 7.22 0.11 7.33 137.90 457.12 8 0.99 0.00 0.99 20.00 66.30 >10 6.79 0.01 6.80 137.90 457.12 9 0.88 0.00 0.88 20.00 66.30 >10 6.06 0.02 6.08 137.90 457.12 10 1.08 0.59 1.66 20.00 66.30 >10 7.42 4.04 11.46 137.90 457.12 11 0.73 0.32 1.05 20.00 66.30 >10 5.05 2.18 7.23 137.90 457.12 12 0.42 0.47 0.89 20.00 66.30 >10 2.90 3.25 6.15 137.90 457.12 2-400 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.23 1.08 2.31 20.00 66.30 >10 8.51 7.44 15.94 137.90 457.12 14 1.12 0.76 1.88 20.00 66.30 >10 7.74 5.24 12.98 137.90 457.12 15 1.99 0.67 2.67 20.00 66.30 >10 13.75 4.63 18.38 137.90 457.12 16 1.55 1.05 2.60 20.00 66.30 >10 10.70 7.23 17.93 137.90 457.12 17 1.63 1.49 3.13 20.00 66.30 >10 11.27 10.28 21.55 137.90 457.12 18 2.33 2.87 5.21 20.00 66.30 >10 16.07 19.82 35.89 137.90 457.12 19 2.45 2.10 4.55 20.00 66.30 >10 16.92 14.47 31.39 137.90 457.12 20 1.47 2.28 3.74 20.00 66.30 >10 10.12 15.69 25.82 137.90 457.12 21 1.08 0.54 1.62 20.00 66.30 >10 7.44 3.75 11.19 137.90 457.12 22 1.13 0.69 1.82 20.00 66.30 >10 7.82 4.76 12.58 137.90 457.12 Min MS: 3.771, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-401 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-188. Load Combination 302, Side Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 302, 102, 201, 211 30-ft. Side Drop + Slap-Down 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 5.25 2.94 8.19 20.00 66.30 7.09 36.21 20.27 56.48 137.90 457.12 2 1.15 1.07 2.23 20.00 66.30 >10 7.95 7.41 15.36 137.90 457.12 3 4.09 1.25 5.35 20.00 66.30 >10 28.22 8.65 36.87 137.90 457.12 4 4.44 3.09 7.53 20.00 66.30 7.80 30.63 21.30 51.93 137.90 457.12 5 4.43 2.63 7.06 20.00 66.30 8.39 30.58 18.12 48.70 137.90 457.12 6 3.25 1.14 4.38 20.00 66.30 >10 22.38 7.85 30.23 137.90 457.12 7 1.81 0.08 1.89 20.00 66.30 >10 12.49 0.52 13.01 137.90 457.12 8 1.05 0.12 1.17 20.00 66.30 >10 7.21 0.85 8.06 137.90 457.12 9 1.79 0.08 1.87 20.00 66.30 >10 12.37 0.54 12.90 137.90 457.12 10 2.62 1.02 3.64 20.00 66.30 >10 18.05 7.05 25.09 137.90 457.12 11 2.33 0.87 3.20 20.00 66.30 >10 16.06 5.99 22.05 137.90 457.12 12 1.54 0.22 1.75 20.00 66.30 >10 10.61 1.49 12.10 137.90 457.12 2-402 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 3.57 0.97 4.54 20.00 66.30 >10 24.63 6.70 31.34 137.90 457.12 14 3.51 1.07 4.58 20.00 66.30 >10 24.18 7.38 31.56 137.90 457.12 15 2.83 0.68 3.50 20.00 66.30 >10 19.48 4.68 24.16 137.90 457.12 16 3.16 0.64 3.80 20.00 66.30 >10 21.77 4.42 26.18 137.90 457.12 17 3.17 0.54 3.71 20.00 66.30 >10 21.85 3.72 25.57 137.90 457.12 18 3.51 0.96 4.47 20.00 66.30 >10 24.17 6.65 30.82 137.90 457.12 19 3.71 1.20 4.92 20.00 66.30 >10 25.61 8.30 33.91 137.90 457.12 20 3.04 1.11 4.15 20.00 66.30 >10 20.93 7.68 28.61 137.90 457.12 21 1.78 0.47 2.25 20.00 66.30 >10 12.30 3.21 15.52 137.90 457.12 22 2.38 0.50 2.88 20.00 66.30 >10 16.44 3.43 19.87 137.90 457.12 Min MS: 7.094, Location: 1, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-403 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-189. Load Combination 303, Cg/Corner Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 303, 102, 201, 211 30-ft. Cg/Corner Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 3.31 2.63 5.94 20.00 66.30 >10 22.82 18.14 40.97 137.90 457.12 2 1.17 0.19 1.36 20.00 66.30 >10 8.04 1.31 9.35 137.90 457.12 3 2.05 0.58 2.63 20.00 66.30 >10 14.11 4.02 18.12 137.90 457.12 4 4.85 2.99 7.84 20.00 66.30 7.46 33.43 20.62 54.05 137.90 457.12 5 3.89 2.66 6.55 20.00 66.30 9.12 26.85 18.31 45.15 137.90 457.12 6 2.91 1.35 4.26 20.00 66.30 >10 20.06 9.28 29.34 137.90 457.12 7 2.47 0.06 2.53 20.00 66.30 >10 17.01 0.43 17.44 137.90 457.12 8 1.90 0.03 1.93 20.00 66.30 >10 13.10 0.19 13.29 137.90 457.12 9 1.41 0.04 1.45 20.00 66.30 >10 9.74 0.27 10.01 137.90 457.12 10 1.46 0.63 2.09 20.00 66.30 >10 10.08 4.33 14.41 137.90 457.12 11 1.09 0.40 1.49 20.00 66.30 >10 7.51 2.76 10.27 137.90 457.12 12 0.70 0.22 0.92 20.00 66.30 >10 4.82 1.51 6.33 137.90 457.12 2-404 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.79 0.92 2.71 20.00 66.30 >10 12.35 6.32 18.67 137.90 457.12 14 1.81 0.75 2.56 20.00 66.30 >10 12.45 5.17 17.62 137.90 457.12 15 2.80 0.68 3.48 20.00 66.30 >10 19.29 4.67 23.97 137.90 457.12 16 3.01 0.69 3.70 20.00 66.30 >10 20.73 4.75 25.48 137.90 457.12 17 3.08 0.65 3.73 20.00 66.30 >10 21.22 4.47 25.69 137.90 457.12 18 2.66 0.97 3.62 20.00 66.30 >10 18.33 6.66 24.99 137.90 457.12 19 2.85 1.35 4.21 20.00 66.30 >10 19.68 9.33 29.00 137.90 457.12 20 2.79 1.12 3.92 20.00 66.30 >10 19.25 7.75 27.00 137.90 457.12 21 0.69 0.32 1.01 20.00 66.30 >10 4.78 2.19 6.97 137.90 457.12 22 2.31 0.50 2.81 20.00 66.30 >10 15.95 3.44 19.38 137.90 457.12 Min MS: 7.457, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-405 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-190. Load Combination 304, Head-On Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 304, 105, 202, 211 30-ft. Head-On Drop at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 5.13 3.38 8.52 20.00 70.00 7.22 35.38 23.34 58.72 137.90 482.63 2 2.04 0.13 2.16 20.00 70.00 >10 14.05 0.87 14.93 137.90 482.63 3 0.79 0.06 0.84 20.00 70.00 >10 5.41 0.40 5.81 137.90 482.63 4 9.14 7.92 17.06 20.00 70.00 3.10 63.03 54.60 117.64 137.90 482.63 5 4.10 6.04 10.13 20.00 70.00 5.91 28.24 41.62 69.86 137.90 482.63 6 1.70 1.71 3.41 20.00 70.00 >10 11.72 11.82 23.54 137.90 482.63 7 1.31 0.02 1.34 20.00 70.00 >10 9.06 0.15 9.21 137.90 482.63 8 1.22 0.00 1.23 20.00 70.00 >10 8.44 0.01 8.45 137.90 482.63 9 1.07 0.00 1.08 20.00 70.00 >10 7.41 0.02 7.43 137.90 482.63 10 1.18 0.60 1.78 20.00 70.00 >10 8.13 4.17 12.30 137.90 482.63 11 0.84 0.35 1.19 20.00 70.00 >10 5.81 2.40 8.21 137.90 482.63 12 0.38 0.59 0.98 20.00 70.00 >10 2.62 4.10 6.73 137.90 482.63 2-406 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.28 1.06 2.34 20.00 70.00 >10 8.83 7.28 16.11 137.90 482.63 14 1.14 0.70 1.85 20.00 70.00 >10 7.89 4.85 12.73 137.90 482.63 15 1.88 0.25 2.13 20.00 70.00 >10 12.95 1.70 14.65 137.90 482.63 16 1.78 0.92 2.69 20.00 70.00 >10 12.24 6.31 18.56 137.90 482.63 17 1.97 1.69 3.65 20.00 70.00 >10 13.56 11.62 25.18 137.90 482.63 18 2.81 3.35 6.17 20.00 70.00 >10 19.40 23.12 42.51 137.90 482.63 19 2.76 1.99 4.76 20.00 70.00 >10 19.06 13.75 32.81 137.90 482.63 20 1.50 2.30 3.80 20.00 70.00 >10 10.34 15.89 26.23 137.90 482.63 21 1.35 0.56 1.91 20.00 70.00 >10 9.28 3.88 13.17 137.90 482.63 22 1.15 0.71 1.86 20.00 70.00 >10 7.93 4.92 12.84 137.90 482.63 Min MS: 3.103, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-407 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-191. Load Combination 305, Side Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 305, 105, 202, 211 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 6.87 3.43 10.30 20.00 70.00 5.79 47.37 23.67 71.04 137.90 482.63 2 1.58 1.48 3.06 20.00 70.00 >10 10.88 10.23 21.11 137.90 482.63 3 5.71 1.75 7.46 20.00 70.00 7.40 39.38 12.07 51.45 137.90 482.63 4 5.31 2.91 8.22 20.00 70.00 7.52 36.64 20.04 56.68 137.90 482.63 5 5.41 2.44 7.85 20.00 70.00 7.87 37.30 16.82 54.12 137.90 482.63 6 4.26 1.17 5.43 20.00 70.00 >10 29.40 8.06 37.46 137.90 482.63 7 2.39 0.11 2.49 20.00 70.00 >10 16.47 0.73 17.19 137.90 482.63 8 1.32 0.17 1.49 20.00 70.00 >10 9.08 1.19 10.27 137.90 482.63 9 2.36 0.11 2.47 20.00 70.00 >10 16.30 0.74 17.04 137.90 482.63 10 3.35 1.22 4.57 20.00 70.00 >10 23.07 8.42 31.49 137.90 482.63 11 3.09 1.12 4.21 20.00 70.00 >10 21.28 7.74 29.03 137.90 482.63 12 1.95 0.24 2.19 20.00 70.00 >10 13.43 1.68 15.11 137.90 482.63 2-408 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 4.56 0.91 5.47 20.00 70.00 9.53 31.44 6.26 37.70 137.90 482.63 14 4.49 1.14 5.63 20.00 70.00 9.70 30.94 7.85 38.79 137.90 482.63 15 3.03 0.25 3.29 20.00 70.00 >10 20.92 1.76 22.67 137.90 482.63 16 4.02 0.36 4.38 20.00 70.00 >10 27.74 2.46 30.20 137.90 482.63 17 4.14 0.38 4.52 20.00 70.00 >10 28.56 2.59 31.15 137.90 482.63 18 4.48 0.70 5.17 20.00 70.00 9.72 30.86 4.81 35.67 137.90 482.63 19 4.54 0.75 5.29 20.00 70.00 9.56 31.33 5.15 36.49 137.90 482.63 20 3.70 0.69 4.39 20.00 70.00 >10 25.51 4.74 30.24 137.90 482.63 21 2.36 0.46 2.82 20.00 70.00 >10 16.25 3.17 19.42 137.90 482.63 22 2.91 0.46 3.37 20.00 70.00 >10 20.09 3.16 23.25 137.90 482.63 Min MS: 5.793, Location: 1, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-409 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-192. Load Combination 306, Cg/Corner Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 306, 105, 202, 211 30-ft. Cg/Corner Drop at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 4.15 3.00 7.15 20.00 70.00 8.79 28.62 20.70 49.32 137.90 482.63 2 1.60 0.24 1.84 20.00 70.00 >10 11.04 1.68 12.72 137.90 482.63 3 2.87 0.82 3.69 20.00 70.00 >10 19.79 5.63 25.41 137.90 482.63 4 5.89 2.77 8.66 20.00 70.00 7.09 40.60 19.09 59.68 137.90 482.63 5 4.65 2.48 7.13 20.00 70.00 8.82 32.07 17.09 49.16 137.90 482.63 6 3.79 1.46 5.25 20.00 70.00 >10 26.15 10.06 36.21 137.90 482.63 7 3.30 0.09 3.39 20.00 70.00 >10 22.77 0.60 23.37 137.90 482.63 8 2.51 0.04 2.55 20.00 70.00 >10 17.31 0.27 17.58 137.90 482.63 9 1.83 0.05 1.88 20.00 70.00 >10 12.62 0.36 12.99 137.90 482.63 10 1.73 0.67 2.40 20.00 70.00 >10 11.94 4.62 16.56 137.90 482.63 11 1.36 0.47 1.82 20.00 70.00 >10 9.35 3.21 12.56 137.90 482.63 12 0.78 0.25 1.03 20.00 70.00 >10 5.36 1.72 7.08 137.90 482.63 2-410 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 2.07 0.83 2.90 20.00 70.00 >10 14.30 5.72 20.02 137.90 482.63 14 2.11 0.69 2.80 20.00 70.00 >10 14.56 4.76 19.33 137.90 482.63 15 2.99 0.25 3.25 20.00 70.00 >10 20.65 1.75 22.40 137.90 482.63 16 3.81 0.42 4.24 20.00 70.00 >10 26.28 2.93 29.21 137.90 482.63 17 4.02 0.53 4.54 20.00 70.00 >10 27.69 3.65 31.33 137.90 482.63 18 3.29 0.70 3.99 20.00 70.00 >10 22.72 4.83 27.54 137.90 482.63 19 3.34 0.96 4.30 20.00 70.00 >10 23.03 6.59 29.62 137.90 482.63 20 3.36 0.70 4.06 20.00 70.00 >10 23.15 4.84 27.99 137.90 482.63 21 0.83 0.25 1.08 20.00 70.00 >10 5.72 1.74 7.46 137.90 482.63 22 2.81 0.46 3.27 20.00 70.00 >10 19.40 3.18 22.58 137.90 482.63 Min MS: 7.087, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-411 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-193. Load Combination 310, Additional Increased External Pressure (290 psi), Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 204, 101, 211 Additional Increased External Pressure, 2 MPa (290 psia) 100°F Ambient, Maximum Decay Heat Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.30 1.70 3.00 20.00 66.30 >10 8.98 11.74 20.71 137.90 457.12 2 0.19 0.06 0.25 20.00 66.30 >10 1.33 0.40 1.73 137.90 457.12 3 0.15 0.06 0.22 20.00 66.30 >10 1.07 0.43 1.50 137.90 457.12 4 6.40 10.98 17.38 20.00 66.30 2.82 44.11 75.70 119.81 137.90 457.12 5 6.16 9.39 15.55 20.00 66.30 3.26 42.46 64.77 107.23 137.90 457.12 6 2.26 3.81 6.07 20.00 66.30 9.92 15.59 26.25 41.84 137.90 457.12 7 1.51 0.01 1.52 20.00 66.30 >10 10.39 0.08 10.47 137.90 457.12 8 1.51 0.00 1.51 20.00 66.30 >10 10.39 0.01 10.40 137.90 457.12 9 1.51 0.02 1.52 20.00 66.30 >10 10.38 0.13 10.51 137.90 457.12 10 1.42 0.78 2.20 20.00 66.30 >10 9.82 5.37 15.19 137.90 457.12 11 0.86 0.49 1.35 20.00 66.30 >10 5.96 3.37 9.33 137.90 457.12 12 1.47 2.40 3.87 20.00 66.30 >10 10.16 16.53 26.69 137.90 457.12 13 1.74 2.04 3.78 20.00 66.30 >10 11.99 14.06 26.05 137.90 457.12 2-412 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.50 0.89 2.38 20.00 66.30 >10 10.31 6.11 16.42 137.90 457.12 15 5.55 0.29 5.85 20.00 66.30 7.36 38.30 2.02 40.31 137.90 457.12 16 0.68 0.85 1.54 20.00 66.30 >10 4.71 5.88 10.59 137.90 457.12 17 0.53 0.88 1.41 20.00 66.30 >10 3.68 6.07 9.74 137.90 457.12 18 0.90 1.60 2.50 20.00 66.30 >10 6.24 11.00 17.24 137.90 457.12 19 1.22 1.26 2.48 20.00 66.30 >10 8.42 8.65 17.07 137.90 457.12 20 1.50 1.35 2.84 20.00 66.30 >10 10.32 9.30 19.62 137.90 457.12 21 1.78 1.47 3.25 20.00 66.30 >10 12.26 10.13 22.39 137.90 457.12 22 2.08 0.54 2.62 20.00 66.30 >10 14.31 3.76 18.06 137.90 457.12 Min MS: 2.815, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-413 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-194. Load Combination 311, 4-ft. Drop onto Rod, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 311, 101, 201, 211 4-ft. Drop onto Rod 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 2.01 2.01 4.02 20.00 66.30 >10 13.88 13.85 27.73 137.90 457.12 2 0.52 0.16 0.68 20.00 66.30 >10 3.60 1.09 4.69 137.90 457.12 3 0.20 0.02 0.22 20.00 66.30 >10 1.37 0.13 1.50 137.90 457.12 4 3.37 4.35 7.72 20.00 66.30 7.59 23.25 29.98 53.23 137.90 457.12 5 3.98 4.76 8.74 20.00 66.30 6.59 27.45 32.80 60.25 137.90 457.12 6 2.40 1.09 3.50 20.00 66.30 >10 16.58 7.52 24.10 137.90 457.12 7 1.50 0.02 1.52 20.00 66.30 >10 10.38 0.13 10.51 137.90 457.12 8 1.00 0.00 1.00 20.00 66.30 >10 6.87 0.00 6.88 137.90 457.12 9 0.69 0.01 0.69 20.00 66.30 >10 4.74 0.04 4.78 137.90 457.12 10 0.69 0.53 1.22 20.00 66.30 >10 4.76 3.65 8.41 137.90 457.12 11 0.60 0.20 0.80 20.00 66.30 >10 4.15 1.37 5.51 137.90 457.12 12 0.66 0.75 1.41 20.00 66.30 >10 4.55 5.19 9.73 137.90 457.12 2-414 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.29 1.39 2.69 20.00 66.30 >10 8.91 9.62 18.53 137.90 457.12 14 1.34 1.03 2.37 20.00 66.30 >10 9.21 7.11 16.33 137.90 457.12 15 33.88 1.68 35.56 20.00 66.30 0.37 233.61 11.60 245.21 137.90 457.12 16 6.48 8.21 14.70 20.00 66.30 3.51 44.70 56.63 101.33 137.90 457.12 17 3.82 5.59 9.41 20.00 66.30 6.05 26.33 38.54 64.87 137.90 457.12 18 2.36 1.04 3.39 20.00 66.30 >10 16.25 7.15 23.39 137.90 457.12 19 2.80 3.28 6.08 20.00 66.30 9.90 19.32 22.63 41.95 137.90 457.12 20 3.34 4.41 7.74 20.00 66.30 7.56 23.02 30.37 53.39 137.90 457.12 21 0.40 0.61 1.02 20.00 66.30 >10 2.78 4.23 7.00 137.90 457.12 22 10.60 0.43 11.03 20.00 66.30 3.38 73.06 2.96 76.03 137.90 457.12 Min MS: 0.370, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-415 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-195. Load Combination 312, 4-ft. Drop onto Rod at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 311, 104, 201, 211 4-ft. Drop onto Rod -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 2.01 2.01 4.02 20.00 70.00 >10 13.88 13.85 27.73 137.90 482.63 2 0.52 0.16 0.68 20.00 70.00 >10 3.60 1.09 4.69 137.90 482.63 3 0.20 0.02 0.22 20.00 70.00 >10 1.37 0.13 1.50 137.90 482.63 4 3.37 4.35 7.72 20.00 70.00 8.07 23.25 29.98 53.23 137.90 482.63 5 3.98 4.76 8.74 20.00 70.00 7.01 27.45 32.80 60.25 137.90 482.63 6 2.40 1.09 3.50 20.00 70.00 >10 16.58 7.52 24.10 137.90 482.63 7 1.50 0.02 1.52 20.00 70.00 >10 10.38 0.13 10.51 137.90 482.63 8 1.00 0.00 1.00 20.00 70.00 >10 6.87 0.00 6.88 137.90 482.63 9 0.69 0.01 0.69 20.00 70.00 >10 4.74 0.04 4.78 137.90 482.63 10 0.69 0.53 1.22 20.00 70.00 >10 4.76 3.65 8.41 137.90 482.63 11 0.60 0.20 0.80 20.00 70.00 >10 4.15 1.37 5.51 137.90 482.63 12 0.66 0.75 1.41 20.00 70.00 >10 4.55 5.19 9.73 137.90 482.63 2-416 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.29 1.39 2.69 20.00 70.00 >10 8.91 9.62 18.53 137.90 482.63 14 1.34 1.03 2.37 20.00 70.00 >10 9.21 7.11 16.33 137.90 482.63 15 33.88 1.68 35.56 20.00 70.00 0.42 233.61 11.60 245.21 137.90 482.63 16 6.48 8.21 14.70 20.00 70.00 3.76 44.70 56.63 101.33 137.90 482.63 17 3.82 5.59 9.41 20.00 70.00 6.44 26.33 38.54 64.87 137.90 482.63 18 2.36 1.04 3.39 20.00 70.00 >10 16.25 7.15 23.39 137.90 482.63 19 2.80 3.28 6.08 20.00 70.00 >10 19.32 22.63 41.95 137.90 482.63 20 3.34 4.41 7.74 20.00 70.00 8.04 23.02 30.37 53.39 137.90 482.63 21 0.40 0.61 1.02 20.00 70.00 >10 2.78 4.23 7.00 137.90 482.63 22 10.60 0.43 11.03 20.00 70.00 3.53 73.06 2.96 76.03 137.90 482.63 Min MS: 0.417, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-417 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-196. Load Combination 350, Fire at 30 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 111, 201, 211 Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.19 1.70 2.90 20.00 66.30 >10 8.23 11.73 19.97 137.90 457.12 2 0.08 0.05 0.13 20.00 66.30 >10 0.53 0.37 0.90 137.90 457.12 3 0.04 0.01 0.05 20.00 66.30 >10 0.24 0.09 0.33 137.90 457.12 4 1.71 2.69 4.40 20.00 66.30 >10 11.78 18.56 30.33 137.90 457.12 5 1.65 2.53 4.18 20.00 66.30 >10 11.36 17.47 28.83 137.90 457.12 6 0.61 1.02 1.63 20.00 66.30 >10 4.21 7.03 11.24 137.90 457.12 7 0.34 0.00 0.34 20.00 66.30 >10 2.35 0.01 2.36 137.90 457.12 8 0.34 0.00 0.34 20.00 66.30 >10 2.35 0.00 2.35 137.90 457.12 9 0.34 0.00 0.34 20.00 66.30 >10 2.35 0.01 2.36 137.90 457.12 10 0.49 0.21 0.71 20.00 66.30 >10 3.40 1.48 4.88 137.90 457.12 11 0.27 0.16 0.43 20.00 66.30 >10 1.85 1.12 2.97 137.90 457.12 12 0.23 0.11 0.34 20.00 66.30 >10 1.61 0.76 2.37 137.90 457.12 13 0.82 0.89 1.71 20.00 66.30 >10 5.65 6.15 11.81 137.90 457.12 2-418 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.81 0.64 1.45 20.00 66.30 >10 5.58 4.45 10.03 137.90 457.12 15 1.35 0.65 2.00 20.00 66.30 >10 9.34 4.46 13.80 137.90 457.12 16 0.36 0.47 0.83 20.00 66.30 >10 2.51 3.23 5.74 137.90 457.12 17 0.28 0.35 0.63 20.00 66.30 >10 1.95 2.40 4.36 137.90 457.12 18 0.51 0.81 1.33 20.00 66.30 >10 3.53 5.62 9.15 137.90 457.12 19 0.74 0.97 1.71 20.00 66.30 >10 5.13 6.65 11.78 137.90 457.12 20 0.73 1.01 1.74 20.00 66.30 >10 5.04 6.97 12.01 137.90 457.12 21 0.17 0.29 0.46 20.00 66.30 >10 1.19 1.98 3.17 137.90 457.12 22 0.72 0.36 1.08 20.00 66.30 >10 4.97 2.48 7.46 137.90 457.12 Min MS: 14.069, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-419 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-197. Load Combination 351, Post Fire at 60 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 112, 201, 211 Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.19 1.70 2.90 18.70 59.70 >10 8.23 11.73 19.97 128.93 411.62 2 0.08 0.05 0.13 18.70 59.70 >10 0.53 0.37 0.90 128.93 411.62 3 0.04 0.01 0.05 18.70 59.70 >10 0.24 0.09 0.33 128.93 411.62 4 1.71 2.69 4.40 18.70 59.70 >10 11.78 18.56 30.33 128.93 411.62 5 1.65 2.53 4.18 18.70 59.70 >10 11.36 17.47 28.83 128.93 411.62 6 0.61 1.02 1.63 18.70 59.70 >10 4.21 7.03 11.24 128.93 411.62 7 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 8 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.00 2.35 128.93 411.62 9 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 10 0.49 0.21 0.71 18.70 59.70 >10 3.40 1.48 4.88 128.93 411.62 11 0.27 0.16 0.43 18.70 59.70 >10 1.85 1.12 2.97 128.93 411.62 12 0.23 0.11 0.34 18.70 59.70 >10 1.61 0.76 2.37 128.93 411.62 13 0.82 0.89 1.71 18.70 59.70 >10 5.65 6.15 11.81 128.93 411.62 2-420 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.81 0.64 1.45 18.70 59.70 >10 5.58 4.45 10.03 128.93 411.62 15 1.35 0.65 2.00 20.00 61.80 >10 9.34 4.46 13.80 137.90 426.10 16 0.36 0.47 0.83 20.00 61.80 >10 2.51 3.23 5.74 137.90 426.10 17 0.28 0.35 0.63 20.00 61.80 >10 1.95 2.40 4.36 137.90 426.10 18 0.51 0.81 1.33 18.70 59.70 >10 3.53 5.62 9.15 128.93 411.62 19 0.74 0.97 1.71 18.70 59.70 >10 5.13 6.65 11.78 128.93 411.62 20 0.73 1.01 1.74 18.70 59.70 >10 5.04 6.97 12.01 128.93 411.62 21 0.17 0.29 0.46 20.00 61.80 >10 1.19 1.98 3.17 137.90 426.10 22 0.72 0.36 1.08 20.00 61.80 >10 4.97 2.48 7.46 137.90 426.10 Min MS: 12.569, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-421 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-198. Load Combination 352, Post Fire at 90 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 112, 201, 211 Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.19 1.70 2.90 18.70 59.70 >10 8.23 11.73 19.97 128.93 411.62 2 0.08 0.05 0.13 18.70 59.70 >10 0.53 0.37 0.90 128.93 411.62 3 0.04 0.01 0.05 18.70 59.70 >10 0.24 0.09 0.33 128.93 411.62 4 1.71 2.69 4.40 18.70 59.70 >10 11.78 18.56 30.33 128.93 411.62 5 1.65 2.53 4.18 18.70 59.70 >10 11.36 17.47 28.83 128.93 411.62 6 0.61 1.02 1.63 18.70 59.70 >10 4.21 7.03 11.24 128.93 411.62 7 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 8 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.00 2.35 128.93 411.62 9 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 10 0.49 0.21 0.71 18.70 59.70 >10 3.40 1.48 4.88 128.93 411.62 11 0.27 0.16 0.43 18.70 59.70 >10 1.85 1.12 2.97 128.93 411.62 12 0.23 0.11 0.34 18.70 59.70 >10 1.61 0.76 2.37 128.93 411.62 13 0.82 0.89 1.71 18.70 59.70 >10 5.65 6.15 11.81 128.93 411.62 2-422 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.81 0.64 1.45 18.70 59.70 >10 5.58 4.45 10.03 128.93 411.62 15 1.35 0.65 2.00 18.70 59.70 >10 9.34 4.46 13.80 128.93 411.62 16 0.36 0.47 0.83 18.70 59.70 >10 2.51 3.23 5.74 128.93 411.62 17 0.28 0.35 0.63 18.70 59.70 >10 1.95 2.40 4.36 128.93 411.62 18 0.51 0.81 1.33 18.70 59.70 >10 3.53 5.62 9.15 128.93 411.62 19 0.74 0.97 1.71 18.70 59.70 >10 5.13 6.65 11.78 128.93 411.62 20 0.73 1.01 1.74 18.70 59.70 >10 5.04 6.97 12.01 128.93 411.62 21 0.17 0.29 0.46 18.70 59.70 >10 1.19 1.98 3.17 128.93 411.62 22 0.72 0.36 1.08 18.70 59.70 >10 4.97 2.48 7.46 128.93 411.62 Min MS: 12.569, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-423 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-199. Load Combination 353, Post Fire at 120 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 112, 201, 211 Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.19 1.70 2.90 18.70 59.70 >10 8.23 11.73 19.97 128.93 411.62 2 0.08 0.05 0.13 18.70 59.70 >10 0.53 0.37 0.90 128.93 411.62 3 0.04 0.01 0.05 18.70 59.70 >10 0.24 0.09 0.33 128.93 411.62 4 1.71 2.69 4.40 18.70 59.70 >10 11.78 18.56 30.33 128.93 411.62 5 1.65 2.53 4.18 18.70 59.70 >10 11.36 17.47 28.83 128.93 411.62 6 0.61 1.02 1.63 18.70 59.70 >10 4.21 7.03 11.24 128.93 411.62 7 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 8 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.00 2.35 128.93 411.62 9 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 10 0.49 0.21 0.71 18.70 59.70 >10 3.40 1.48 4.88 128.93 411.62 11 0.27 0.16 0.43 18.70 59.70 >10 1.85 1.12 2.97 128.93 411.62 12 0.23 0.11 0.34 18.70 59.70 >10 1.61 0.76 2.37 128.93 411.62 13 0.82 0.89 1.71 18.70 59.70 >10 5.65 6.15 11.81 128.93 411.62 2-424 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.81 0.64 1.45 18.70 59.70 >10 5.58 4.45 10.03 128.93 411.62 15 1.35 0.65 2.00 18.70 59.70 >10 9.34 4.46 13.80 128.93 411.62 16 0.36 0.47 0.83 18.70 59.70 >10 2.51 3.23 5.74 128.93 411.62 17 0.28 0.35 0.63 18.70 59.70 >10 1.95 2.40 4.36 128.93 411.62 18 0.51 0.81 1.33 18.70 59.70 >10 3.53 5.62 9.15 128.93 411.62 19 0.74 0.97 1.71 18.70 59.70 >10 5.13 6.65 11.78 128.93 411.62 20 0.73 1.01 1.74 18.70 59.70 >10 5.04 6.97 12.01 128.93 411.62 21 0.17 0.29 0.46 18.70 59.70 >10 1.19 1.98 3.17 128.93 411.62 22 0.72 0.36 1.08 18.70 59.70 >10 4.97 2.48 7.46 128.93 411.62 Min MS: 12.569, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-425 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-200. Load Combination 354, Post Fire at 150 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 112, 201, 211 Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.19 1.70 2.90 18.70 59.70 >10 8.23 11.73 19.97 128.93 411.62 2 0.08 0.05 0.13 18.70 59.70 >10 0.53 0.37 0.90 128.93 411.62 3 0.04 0.01 0.05 18.70 59.70 >10 0.24 0.09 0.33 128.93 411.62 4 1.71 2.69 4.40 18.70 59.70 >10 11.78 18.56 30.33 128.93 411.62 5 1.65 2.53 4.18 18.70 59.70 >10 11.36 17.47 28.83 128.93 411.62 6 0.61 1.02 1.63 18.70 59.70 >10 4.21 7.03 11.24 128.93 411.62 7 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 8 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.00 2.35 128.93 411.62 9 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 10 0.49 0.21 0.71 18.70 59.70 >10 3.40 1.48 4.88 128.93 411.62 11 0.27 0.16 0.43 18.70 59.70 >10 1.85 1.12 2.97 128.93 411.62 12 0.23 0.11 0.34 18.70 59.70 >10 1.61 0.76 2.37 128.93 411.62 13 0.82 0.89 1.71 18.70 59.70 >10 5.65 6.15 11.81 128.93 411.62 2-426 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.81 0.64 1.45 18.70 59.70 >10 5.58 4.45 10.03 128.93 411.62 15 1.35 0.65 2.00 18.70 59.70 >10 9.34 4.46 13.80 128.93 411.62 16 0.36 0.47 0.83 18.70 59.70 >10 2.51 3.23 5.74 128.93 411.62 17 0.28 0.35 0.63 18.70 59.70 >10 1.95 2.40 4.36 128.93 411.62 18 0.51 0.81 1.33 18.70 59.70 >10 3.53 5.62 9.15 128.93 411.62 19 0.74 0.97 1.71 18.70 59.70 >10 5.13 6.65 11.78 128.93 411.62 20 0.73 1.01 1.74 18.70 59.70 >10 5.04 6.97 12.01 128.93 411.62 21 0.17 0.29 0.46 18.70 59.70 >10 1.19 1.98 3.17 128.93 411.62 22 0.72 0.36 1.08 18.70 59.70 >10 4.97 2.48 7.46 128.93 411.62 Min MS: 12.569, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-427 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-201. Load Combination 355, Post Fire at 180 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-050A Load Cases: 112, 201, 211 Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 414 kPa (60 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.19 1.70 2.90 18.70 59.70 >10 8.23 11.73 19.97 128.93 411.62 2 0.08 0.05 0.13 18.70 59.70 >10 0.53 0.37 0.90 128.93 411.62 3 0.04 0.01 0.05 18.70 59.70 >10 0.24 0.09 0.33 128.93 411.62 4 1.71 2.69 4.40 18.70 59.70 >10 11.78 18.56 30.33 128.93 411.62 5 1.65 2.53 4.18 18.70 59.70 >10 11.36 17.47 28.83 128.93 411.62 6 0.61 1.02 1.63 18.70 59.70 >10 4.21 7.03 11.24 128.93 411.62 7 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 8 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.00 2.35 128.93 411.62 9 0.34 0.00 0.34 18.70 59.70 >10 2.35 0.01 2.36 128.93 411.62 10 0.49 0.21 0.71 18.70 59.70 >10 3.40 1.48 4.88 128.93 411.62 11 0.27 0.16 0.43 18.70 59.70 >10 1.85 1.12 2.97 128.93 411.62 12 0.23 0.11 0.34 18.70 59.70 >10 1.61 0.76 2.37 128.93 411.62 13 0.82 0.89 1.71 18.70 59.70 >10 5.65 6.15 11.81 128.93 411.62 2-428 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.81 0.64 1.45 18.70 59.70 >10 5.58 4.45 10.03 128.93 411.62 15 1.35 0.65 2.00 18.70 59.70 >10 9.34 4.46 13.80 128.93 411.62 16 0.36 0.47 0.83 18.70 59.70 >10 2.51 3.23 5.74 128.93 411.62 17 0.28 0.35 0.63 18.70 59.70 >10 1.95 2.40 4.36 128.93 411.62 18 0.51 0.81 1.33 18.70 59.70 >10 3.53 5.62 9.15 128.93 411.62 19 0.74 0.97 1.71 18.70 59.70 >10 5.13 6.65 11.78 128.93 411.62 20 0.73 1.01 1.74 18.70 59.70 >10 5.04 6.97 12.01 128.93 411.62 21 0.17 0.29 0.46 18.70 59.70 >10 1.19 1.98 3.17 128.93 411.62 22 0.72 0.36 1.08 18.70 59.70 >10 4.97 2.48 7.46 128.93 411.62 Min MS: 12.569, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-429 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.3 Structural Evaluation Results - Models AOS-100A and AOS-100A-S This appendix presents the following information, specific to the Model AOS-100A and AOS-100A-S transport packages:

• Normal Conditions of Transport Stress Summary and Comparisons with Allowable - Models AOS-100A and AOS-100A-S
• Hypothetical Accident Conditions of Transport Summary of Damages (Stresses) - Models AOS-100A and AOS-100A-S Note: The drop analyses results for the Model AOS-100A and AOS-100A-S are covered by the drop analysis for the Model AOS-100A, because both models have the same dimensions and weight. Refer to Subsection 2.7.1 for information on the Free Drop for the Model AOS-100. Impact Free Drop analysis on the Model AOS-100B conservatively used the impact forces identified for the Model AOS-100A.

2-430 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.3.1 Normal Conditions of Transport Stress Summary and Comparisons with Allowable - Models AOS-100A and AOS-100A-S Table 2-202 and Table 2-203 present Model AOS-100A and AOS-100A-S transport package Load Cases and Load Combinations, respectively, under Normal conditions of transport:

• Table 2-204 through Table 2-221 present Load Case output data. Comparisons with allowable stress limits are included for Load Cases 101, 102, 103, 104, 105, and 106.
• Table 2-222 through Table 2-238 present Load Combination output data.

Table 2-202. Load Cases Associated with Allowable Stresses under Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Case Description Data 101 100°F Ambient, Maximum Decay Heat Table 2-204 102 100°F Ambient, Maximum Decay Heat, Maximum Insolation Table 2-205 103 -20°F Ambient, Zero Decay Heat, Zero Insolation Table 2-206 104 -40°F Ambient, Zero Decay Heat, Zero Insolation Table 2-207 105 -40°F Ambient, Maximum Decay Heat Table 2-208 106 -20°F Ambient, Maximum Decay Heat Table 2-209 201 Internal Design Pressure, 1,930 kPa (280 psia) Table 2-210 202 Minimum External Pressure, 24 kPa (3.5 psia) Table 2-211 203 Maximum Increased External Pressure, 140 kPa (20 psia) Table 2-212 204 Additional Increased External Pressure, 2 MPa (290 psia) Table 2-213 211 Fabrication Stress Table 2-214 215 Compression Load (5x weight) Table 2-215 216 Rod Drop onto Cask Table 2-216 221 Forward 10g Vibration Inertia Load Table 2-217 222 Lateral 5g Vibration Inertia Load Table 2-218 223 Vertical 2g Vibration Inertia Load Table 2-219 231 3-ft. Head-On Drop Table 2-220 232 30-ft. Head-On Drop Impact Test, Normal Conditions Table 2-221 Radioactive Material Transport Packaging System Safety Analysis Report 2-431 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-203. Load Combinations Associated with Allowable Stresses under Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Combination Load Cases Description Data 101 102, 201, 211 Hot Environment Table 2-222 102 104, 201, 211 Cold Environment Table 2-223 103 103, 202, 211 Increased External Pressure Table 2-224 104 101, 201, 202, 211 Minimum External Pressure Table 2-225 105 105, 201, 202, 211 Cold Environment with Maximum Decay Heat Table 2-226 106 101, 201, 203, 211 Maximum Pressure, Hot Environment Table 2-227 107 105, 201, 203, 211 Maximum Pressure, Cold Environment Table 2-228 215 215, 101, 201, 211 Compression Load Table 2-229 216 216, 101, 201, 211 Rod Drop Table 2-230 217 216, 104, 201, 211 Rod Drop, Cold Environment Table 2-231 221 221, 101, 201, 211 Forward Vibration Table 2-232 222 222, 101, 201, 211 Lateral Vibration Table 2-233 223 223, 101, 201, 211 Vertical Vibration Table 2-234 224 221, 103, 201, 211 Forward Vibration at Cold Temperature Table 2-235 225 222, 103, 201, 211 Lateral Vibration at Cold Temperature Table 2-236 226 223, 103, 201, 211 Vertical Vibration at Cold Temperature Table 2-237 231 231, 102, 201, 211 3-ft. Head-On Drop, Normal Conditions Table 2-238 30-ft. Head-On Drop, Normal Conditions 232a 232, 102, 201, 211 (Impact Test) 233 231, 103, 211 3-ft. Drop at Cold Temperature Table 2-239

a. Load Combination 232 is documented only for the Model AOS-025A and AOS-050A transport packages, and demonstrates compliance with the requirements of IAEA TS-R-1, Paragraph 737 (Reference [2.2]).

2-432 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-204. Load Case 101, 100°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0801E+02 -1.9311E+02 -1.4653E+01 3.0111E+02 4.2883E+02 7.4467E-01 -1.3314E+00 -1.0103E-01 2.0761E+00 2.9567E+00 2 1.4322E+02 -3.0638E+02 -9.4421E+01 4.4959E+02 9.2433E+02 9.8744E-01 -2.1124E+00 -6.5101E-01 3.0998E+00 6.3731E+00 3 1.0532E+02 -1.9335E+02 7.5520E+00 2.9868E+02 4.2414E+02 7.2617E-01 -1.3331E+00 5.2070E-02 2.0593E+00 2.9243E+00 4 6.6414E+02 -2.4376E+03 -4.6417E+02 3.1017E+03 6.1156E+03 4.5791E+00 -1.6807E+01 -3.2004E+00 2.1386E+01 4.2166E+01 5 6.3776E+02 -2.6798E+03 -1.2856E+03 3.3176E+03 5.2411E+03 4.3972E+00 -1.8477E+01 -8.8641E+00 2.2874E+01 3.6136E+01 6 9.3000E+01 -1.3406E+03 -1.7179E+03 1.4336E+03 1.7073E+03 6.4121E-01 -9.2431E+00 -1.1845E+01 9.8843E+00 1.1771E+01 7 -5.3968E+01 -4.5240E+02 -2.8746E+02 3.9843E+02 4.1031E+02

                  -3.7210E-01 -3.1192E+00 -1.9820E+00                 2.7471E+00      2.8290E+00 8     -5.4135E+01 -4.5242E+02 -3.0834E+02                 3.9829E+02      4.1217E+02
                  -3.7325E-01 -3.1193E+00 -2.1259E+00                 2.7461E+00      2.8418E+00 9     -5.3811E+01 -4.5187E+02 -3.2323E+02                 3.9806E+02      3.9634E+02
                  -3.7101E-01 -3.1155E+00 -2.2286E+00                 2.7445E+00      2.7327E+00 10      -6.6535E+01 -7.3165E+02            4.6671E+01       6.6512E+02      1.2510E+03
                  -4.5874E-01 -5.0446E+00            3.2179E-01       4.5858E+00      8.6251E+00 11      -1.9259E+02 -1.0216E+03 -4.9584E+02                 8.2896E+02      1.5013E+02
                  -1.3279E+00 -7.0433E+00 -3.4187E+00                 5.7155E+00      1.0351E+00 12        2.5098E+00 -1.2511E+03 -1.2417E+03                1.2536E+03      1.8636E+02 1.7305E-02 -8.6259E+00 -8.5616E+00                8.6432E+00      1.2849E+00 13      -9.4089E+01 -1.5636E+03 -1.5283E+02                 1.4695E+03      5.7985E+02
                  -6.4872E-01 -1.0781E+01 -1.0537E+00                 1.0132E+01      3.9979E+00 14      -1.2335E+02 -1.3668E+03            1.3841E+02       1.2434E+03      1.0214E+03
                  -8.5049E-01 -9.4237E+00            9.5432E-01       8.5732E+00      7.0423E+00 15        3.4153E+02 -3.3102E+02           4.8566E+01       6.7255E+02      1.1360E+03 2.3548E+00 -2.2823E+00           3.3485E-01       4.6371E+00      7.8321E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-433 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 9.7236E+01 -1.4949E+02 -1.5531E+02 2.4673E+02 4.0501E+02 6.7042E-01 -1.0307E+00 -1.0708E+00 1.7011E+00 2.7925E+00 17 4.3967E+01 -1.1986E+02 -1.3120E+02 1.6383E+02 2.8967E+02 3.0314E-01 -8.2644E-01 -9.0462E-01 1.1296E+00 1.9972E+00 18 1.1604E+02 -2.2296E+02 1.1801E+03 3.3900E+02 1.6664E+02 8.0007E-01 -1.5372E+00 8.1367E+00 2.3373E+00 1.1490E+00 19 -3.1194E+01 -4.7500E+02 1.3395E+03 4.4380E+02 5.5159E+02

                 -2.1508E-01 -3.2750E+00            9.2356E+00        3.0599E+00       3.8031E+00 20    -2.3344E+01 -1.0379E+03            1.2496E+02        1.0145E+03       3.9610E+01
                 -1.6095E-01 -7.1558E+00            8.6159E-01        6.9948E+00       2.7310E-01 21      2.0234E+01 -4.3635E+01 -2.3233E+01                 6.3869E+01       1.2139E+02 1.3951E-01 -3.0085E-01 -1.6018E-01                 4.4036E-01       8.3695E-01 22    -3.2360E+01 -8.8807E+01 -7.7649E+01                  5.6447E+01       1.1651E+02
                 -2.2311E-01 -6.1231E-01 -5.3537E-01                  3.8919E-01       8.0329E-01 Allowable Stress for Load Case 101 LOC       Tmax          Tave            Sm             Sy            Su (deg_F)       (deg_F)        (ksi)          (ksi)          (ksi) 1     213.44        211.51        20.00          25.00          66.30 2     214.29        210.71        20.00          25.00          66.30 3     213.18        211.18        20.00          25.00          66.30 4     216.26        216.04        20.00          25.00          66.30 5     220.88        220.11        20.00          25.00          66.30 6     222.72        221.94        20.00          25.00          66.30 7     224.30        222.91        20.00          25.00          66.30 8     224.36        222.98        20.00          25.00          66.30 9     224.32        222.93        20.00          25.00          66.30 10       224.82        223.17        20.00          25.00          66.30 11       226.69        224.40        20.00          25.00          66.30 12       231.86        229.28        20.00          25.00          66.30 13       221.25        220.22        20.00          25.00          66.30 14       218.67        218.09        20.00          25.00          66.30 15       215.29        215.24        20.00          25.00          66.30 16       216.66        216.32        20.00          25.00          66.30 17       216.95        216.69        20.00          25.00          66.30 18       218.63        218.28        20.00          25.00          66.30 19       220.29        219.60        20.00          25.00          66.30 20       228.70        227.49        20.00          25.00          66.30 21       212.92        212.81        20.00          25.00          66.30 22       214.17        214.07        20.00          25.00          66.30 2-434                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-205. Load Case 102, 100°F Ambient, Maximum Decay Heat, Maximum Insolation, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0156E+02 -1.8526E+02 -6.4586E+00 2.8683E+02 4.0295E+02 7.0026E-01 -1.2773E+00 -4.4530E-02 1.9776E+00 2.7782E+00 2 1.3702E+02 -2.9263E+02 -9.1538E+01 4.2965E+02 8.8296E+02 9.4474E-01 -2.0176E+00 -6.3114E-01 2.9623E+00 6.0878E+00 3 1.0211E+02 -1.8188E+02 1.1508E-01 2.8399E+02 4.0662E+02 7.0401E-01 -1.2540E+00 7.9345E-04 1.9580E+00 2.8035E+00 4 7.6625E+02 -2.3620E+03 -5.4082E+02 3.1283E+03 6.1726E+03 5.2831E+00 -1.6286E+01 -3.7288E+00 2.1569E+01 4.2558E+01 5 6.9043E+02 -2.4580E+03 -1.4206E+03 3.1484E+03 4.9462E+03 4.7604E+00 -1.6947E+01 -9.7945E+00 2.1708E+01 3.4103E+01 6 6.3606E+01 -1.3610E+03 -2.1811E+03 1.4246E+03 1.8617E+03 4.3855E-01 -9.3839E+00 -1.5038E+01 9.8224E+00 1.2836E+01 7 -1.3917E+02 -4.8098E+02 -1.3219E+03 3.4181E+02 4.0291E+02

                  -9.5955E-01 -3.3162E+00 -9.1141E+00                 2.3567E+00      2.7780E+00 8     -1.4105E+02 -4.7903E+02 -1.3429E+03                 3.3797E+02      3.9474E+02
                  -9.7253E-01 -3.3028E+00 -9.2588E+00                 2.3303E+00      2.7216E+00 9     -1.4261E+02 -4.7729E+02 -1.3729E+03                 3.3468E+02      3.8647E+02
                  -9.8324E-01 -3.2908E+00 -9.4659E+00                 2.3076E+00      2.6646E+00 10      -7.0349E+01 -9.4132E+02 -4.8087E+02                 8.7097E+02      1.2791E+03
                  -4.8504E-01 -6.4902E+00 -3.3155E+00                 6.0051E+00      8.8191E+00 11      -2.3265E+02 -1.1882E+03 -6.8888E+02                 9.5555E+02      5.1200E+02
                  -1.6041E+00 -8.1924E+00 -4.7497E+00                 6.5883E+00      3.5301E+00 12        2.4600E+00 -1.4031E+03 -1.3942E+03                1.4055E+03      5.5965E+02 1.6961E-02 -9.6738E+00 -9.6126E+00                9.6908E+00      3.8587E+00 13      -5.7860E+01 -1.4909E+03 -1.5354E+02                 1.4330E+03      3.3276E+02
                  -3.9893E-01 -1.0279E+01 -1.0586E+00                 9.8804E+00      2.2943E+00 14      -1.2709E+02 -1.3157E+03            9.8367E+01       1.1886E+03      1.2324E+03
                  -8.7627E-01 -9.0714E+00            6.7822E-01       8.1952E+00      8.4970E+00 15        5.1572E+02 -5.5280E+02           2.0118E+01       1.0685E+03      1.8123E+03 3.5558E+00 -3.8114E+00           1.3871E-01       7.3672E+00      1.2495E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-435 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.4683E+02 -2.5269E+02 -1.7282E+02 3.9951E+02 6.5500E+02 1.0123E+00 -1.7422E+00 -1.1915E+00 2.7545E+00 4.5161E+00 17 6.4372E+01 -1.8556E+02 -1.1059E+02 2.4993E+02 4.3800E+02 4.4383E-01 -1.2794E+00 -7.6247E-01 1.7232E+00 3.0199E+00 18 9.7642E+01 -2.2924E+02 1.1406E+03 3.2688E+02 8.3608E+01 6.7322E-01 -1.5806E+00 7.8638E+00 2.2538E+00 5.7646E-01 19 -2.3922E+01 -4.9290E+02 1.2737E+03 4.6897E+02 6.5450E+02

                 -1.6494E-01 -3.3984E+00            8.7816E+00        3.2335E+00       4.5126E+00 20    -4.3546E+01 -1.0085E+03            1.1160E+02        9.6491E+02       1.4640E+02
                 -3.0024E-01 -6.9530E+00            7.6944E-01        6.6528E+00       1.0094E+00 21      2.2876E+01 -4.1989E+01 -1.8990E+01                 6.4865E+01       1.2455E+02 1.5772E-01 -2.8951E-01 -1.3093E-01                 4.4723E-01       8.5877E-01 22    -3.9623E+01 -1.0300E+02 -7.3378E+01                  6.3374E+01       1.5788E+02
                 -2.7319E-01 -7.1013E-01 -5.0592E-01                  4.3695E-01       1.0885E+00 Allowable Stress for Load Case 102 LOC       Tmax          Tave            Sm             Sy            Su (deg_F)       (deg_F)        (ksi)          (ksi)          (ksi) 1     293.06        291.02        20.00          23.60          66.30 2     294.42        290.97        20.00          23.60          66.30 3     293.94        292.24        20.00          23.60          66.30 4     295.74        295.51        20.00          23.60          66.30 5     300.26        299.51        20.00          23.60          66.30 6     302.05        301.29        20.00          22.40          61.80 7     303.70        302.36        20.00          22.40          61.80 8     303.96        302.63        20.00          22.40          61.80 9     304.12        302.78        20.00          22.40          61.80 10       304.88        303.26        20.00          22.40          61.80 11       306.72        304.54        20.00          22.40          61.80 12       311.71        309.25        20.00          22.40          61.80 13       301.58        300.64        20.00          22.40          61.80 14       299.21        298.67        20.00          23.60          66.30 15       294.60        294.55        20.00          23.60          66.30 16       295.84        295.53        20.00          23.60          66.30 17       296.12        295.87        20.00          23.60          66.30 18       297.79        297.43        20.00          23.60          66.30 19       299.39        298.72        20.00          23.60          66.30 20       307.44        306.29        20.00          22.40          61.80 21       293.90        293.81        20.00          23.60          66.30 22       293.68        293.59        20.00          23.60          66.30 2-436                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-206. Load Case 103, -20°F Ambient, Zero Decay Heat, Zero Insolation, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 6.3482E+01 -8.5843E+00 -1.0329E+01 7.2066E+01 7.2902E+01 4.3769E-01 -5.9187E-02 -7.1218E-02 4.9688E-01 5.0264E-01 2 5.7962E+01 -7.3768E-01 -1.5287E+01 5.8700E+01 1.6743E-01 3.9963E-01 -5.0861E-03 -1.0540E-01 4.0472E-01 1.1544E-03 3 6.9792E+01 -7.0002E+00 -1.0848E+01 7.6792E+01 8.6945E+01 4.8120E-01 -4.8265E-02 -7.4791E-02 5.2946E-01 5.9946E-01 4 2.9374E+03 -2.0246E+03 -3.8426E+02 4.9620E+03 1.0177E+04 2.0252E+01 -1.3959E+01 -2.6494E+00 3.4212E+01 7.0166E+01 5 4.7887E+03 -2.1862E+03 -3.9240E+02 6.9748E+03 9.1372E+03 3.3017E+01 -1.5073E+01 -2.7055E+00 4.8090E+01 6.2999E+01 6 3.1014E+03 -1.9487E+02 7.4379E+02 3.2963E+03 5.6790E+03 2.1383E+01 -1.3436E+00 5.1283E+00 2.2727E+01 3.9155E+01 7 1.5067E+03 2.1325E-01 -3.9524E+01 1.5064E+03 4.5757E+01 1.0388E+01 1.4703E-03 -2.7251E-01 1.0387E+01 3.1548E-01 8 1.5046E+03 9.1324E-03 1.7180E+00 1.5046E+03 6.4715E-01 1.0374E+01 6.2966E-05 1.1845E-02 1.0374E+01 4.4620E-03 9 1.5055E+03 1.4930E-02 -2.6797E+01 1.5055E+03 1.9005E+01 1.0380E+01 1.0294E-04 -1.8476E-01 1.0380E+01 1.3103E-01 10 1.5419E+03 -2.3326E+02 8.3267E+02 1.7752E+03 1.1832E+03 1.0631E+01 -1.6083E+00 5.7410E+00 1.2239E+01 8.1576E+00 11 4.2181E+02 -5.3081E+02 8.1941E+01 9.5262E+02 7.2075E+02 2.9082E+00 -3.6598E+00 5.6497E-01 6.5681E+00 4.9694E+00 12 1.8920E+02 -5.3550E+02 8.0639E+01 7.2470E+02 1.5479E+03 1.3045E+00 -3.6922E+00 5.5598E-01 4.9966E+00 1.0672E+01 13 2.2557E+03 -8.8888E+02 1.5802E+02 3.1446E+03 2.0034E+03 1.5553E+01 -6.1286E+00 1.0895E+00 2.1681E+01 1.3813E+01 14 1.7857E+03 -7.7851E+02 1.5649E+02 2.5642E+03 3.2124E+03 1.2312E+01 -5.3676E+00 1.0789E+00 1.7680E+01 2.2149E+01 15 4.1133E+02 -2.1278E+02 2.1340E+02 6.2411E+02 9.3193E+02 2.8360E+00 -1.4671E+00 1.4714E+00 4.3031E+00 6.4254E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-437 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 9.1644E+02 -3.8128E+02 3.1305E+02 1.2977E+03 1.9190E+03 6.3187E+00 -2.6288E+00 2.1584E+00 8.9475E+00 1.3231E+01 17 8.6118E+02 -1.6625E+02 -7.3086E+01 1.0274E+03 1.8083E+03 5.9377E+00 -1.1462E+00 -5.0391E-01 7.0839E+00 1.2468E+01 18 8.5625E+02 -1.4779E+02 -1.2726E+02 1.0040E+03 1.7602E+03 5.9036E+00 -1.0190E+00 -8.7739E-01 6.9226E+00 1.2136E+01 19 1.0302E+03 -4.2825E+02 2.2546E+02 1.4585E+03 2.2011E+03 7.1030E+00 -2.9527E+00 1.5545E+00 1.0056E+01 1.5176E+01 20 1.1809E+03 -5.8680E+02 9.5877E+01 1.7677E+03 3.2791E+03 8.1418E+00 -4.0459E+00 6.6105E-01 1.2188E+01 2.2609E+01 21 1.3795E+02 -6.9196E+02 -6.6008E+01 8.2990E+02 2.0682E+03 9.5112E-01 -4.7709E+00 -4.5511E-01 5.7220E+00 1.4260E+01 22 6.3805E+01 -3.6307E+01 4.3021E+01 1.0011E+02 1.5270E+02 4.3992E-01 -2.5033E-01 2.9662E-01 6.9025E-01 1.0528E+00 Allowable Stress for Load Case 103 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 0.00 -20.00 20.00 30.00 70.00 2 0.00 -20.00 20.00 30.00 70.00 3 0.00 -20.00 20.00 30.00 70.00 4 0.00 -20.00 20.00 30.00 70.00 5 0.00 -20.00 20.00 30.00 70.00 6 0.00 -20.00 20.00 30.00 70.00 7 0.00 -20.00 20.00 30.00 70.00 8 0.00 -20.00 20.00 30.00 70.00 9 0.00 -20.00 20.00 30.00 70.00 10 0.00 -20.00 20.00 30.00 70.00 11 0.00 -20.00 20.00 30.00 70.00 12 0.00 -20.00 20.00 30.00 70.00 13 0.00 -20.00 20.00 30.00 70.00 14 0.00 -20.00 20.00 30.00 70.00 15 0.00 -20.00 20.00 30.00 70.00 16 0.00 -20.00 20.00 30.00 70.00 17 0.00 -20.00 20.00 30.00 70.00 18 0.00 -20.00 20.00 30.00 70.00 19 0.00 -20.00 20.00 30.00 70.00 20 0.00 -20.00 20.00 30.00 70.00 21 0.00 -20.00 20.00 30.00 70.00 22 0.00 -20.00 20.00 30.00 70.00 2-438 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-207. Load Case 104, -40°F Ambient, Zero Decay Heat, Zero Insolation, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.7589E+01 -1.0492E+01 -1.2625E+01 8.8081E+01 8.9103E+01 5.3496E-01 -7.2340E-02 -8.7044E-02 6.0730E-01 6.1434E-01 2 7.0843E+01 -9.0161E-01 -1.8685E+01 7.1744E+01 2.0464E-01 4.8844E-01 -6.2164E-03 -1.2883E-01 4.9466E-01 1.4109E-03 3 8.5301E+01 -8.5558E+00 -1.3258E+01 9.3857E+01 1.0627E+02 5.8813E-01 -5.8990E-02 -9.1411E-02 6.4712E-01 7.3267E-01 4 3.5901E+03 -2.4745E+03 -4.6965E+02 6.0647E+03 1.2438E+04 2.4753E+01 -1.7061E+01 -3.2381E+00 4.1814E+01 8.5758E+01 5 5.8528E+03 -2.6720E+03 -4.7960E+02 8.5248E+03 1.1168E+04 4.0354E+01 -1.8423E+01 -3.3067E+00 5.8776E+01 7.6999E+01 6 3.7906E+03 -2.3817E+02 9.0908E+02 4.0288E+03 6.9410E+03 2.6135E+01 -1.6421E+00 6.2679E+00 2.7777E+01 4.7857E+01 7 1.8415E+03 2.6064E-01 -4.8307E+01 1.8412E+03 5.5925E+01 1.2696E+01 1.7970E-03 -3.3307E-01 1.2695E+01 3.8559E-01 8 1.8390E+03 1.1162E-02 2.0998E+00 1.8390E+03 7.9096E-01 1.2680E+01 7.6958E-05 1.4478E-02 1.2679E+01 5.4535E-03 9 1.8400E+03 1.8247E-02 -3.2752E+01 1.8400E+03 2.3228E+01 1.2687E+01 1.2581E-04 -2.2582E-01 1.2686E+01 1.6015E-01 10 1.8845E+03 -2.8510E+02 1.0177E+03 2.1696E+03 1.4461E+03 1.2993E+01 -1.9657E+00 7.0168E+00 1.4959E+01 9.9704E+00 11 5.1554E+02 -6.4877E+02 1.0015E+02 1.1643E+03 8.8092E+02 3.5545E+00 -4.4731E+00 6.9051E-01 8.0276E+00 6.0737E+00 12 2.3124E+02 -6.5451E+02 9.8558E+01 8.8575E+02 1.8919E+03 1.5944E+00 -4.5127E+00 6.7954E-01 6.1070E+00 1.3044E+01 13 2.7570E+03 -1.0864E+03 1.9314E+02 3.8434E+03 2.4487E+03 1.9009E+01 -7.4905E+00 1.3316E+00 2.6499E+01 1.6883E+01 14 2.1825E+03 -9.5151E+02 1.9126E+02 3.1340E+03 3.9263E+03 1.5048E+01 -6.5604E+00 1.3187E+00 2.1608E+01 2.7071E+01 15 5.0273E+02 -2.6007E+02 2.6083E+02 7.6280E+02 1.1390E+03 3.4662E+00 -1.7931E+00 1.7983E+00 5.2593E+00 7.8533E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-439 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.1201E+03 -4.6601E+02 3.8262E+02 1.5861E+03 2.3454E+03 7.7228E+00 -3.2130E+00 2.6381E+00 1.0936E+01 1.6171E+01 17 1.0526E+03 -2.0319E+02 -8.9328E+01 1.2557E+03 2.2102E+03 7.2571E+00 -1.4010E+00 -6.1589E-01 8.6581E+00 1.5239E+01 18 1.0465E+03 -1.8063E+02 -1.5553E+02 1.2272E+03 2.1513E+03 7.2155E+00 -1.2454E+00 -1.0724E+00 8.4609E+00 1.4833E+01 19 1.2591E+03 -5.2342E+02 2.7557E+02 1.7826E+03 2.6902E+03 8.6815E+00 -3.6088E+00 1.9000E+00 1.2290E+01 1.8548E+01 20 1.4433E+03 -7.1721E+02 1.1718E+02 2.1605E+03 4.0078E+03 9.9511E+00 -4.9450E+00 8.0795E-01 1.4896E+01 2.7633E+01 21 1.6860E+02 -8.4572E+02 -8.0676E+01 1.0143E+03 2.5278E+03 1.1625E+00 -5.8311E+00 -5.5624E-01 6.9935E+00 1.7429E+01 22 7.7984E+01 -4.4375E+01 5.2581E+01 1.2236E+02 1.8663E+02 5.3768E-01 -3.0596E-01 3.6254E-01 8.4364E-01 1.2868E+00 Allowable Stress for Load Case 104 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 0.00 -40.00 20.00 30.00 70.00 2 0.00 -40.00 20.00 30.00 70.00 3 0.00 -40.00 20.00 30.00 70.00 4 0.00 -40.00 20.00 30.00 70.00 5 0.00 -40.00 20.00 30.00 70.00 6 0.00 -40.00 20.00 30.00 70.00 7 0.00 -40.00 20.00 30.00 70.00 8 0.00 -40.00 20.00 30.00 70.00 9 0.00 -40.00 20.00 30.00 70.00 10 0.00 -40.00 20.00 30.00 70.00 11 0.00 -40.00 20.00 30.00 70.00 12 0.00 -40.00 20.00 30.00 70.00 13 0.00 -40.00 20.00 30.00 70.00 14 0.00 -40.00 20.00 30.00 70.00 15 0.00 -40.00 20.00 30.00 70.00 16 0.00 -40.00 20.00 30.00 70.00 17 0.00 -40.00 20.00 30.00 70.00 18 0.00 -40.00 20.00 30.00 70.00 19 0.00 -40.00 20.00 30.00 70.00 20 0.00 -40.00 20.00 30.00 70.00 21 0.00 -40.00 20.00 30.00 70.00 22 0.00 -40.00 20.00 30.00 70.00 2-440 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-208. Load Case 105, -40°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.1725E+02 -2.0832E+02 -2.0644E+01 3.2557E+02 4.6549E+02 8.0839E-01 -1.4363E+00 -1.4233E-01 2.2447E+00 3.2094E+00 2 1.5258E+02 -3.2830E+02 -9.7429E+01 4.8088E+02 9.8797E+02 1.0520E+00 -2.2635E+00 -6.7175E-01 3.3156E+00 6.8118E+00 3 1.1415E+02 -2.0952E+02 3.5970E+00 3.2366E+02 4.6182E+02 7.8701E-01 -1.4446E+00 2.4801E-02 2.2316E+00 3.1841E+00 4 7.1645E+02 -2.6859E+03 -4.9551E+02 3.4024E+03 6.7051E+03 4.9397E+00 -1.8519E+01 -3.4164E+00 2.3458E+01 4.6230E+01 5 7.0404E+02 -2.9893E+03 -1.3714E+03 3.6934E+03 5.8400E+03 4.8542E+00 -2.0611E+01 -9.4552E+00 2.5465E+01 4.0265E+01 6 1.2252E+02 -1.4727E+03 -1.7629E+03 1.5952E+03 1.8810E+03 8.4471E-01 -1.0154E+01 -1.2155E+01 1.0999E+01 1.2969E+01 7 -2.0240E+01 -4.8730E+02 2.7253E+01 4.6706E+02 4.4322E+02

                  -1.3955E-01 -3.3598E+00            1.8790E-01       3.2203E+00      3.0559E+00 8     -2.0585E+01 -4.8728E+02            4.9196E-03       4.6669E+02      4.4410E+02
                  -1.4193E-01 -3.3597E+00            3.3920E-05       3.2177E+00      3.0620E+00 9     -2.0324E+01 -4.8649E+02 -1.2080E+01                 4.6616E+02      4.2312E+02
                  -1.4013E-01 -3.3542E+00 -8.3291E-02                 3.2141E+00      2.9173E+00 10      -6.1562E+01 -7.1883E+02            2.1574E+02       6.5727E+02      1.3218E+03
                  -4.2445E-01 -4.9561E+00            1.4875E+00       4.5317E+00      9.1132E+00 11      -1.8904E+02 -1.0359E+03 -4.7031E+02                 8.4688E+02      3.2035E+01
                  -1.3034E+00 -7.1424E+00 -3.2427E+00                 5.8390E+00      2.2087E-01 12        2.7180E+00 -1.2826E+03 -1.2726E+03                1.2854E+03      6.6040E+01 1.8740E-02 -8.8434E+00 -8.7739E+00                8.8622E+00      4.5533E-01 13      -1.1401E+02 -1.6998E+03 -1.6732E+02                 1.5858E+03      7.1645E+02
                  -7.8605E-01 -1.1720E+01 -1.1536E+00                 1.0934E+01      4.9398E+00 14      -1.2896E+02 -1.4827E+03            1.6140E+02       1.3538E+03      1.0182E+03
                  -8.8918E-01 -1.0223E+01            1.1128E+00       9.3339E+00      7.0201E+00 15        9.8788E+01 -7.4359E+00           9.4685E+01       1.0622E+02      1.0410E+02 6.8112E-01 -5.1269E-02           6.5283E-01       7.3239E-01      7.1778E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-441 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.6503E+01 -3.6924E+00 -1.2904E+02 4.0195E+01 1.2999E+01 2.5168E-01 -2.5458E-02 -8.8969E-01 2.7713E-01 8.9623E-02 17 1.7798E+01 -2.1503E+01 -1.6586E+02 3.9301E+01 5.6240E+01 1.2271E-01 -1.4826E-01 -1.1436E+00 2.7097E-01 3.8776E-01 18 1.5634E+02 -2.2199E+02 1.2690E+03 3.7834E+02 3.1651E+02 1.0779E+00 -1.5306E+00 8.7492E+00 2.6085E+00 2.1822E+00 19 -2.4435E+01 -4.7145E+02 1.4772E+03 4.4701E+02 3.7620E+02

                 -1.6847E-01 -3.2505E+00            1.0185E+01        3.0820E+00       2.5938E+00 20      1.7609E+01 -1.1093E+03           1.4684E+02        1.1269E+03       3.7894E+02 1.2141E-01 -7.6480E+00           1.0125E+00        7.7694E+00       2.6127E+00 21      2.0249E+01 -4.8181E+01 -2.7656E+01                 6.8430E+01       1.2936E+02 1.3961E-01 -3.3220E-01 -1.9068E-01                 4.7181E-01       8.9189E-01 22    -3.1724E+00 -9.1665E+01 -9.1005E+01                  8.8493E+01       4.2109E+01
                 -2.1873E-02 -6.3201E-01 -6.2746E-01                  6.1014E-01       2.9033E-01 Allowable Stress for Load Case 105 LOC       Tmax          Tave            Sm             Sy            Su (deg_F)       (deg_F)        (ksi)          (ksi)          (ksi) 1       85.45        83.42        20.00          30.00          70.00 2       86.26        82.35        20.00          30.00          70.00 3       85.09        82.95        20.00          30.00          70.00 4       88.60        88.37        20.00          30.00          70.00 5       93.61        92.78        20.00          30.00          70.00 6       95.56        94.74        20.00          30.00          70.00 7       97.44        95.94        20.00          30.00          70.00 8       97.49        95.99        20.00          30.00          70.00 9       97.43        95.94        20.00          30.00          70.00 10         97.81        96.09        20.00          30.00          70.00 11         99.79        97.30        20.00          30.00          70.00 12       105.30        102.51        20.00          30.00          70.00 13         93.87        92.72        20.00          30.00          70.00 14         91.01        90.36        20.00          30.00          70.00 15         87.98        87.91        20.00          30.00          70.00 16         89.56        89.17        20.00          30.00          70.00 17         89.88        89.59        20.00          30.00          70.00 18         91.61        91.24        20.00          30.00          70.00 19         93.39        92.65        20.00          30.00          70.00 20       102.58        101.24        20.00          30.00          70.00 21         84.82        84.70        20.00          30.00          70.00 22         86.44        86.31        20.00          30.00          70.00 2-442                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-209. Load Case 106, -20°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 9.7556E+01 -1.9794E+02 -6.1081E+01 2.9550E+02 4.7452E+02 6.7262E-01 -1.3648E+00 -4.2114E-01 2.0374E+00 3.2717E+00 2 1.5491E+02 -3.2014E+02 -1.9874E+02 4.7504E+02 9.5108E+02 1.0681E+00 -2.2073E+00 -1.3703E+00 3.2753E+00 6.5574E+00 3 9.8478E+01 -1.9987E+02 -4.4432E+01 2.9835E+02 4.7055E+02 6.7898E-01 -1.3780E+00 -3.0635E-01 2.0570E+00 3.2443E+00 4 1.2514E+03 -3.3705E+03 -2.0910E+02 4.6219E+03 9.4586E+03 8.6284E+00 -2.3239E+01 -1.4417E+00 3.1867E+01 6.5215E+01 5 1.2872E+03 -4.5339E+03 -1.0849E+03 5.8211E+03 8.2608E+03 8.8751E+00 -3.1260E+01 -7.4803E+00 4.0135E+01 5.6956E+01 6 -4.1496E+01 -2.6987E+03 -2.0571E+03 2.6572E+03 4.0158E+03

                  -2.8611E-01 -1.8607E+01 -1.4183E+01                 1.8321E+01      2.7688E+01 7     -9.4494E+01 -1.3095E+03 -6.1911E+02                 1.2150E+03      4.5696E+02
                  -6.5151E-01 -9.0286E+00 -4.2686E+00                 8.3771E+00      3.1506E+00 8     -9.4310E+01 -1.3087E+03 -6.5157E+02                 1.2144E+03      4.3887E+02
                  -6.5024E-01 -9.0231E+00 -4.4924E+00                 8.3729E+00      3.0259E+00 9     -9.4098E+01 -1.3083E+03 -6.5860E+02                 1.2142E+03      4.2896E+02
                  -6.4878E-01 -9.0204E+00 -4.5409E+00                 8.3716E+00      2.9576E+00 10      -3.1983E+02 -1.3476E+03 -5.0910E+02                 1.0278E+03      9.0286E+02
                  -2.2051E+00 -9.2914E+00 -3.5101E+00                 7.0863E+00      6.2250E+00 11      -1.6034E+02 -1.2504E+03 -7.0087E+02                 1.0900E+03      5.6749E+02
                  -1.1055E+00 -8.6211E+00 -4.8323E+00                 7.5156E+00      3.9127E+00 12        8.2274E+01 -1.4940E+03 -1.4910E+03                1.5762E+03      7.8695E+02 5.6726E-01 -1.0301E+01 -1.0280E+01                1.0868E+01      5.4258E+00 13        1.2327E+02 -2.7190E+03 -3.5996E+02                2.8423E+03      1.6033E+03 8.4993E-01 -1.8747E+01 -2.4818E+00                1.9597E+01      1.1054E+01 14        7.1513E+01 -2.3218E+03 -4.4020E+01                2.3934E+03      2.7873E+03 4.9307E-01 -1.6009E+01 -3.0351E-01                1.6502E+01      1.9218E+01 15        3.5330E+02 -1.3230E+02 -1.7285E+02                4.8561E+02      1.9621E+02 2.4359E+00 -9.1220E-01 -1.1917E+00                3.3481E+00      1.3528E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-443 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.5239E+02 -6.7002E+02 -5.0310E+02 8.2241E+02 1.2228E+03 1.0507E+00 -4.6196E+00 -3.4688E+00 5.6703E+00 8.4307E+00 17 1.0702E+01 -5.4696E+02 -5.1372E+02 5.5766E+02 8.5280E+02 7.3787E-02 -3.7712E+00 -3.5420E+00 3.8449E+00 5.8798E+00 18 2.4075E+02 -1.1814E+03 9.5576E+02 1.4222E+03 1.9206E+03 1.6599E+00 -8.1458E+00 6.5897E+00 9.8057E+00 1.3242E+01 19 3.4232E+02 -2.0640E+03 7.8431E+02 2.4063E+03 3.9791E+03 2.3602E+00 -1.4230E+01 5.4076E+00 1.6591E+01 2.7435E+01 20 -2.0446E+01 -2.2197E+03 -3.6441E+02 2.1992E+03 3.8546E+03

                 -1.4097E-01 -1.5304E+01 -2.5125E+00                  1.5163E+01       2.6577E+01 21      2.0863E+02 -3.9992E+01 -2.9707E+00                 2.4862E+02       5.6510E+02 1.4384E+00 -2.7573E-01 -2.0483E-02                 1.7142E+00       3.8962E+00 22      1.0940E+02 -6.6564E+01 -6.1527E+01                 1.7596E+02       8.8025E+01 7.5427E-01 -4.5894E-01 -4.2421E-01                 1.2132E+00       6.0691E-01 Allowable Stress for Load Case 106 LOC       Tmax          Tave            Sm             Sy            Su (deg_F)       (deg_F)        (ksi)          (ksi)          (ksi) 1     104.28        102.26        20.00          30.00          70.00 2     105.11        101.26        20.00          30.00          70.00 3     103.92        101.80        20.00          30.00          70.00 4     107.38        107.15        20.00          30.00          70.00 5     112.33        111.51        20.00          30.00          70.00 6     114.26        113.45        20.00          30.00          70.00 7     116.10        114.62        20.00          30.00          70.00 8     116.15        114.67        20.00          30.00          70.00 9     116.09        114.61        20.00          30.00          70.00 10       116.48        114.77        20.00          30.00          70.00 11       118.44        115.98        20.00          30.00          70.00 12       123.90        121.14        20.00          30.00          70.00 13       112.59        111.46        20.00          30.00          70.00 14       109.77        109.14        20.00          30.00          70.00 15       106.69        106.63        20.00          30.00          70.00 16       108.24        107.86        20.00          30.00          70.00 17       108.56        108.27        20.00          30.00          70.00 18       110.28        109.91        20.00          30.00          70.00 19       112.05        111.31        20.00          30.00          70.00 20       121.12        119.80        20.00          30.00          70.00 21       103.65        103.52        20.00          30.00          70.00 22       105.22        105.10        20.00          30.00          70.00 2-444                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-210. Load Case 201, Internal Design Pressure, 1,930 kPa (280 psia), Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0745E+00 -1.2812E+01 -3.9938E+01 1.3887E+01 1.3041E+01 7.4086E-03 -8.8336E-02 -2.7536E-01 9.5745E-02 8.9916E-02 2 1.9621E-02 -9.5804E+00 -3.7802E+01 9.6001E+00 8.0928E-01 1.3528E-04 -6.6055E-02 -2.6063E-01 6.6190E-02 5.5798E-03 3 2.2656E+00 -1.2326E+01 -3.6331E+01 1.4591E+01 1.9476E+01 1.5621E-02 -8.4982E-02 -2.5049E-01 1.0060E-01 1.3428E-01 4 2.8893E+03 -1.2658E+03 1.4435E+03 4.1551E+03 7.3286E+03 1.9921E+01 -8.7275E+00 9.9527E+00 2.8648E+01 5.0529E+01 5 2.2675E+03 -1.1443E+03 1.4644E+03 3.4118E+03 5.6450E+03 1.5634E+01 -7.8896E+00 1.0097E+01 2.3523E+01 3.8921E+01 6 9.1841E+02 -3.7997E+02 1.8086E+03 1.2984E+03 1.6505E+03 6.3322E+00 -2.6198E+00 1.2470E+01 8.9520E+00 1.1380E+01 7 1.2576E+01 -1.2354E+02 1.0847E+03 1.3611E+02 5.8551E+00 8.6711E-02 -8.5176E-01 7.4789E+00 9.3847E-01 4.0369E-02 8 1.2232E+01 -1.2340E+02 1.0985E+03 1.3563E+02 2.1526E-01 8.4340E-02 -8.5080E-01 7.5741E+00 9.3514E-01 1.4841E-03 9 1.2216E+01 -1.2376E+02 1.1291E+03 1.3598E+02 1.1458E+01 8.4227E-02 -8.5332E-01 7.7847E+00 9.3754E-01 7.8999E-02 10 5.1145E+02 -3.1410E+02 1.2988E+02 8.2555E+02 9.6671E+02 3.5263E+00 -2.1656E+00 8.9550E-01 5.6920E+00 6.6652E+00 11 3.4114E+02 -1.8717E+02 8.6447E+01 5.2831E+02 2.2475E+02 2.3521E+00 -1.2905E+00 5.9603E-01 3.6426E+00 1.5496E+00 12 -2.4114E+01 -4.9997E+02 -2.9756E+01 4.7586E+02 4.0233E+02

                  -1.6626E-01 -3.4472E+00 -2.0516E-01                 3.2809E+00      2.7740E+00 13        8.6447E+01 -6.4651E+02 -1.0260E+02                7.3296E+02      5.9602E+02 5.9603E-01 -4.4575E+00 -7.0743E-01                5.0536E+00      4.1094E+00 14        1.0103E+02 -5.8087E+02 -1.1764E+02                6.8190E+02      7.3101E+02 6.9660E-01 -4.0049E+00 -8.1109E-01                4.7015E+00      5.0402E+00 15        1.6259E+03 -1.8949E+03 -8.8200E+02                3.5208E+03      5.4379E+03 1.1210E+01 -1.3065E+01 -6.0812E+00                2.4275E+01      3.7493E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-445 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.4297E+02 -2.0535E+03 -1.1489E+03 2.2964E+03 3.3625E+03 1.6752E+00 -1.4158E+01 -7.9213E+00 1.5833E+01 2.3184E+01 17 -4.2901E+01 -1.6649E+03 -1.1215E+03 1.6220E+03 2.4245E+03

                 -2.9580E-01 -1.1479E+01 -7.7323E+00                  1.1184E+01       1.6716E+01 18      1.0350E+01 -1.8462E+03 -1.0252E+03                 1.8565E+03       2.8425E+03 7.1360E-02 -1.2729E+01 -7.0686E+00                 1.2800E+01       1.9598E+01 19      4.7835E+02 -2.5206E+03 -1.1455E+03                 2.9990E+03       4.6702E+03 3.2981E+00 -1.7379E+01 -7.8981E+00                 2.0677E+01       3.2200E+01 20      3.3629E+02 -2.0600E+03 -8.9475E+02                 2.3963E+03       4.4985E+03 2.3186E+00 -1.4203E+01 -6.1691E+00                 1.6522E+01       3.1016E+01 21      7.0008E-01 -1.9681E+02 -2.0429E+01                 1.9751E+02       4.0159E+02 4.8269E-03 -1.3570E+00 -1.4086E-01                 1.3618E+00       2.7689E+00 22      1.3120E+03 -3.7885E+02           5.0285E+02        1.6909E+03       2.3361E+03 9.0461E+00 -2.6121E+00           3.4670E+00        1.1658E+01       1.6107E+01 2-446                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-211. Load Case 202, Minimum External Pressure, 24 kPa (3.5 psia), Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -2.3360E+00 -3.6389E+00 -8.4101E+00 1.3030E+00 5.6886E-01

                  -1.6106E-02 -2.5090E-02 -5.7985E-02                 8.9835E-03      3.9222E-03 2     -2.2251E+00 -3.4540E+00 -8.1673E+00                 1.2289E+00      7.6515E-02
                  -1.5341E-02 -2.3814E-02 -5.6311E-02                 8.4728E-03      5.2755E-04 3     -2.3988E+00 -3.6788E+00 -8.1338E+00                 1.2800E+00      4.2054E-01
                  -1.6539E-02 -2.5364E-02 -5.6081E-02                 8.8250E-03      2.8995E-03 4       8.6873E+01 -3.5775E+01           6.4095E+01       1.2265E+02      1.9979E+02 5.9897E-01 -2.4666E-01           4.4192E-01       8.4563E-01      1.3775E+00 5       5.3597E+01 -3.3184E+01           6.7388E+01       8.6781E+01      1.4493E+02 3.6954E-01 -2.2879E-01           4.6462E-01       5.9833E-01      9.9928E-01 6       1.3890E+01 -1.5930E+01           7.6765E+01       2.9820E+01      2.7270E+01 9.5765E-02 -1.0984E-01           5.2927E-01       2.0560E-01      1.8802E-01 7     -6.0285E+00 -1.0849E+01            5.7369E+01       4.8204E+00      1.7231E-02
                  -4.1565E-02 -7.4801E-02            3.9554E-01       3.3236E-02      1.1880E-04 8     -6.0237E+00 -1.0851E+01            5.7603E+01       4.8276E+00      8.0194E-03
                  -4.1532E-02 -7.4817E-02            3.9716E-01       3.3285E-02      5.5292E-05 9     -6.0832E+00 -1.0804E+01            5.9176E+01       4.7206E+00      4.5006E-01
                  -4.1942E-02 -7.4490E-02            4.0801E-01       3.2548E-02      3.1030E-03 10        2.0667E+01 -2.3017E+01           6.8270E+00       4.3684E+01      4.4835E+01 1.4249E-01 -1.5870E-01           4.7071E-02       3.0119E-01      3.0913E-01 11        1.5080E+01 -9.7133E+00           4.3805E+00       2.4793E+01      7.4089E+00 1.0397E-01 -6.6971E-02           3.0203E-02       1.7094E-01      5.1083E-02 12      -3.4729E+00 -3.9384E+01 -2.6388E+00                 3.5911E+01      3.4359E-01
                  -2.3945E-02 -2.7154E-01 -1.8194E-02                 2.4760E-01      2.3689E-03 13        7.1314E+00 -3.9296E+01 -5.8886E+00                4.6428E+01      3.8704E+01 4.9169E-02 -2.7094E-01 -4.0601E-02                3.2011E-01      2.6686E-01 14        7.0102E+00 -3.3351E+01 -6.1013E+00                4.0361E+01      4.2551E+01 4.8333E-02 -2.2995E-01 -4.2067E-02                2.7828E-01      2.9338E-01 15        7.8611E+01 -9.6274E+01 -4.6246E+01                1.7488E+02      2.7093E+02 5.4200E-01 -6.6379E-01 -3.1886E-01                1.2058E+00      1.8680E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-447 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.1883E+01 -1.0573E+02 -5.9774E+01 1.1761E+02 1.7180E+02 8.1929E-02 -7.2897E-01 -4.1213E-01 8.1090E-01 1.1845E+00 17 -2.5828E+00 -8.5700E+01 -5.8959E+01 8.3117E+01 1.2343E+02

                 -1.7808E-02 -5.9088E-01 -4.0651E-01                  5.7307E-01       8.5100E-01 18      7.1470E-01 -9.6276E+01 -5.3349E+01                 9.6991E+01       1.4832E+02 4.9277E-03 -6.6380E-01 -3.6783E-01                 6.6873E-01       1.0226E+00 19      2.5084E+01 -1.3163E+02 -5.9543E+01                 1.5671E+02       2.4441E+02 1.7295E-01 -9.0754E-01 -4.1053E-01                 1.0805E+00       1.6852E+00 20      1.7760E+01 -1.0809E+02 -4.6333E+01                 1.2585E+02       2.3602E+02 1.2245E-01 -7.4528E-01 -3.1946E-01                 8.6773E-01       1.6273E+00 21    -2.5723E+00 -2.9338E+01 -3.3283E+00                  2.6766E+01       2.6295E+01
                 -1.7736E-02 -2.0228E-01 -2.2948E-02                  1.8454E-01       1.8130E-01 22      5.2520E+01 -1.2599E+01           2.0775E+01        6.5119E+01       7.8345E+01 3.6211E-01 -8.6864E-02           1.4324E-01        4.4898E-01       5.4017E-01 2-448                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-212. Load Case 203, Maximum Increased External Pressure, 140 kPa (20 psia), Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.3126E+01 -2.4084E+01 -4.6805E+01 1.0958E+01 6.6823E+00

                  -9.0499E-02 -1.6605E-01 -3.2271E-01                 7.5555E-02      4.6073E-02 2     -1.2719E+01 -2.3018E+01 -4.5823E+01                 1.0298E+01      3.0728E-01
                  -8.7697E-02 -1.5870E-01 -3.1594E-01                 7.1003E-02      2.1186E-03 3     -1.3537E+01 -2.4745E+01 -4.6003E+01                 1.1209E+01      7.2915E+00
                  -9.3331E-02 -1.7061E-01 -3.1718E-01                 7.7281E-02      5.0273E-02 4       7.7949E+01 -1.6574E+02           1.9547E+01       2.4369E+02      4.7358E+02 5.3744E-01 -1.1428E+00           1.3477E-01       1.6802E+00      3.2652E+00 5       7.7028E+01 -2.0985E+02           3.2638E+01       2.8688E+02      4.1046E+02 5.3109E-01 -1.4469E+00           2.2503E-01       1.9780E+00      2.8300E+00 6     -7.6705E+00 -1.2702E+02            6.5105E+00       1.1935E+02      1.9826E+02
                  -5.2886E-02 -8.7576E-01            4.4888E-02       8.2287E-01      1.3670E+00 7     -6.5226E+00 -6.9798E+01            5.8866E+01       6.3276E+01      1.1730E+00
                  -4.4972E-02 -4.8124E-01            4.0587E-01       4.3627E-01      8.0873E-03 8     -6.5220E+00 -6.9748E+01            5.7262E+01       6.3226E+01      1.2151E-02
                  -4.4967E-02 -4.8090E-01            3.9481E-01       4.3593E-01      8.3778E-05 9     -6.5034E+00 -6.9724E+01            5.8513E+01       6.3221E+01      5.7573E-01
                  -4.4839E-02 -4.8073E-01            4.0343E-01       4.3589E-01      3.9695E-03 10      -1.7827E+00 -7.1026E+01            1.0023E+01       6.9243E+01      2.6848E+00
                  -1.2291E-02 -4.8971E-01            6.9108E-02       4.7741E-01      1.8511E-02 11        7.0682E+00 -2.0909E+01           1.1492E+00       2.7977E+01      1.4931E+01 4.8733E-02 -1.4416E-01           7.9238E-03       1.9289E-01      1.0295E-01 12      -7.6942E+00 -1.3260E+02 -1.1590E+01                 1.2490E+02      1.3869E+02
                  -5.3049E-02 -9.1423E-01 -7.9911E-02                 8.6118E-01      9.5623E-01 13        1.8797E+01 -7.1605E+01 -1.3701E+01                9.0402E+01      8.8937E+01 1.2960E-01 -4.9370E-01 -9.4466E-02                6.2330E-01      6.1320E-01 14        1.4042E+01 -5.4197E+01 -1.0913E+01                6.8240E+01      5.4589E+01 9.6818E-02 -3.7368E-01 -7.5244E-02                4.7050E-01      3.7638E-01 15      -6.5318E+01 -2.4885E+02 -7.3545E+01                 1.8353E+02      2.2005E+02
                  -4.5035E-01 -1.7157E+00 -5.0708E-01                 1.2654E+00      1.5172E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-449 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.9412E+01 -1.2380E+02 -6.3409E+01 1.4322E+02 2.0975E+02 1.3384E-01 -8.5360E-01 -4.3719E-01 9.8744E-01 1.4462E+00 17 -1.1423E+00 -1.0229E+02 -5.4177E+01 1.0115E+02 1.5936E+02

                 -7.8758E-03 -7.0526E-01 -3.7354E-01                  6.9738E-01       1.0987E+00 18      2.2928E-01 -1.0755E+02 -5.2818E+01                 1.0778E+02       1.7108E+02 1.5808E-03 -7.4152E-01 -3.6417E-01                 7.4310E-01       1.1796E+00 19      2.7292E+01 -1.4174E+02 -6.5878E+01                 1.6904E+02       2.5177E+02 1.8817E-01 -9.7729E-01 -4.5421E-01                 1.1655E+00       1.7359E+00 20      2.0009E+01 -1.0845E+02 -5.3036E+01                 1.2846E+02       2.4152E+02 1.3796E-01 -7.4777E-01 -3.6567E-01                 8.8573E-01       1.6652E+00 21    -1.5622E+01 -1.4864E+02 -1.7156E+01                  1.3302E+02       7.2967E+01
                 -1.0771E-01 -1.0249E+00 -1.1829E-01                  9.1715E-01       5.0309E-01 22    -5.1788E+00 -5.4847E+01 -7.3022E+00                  4.9668E+01       2.2968E+01
                 -3.5707E-02 -3.7816E-01 -5.0347E-02                  3.4245E-01       1.5836E-01 2-450                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-213. Load Case 204, Additional Increased External Pressure, 2 MPa (290 psia), Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.8938E+02 -3.5619E+02 -6.7702E+02 1.6681E+02 1.0421E+02

                  -1.3057E+00 -2.4558E+00 -4.6679E+00                 1.1501E+00      7.1852E-01 2     -1.8438E+02 -3.4056E+02 -6.6267E+02                 1.5618E+02      4.4556E+00
                  -1.2712E+00 -2.3481E+00 -4.5690E+00                 1.0769E+00      3.0720E-02 3     -1.9571E+02 -3.6662E+02 -6.6608E+02                 1.7092E+02      1.1573E+02
                  -1.3493E+00 -2.5278E+00 -4.5925E+00                 1.1784E+00      7.9794E-01 4       1.6926E+03 -3.7634E+03 -5.4869E+02                5.4560E+03      1.0170E+04 1.1670E+01 -2.5947E+01 -3.7831E+00                3.7618E+01      7.0117E+01 5       1.5542E+03 -3.9613E+03 -4.0001E+02                5.5155E+03      8.4232E+03 1.0716E+01 -2.7312E+01 -2.7580E+00                3.8028E+01      5.8076E+01 6     -6.1023E+01 -2.1961E+03 -9.8109E+02                 2.1351E+03      3.4499E+03
                  -4.2074E-01 -1.5141E+01 -6.7644E+00                 1.4721E+01      2.3786E+01 7     -6.5404E+00 -1.1180E+03            8.4648E+01       1.1114E+03      1.8282E+01
                  -4.5094E-02 -7.7082E+00            5.8363E-01       7.6631E+00      1.2605E-01 8     -6.5434E+00 -1.1172E+03            5.6792E+01       1.1107E+03      2.8813E-01
                  -4.5115E-02 -7.7028E+00            3.9156E-01       7.6577E+00      1.9866E-03 9     -6.3082E+00 -1.1165E+03            5.3730E+01       1.1102E+03      1.6962E+01
                  -4.3493E-02 -7.6981E+00            3.7046E-01       7.6546E+00      1.1695E-01 10      -1.3828E+02 -1.1616E+03            3.4250E+01       1.0234E+03      6.6777E+02
                  -9.5338E-01 -8.0093E+00            2.3614E-01       7.0559E+00      4.6041E+00 11        1.6835E+02 -5.0911E+02 -6.4845E+01                6.7746E+02      4.0912E+02 1.1608E+00 -3.5102E+00 -4.4709E-01                4.6709E+00      2.8208E+00 12      -7.0673E+01 -1.7027E+03 -1.7382E+02                 1.6320E+03      2.4142E+03
                  -4.8728E-01 -1.1740E+01 -1.1984E+00                 1.1252E+01      1.6645E+01 13        2.5169E+02 -7.2728E+02 -1.6806E+02                9.7897E+02      1.0358E+03 1.7354E+00 -5.0144E+00 -1.1587E+00                6.7498E+00      7.1418E+00 14        1.6580E+02 -5.0221E+02 -1.1545E+02                6.6801E+02      3.6496E+02 1.1431E+00 -3.4626E+00 -7.9597E-01                4.6057E+00      2.5163E+00 15      -1.1726E+03 -4.8875E+03 -6.3248E+02                 3.7150E+03      7.0757E+01
                  -8.0845E+00 -3.3698E+01 -4.3608E+00                 2.5614E+01      4.8785E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-451 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8950E+02 -5.8363E+02 -1.7592E+02 7.7313E+02 1.1317E+03 1.3066E+00 -4.0240E+00 -1.2129E+00 5.3306E+00 7.8029E+00 17 2.7957E+01 -5.2449E+02 2.5910E+00 5.5244E+02 9.7715E+02 1.9275E-01 -3.6162E+00 1.7864E-02 3.8090E+00 6.7372E+00 18 4.2621E+01 -5.3946E+02 -7.2332E+01 5.8208E+02 1.0222E+03 2.9386E-01 -3.7195E+00 -4.9871E-01 4.0133E+00 7.0475E+00 19 1.9275E+02 -6.3767E+02 -2.9370E+02 8.3042E+02 1.0015E+03 1.3290E+00 -4.3966E+00 -2.0250E+00 5.7256E+00 6.9048E+00 20 3.4137E+02 -5.2526E+02 -2.7881E+02 8.6663E+02 1.0628E+03 2.3536E+00 -3.6216E+00 -1.9224E+00 5.9752E+00 7.3278E+00 21 -2.2739E+02 -2.1138E+03 -2.4453E+02 1.8864E+03 8.9000E+02

                 -1.5678E+00 -1.4574E+01 -1.6860E+00                  1.3007E+01       6.1363E+00 22    -1.1200E+02 -1.6656E+03 -4.1001E+02                  1.5536E+03       8.9413E+02
                 -7.7225E-01 -1.1484E+01 -2.8269E+00                  1.0712E+01       6.1648E+00 2-452                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-214. Load Case 211, Fabrication Stress, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.8501E+02 -1.0148E+02 4.1733E+01 5.8649E+02 8.4660E+02 3.3440E+00 -6.9966E-01 2.8774E-01 4.0437E+00 5.8371E+00 2 7.9194E+00 -2.3676E+01 3.1818E+01 3.1596E+01 2.6392E+01 5.4603E-02 -1.6324E-01 2.1938E-01 2.1784E-01 1.8196E-01 3 6.5146E-01 -9.7676E+00 3.1614E+00 1.0419E+01 3.7264E+00 4.4916E-03 -6.7345E-02 2.1797E-02 7.1837E-02 2.5693E-02 4 5.1276E+02 -2.7696E+02 -1.7763E+01 7.8972E+02 1.3865E+03 3.5354E+00 -1.9096E+00 -1.2247E-01 5.4449E+00 9.5595E+00 5 5.7698E+02 -2.8656E+02 -5.4983E+01 8.6354E+02 1.3236E+03 3.9781E+00 -1.9758E+00 -3.7910E-01 5.9539E+00 9.1258E+00 6 3.5146E+02 -1.0345E+01 8.6866E+01 3.6181E+02 6.1937E+02 2.4232E+00 -7.1328E-02 5.9892E-01 2.4946E+00 4.2704E+00 7 1.4944E+02 4.3845E-01 -8.9387E-01 1.4900E+02 1.9476E+00 1.0303E+00 3.0230E-03 -6.1630E-03 1.0273E+00 1.3428E-02 8 1.4935E+02 4.0939E-01 3.7247E+00 1.4894E+02 4.4174E-02 1.0297E+00 2.8226E-03 2.5681E-02 1.0269E+00 3.0457E-04 9 1.4935E+02 3.9967E-01 1.9826E+00 1.4895E+02 6.1644E-02 1.0297E+00 2.7556E-03 1.3670E-02 1.0270E+00 4.2502E-04 10 1.4984E+02 -5.6285E+00 6.3516E+01 1.5547E+02 4.1670E+01 1.0331E+00 -3.8807E-02 4.3792E-01 1.0719E+00 2.8730E-01 11 5.6314E+01 -2.7677E+01 3.3436E+01 8.3991E+01 5.9976E+01 3.8827E-01 -1.9083E-01 2.3053E-01 5.7910E-01 4.1352E-01 12 5.9136E+01 1.9400E+01 3.9125E+01 3.9736E+01 8.5089E+00 4.0773E-01 1.3376E-01 2.6975E-01 2.7397E-01 5.8667E-02 13 2.5872E+02 -4.8757E+01 6.9335E+01 3.0748E+02 3.2102E+02 1.7838E+00 -3.3617E-01 4.7805E-01 2.1200E+00 2.2133E+00 14 2.4820E+02 -4.9865E+01 7.3710E+01 2.9807E+02 2.5178E+02 1.7113E+00 -3.4381E-01 5.0822E-01 2.0551E+00 1.7360E+00 15 4.0912E+02 9.4841E+01 4.9988E+01 3.1428E+02 1.2156E+01 2.8208E+00 6.5391E-01 3.4466E-01 2.1669E+00 8.3816E-02 Radioactive Material Transport Packaging System Safety Analysis Report 2-453 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.2502E+01 -2.6229E+00 8.3354E+00 2.5125E+01 3.2013E+01 1.5515E-01 -1.8084E-02 5.7470E-02 1.7323E-01 2.2073E-01 17 2.0822E+01 1.5247E+00 -1.3011E+01 1.9297E+01 3.2841E+01 1.4356E-01 1.0512E-02 -8.9705E-02 1.3305E-01 2.2643E-01 18 6.2622E+01 -2.5562E+01 -3.2996E+01 8.8184E+01 1.5707E+02 4.3176E-01 -1.7625E-01 -2.2750E-01 6.0801E-01 1.0830E+00 19 7.2071E+01 -4.2653E+01 1.2702E+01 1.1472E+02 1.3128E+02 4.9691E-01 -2.9408E-01 8.7580E-02 7.9099E-01 9.0518E-01 20 7.6190E+01 -7.0101E+01 1.2497E+01 1.4629E+02 2.1132E+02 5.2531E-01 -4.8333E-01 8.6166E-02 1.0086E+00 1.4570E+00 21 2.2184E+01 -4.5781E+00 4.4874E-01 2.6762E+01 6.4225E+01 1.5295E-01 -3.1565E-02 3.0939E-03 1.8452E-01 4.4281E-01 22 3.6010E+02 7.9852E+01 3.4061E+02 2.8025E+02 3.5378E+00 2.4828E+00 5.5056E-01 2.3484E+00 1.9323E+00 2.4392E-02 2-454 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-215. Load Case 215, Compression Load (5x weight), Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.3658E+00 -1.2765E+02 -1.6318E+01 1.3002E+02 1.9505E+02 1.6311E-02 -8.8011E-01 -1.1251E-01 8.9642E-01 1.3448E+00 2 1.5175E+00 -9.8912E+01 1.3542E+01 1.0043E+02 2.9327E+00 1.0463E-02 -6.8197E-01 9.3367E-02 6.9244E-01 2.0220E-02 3 -2.9633E+00 -1.1494E+02 5.2656E+00 1.1198E+02 3.5007E+01

                  -2.0431E-02 -7.9251E-01            3.6305E-02       7.7208E-01      2.4136E-01 4       2.7031E+02 -3.7393E+02           7.0544E+01       6.4424E+02      1.1801E+03 1.8637E+00 -2.5782E+00           4.8638E-01       4.4419E+00      8.1367E+00 5       2.5740E+02 -4.2556E+02           7.5476E+01       6.8296E+02      9.5558E+02 1.7747E+00 -2.9341E+00           5.2039E-01       4.7088E+00      6.5885E+00 6     -7.5599E+01 -3.4300E+02 -6.7963E+01                 2.6740E+02      3.2496E+02
                  -5.2124E-01 -2.3649E+00 -4.6859E-01                 1.8437E+00      2.2405E+00 7     -3.0777E-01 -2.0730E+02 -1.5253E-01                 2.0699E+02      1.2480E+00
                  -2.1220E-03 -1.4293E+00 -1.0517E-03                 1.4271E+00      8.6045E-03 8     -3.1884E-01 -1.6477E+02 -2.4264E+00                 1.6445E+02      8.2386E-03
                  -2.1983E-03 -1.1360E+00 -1.6729E-02                 1.1338E+00      5.6803E-05 9     -3.1779E-01 -1.4688E+02 -1.3157E+00                 1.4656E+02      6.2749E-01
                  -2.1911E-03 -1.0127E+00 -9.0716E-03                 1.0105E+00      4.3264E-03 10      -3.5740E+00 -1.4903E+02 -4.2076E+01                 1.4546E+02      2.1058E+00
                  -2.4642E-02 -1.0275E+00 -2.9010E-01                 1.0029E+00      1.4519E-02 11        1.3678E+01 -4.4026E+01 -2.1512E+01                5.7704E+01      5.8859E+01 9.4310E-02 -3.0355E-01 -1.4832E-01                3.9786E-01      4.0582E-01 12      -2.2699E+01 -9.3622E+01 -2.8402E+01                 7.0923E+01      9.6809E+01
                  -1.5650E-01 -6.4550E-01 -1.9583E-01                 4.8900E-01      6.6748E-01 13        4.7426E+01 -1.8876E+02 -4.3744E+01                2.3619E+02      2.2598E+02 3.2699E-01 -1.3015E+00 -3.0161E-01                1.6285E+00      1.5581E+00 14        3.9828E+01 -1.5964E+02 -4.2252E+01                1.9947E+02      1.8017E+02 2.7461E-01 -1.1007E+00 -2.9132E-01                1.3753E+00      1.2422E+00 15      -6.2896E+02 -2.8004E+03 -3.1978E+02                 2.1715E+03      1.3835E+02
                  -4.3365E+00 -1.9308E+01 -2.2048E+00                 1.4972E+01      9.5386E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-455 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.7437E+02 -4.1480E+02 -6.8711E+01 5.8916E+02 8.0097E+02 1.2022E+00 -2.8599E+00 -4.7375E-01 4.0621E+00 5.5225E+00 17 -9.9755E+01 -4.3683E+02 -4.1559E+01 3.3707E+02 5.1338E+02

                 -6.8779E-01 -3.0118E+00 -2.8654E-01                  2.3240E+00       3.5396E+00 18    -5.8351E+01 -2.5561E+02 -2.7289E+01                  1.9726E+02       2.9246E+02
                 -4.0231E-01 -1.7624E+00 -1.8815E-01                  1.3601E+00       2.0165E+00 19      1.4604E+02 -2.6296E+02 -4.7481E+01                 4.0899E+02       5.5603E+02 1.0069E+00 -1.8130E+00 -3.2737E-01                 2.8199E+00       3.8337E+00 20      2.0817E+02 -2.8803E+02 -5.9896E+01                 4.9620E+02       8.5022E+02 1.4353E+00 -1.9859E+00 -4.1297E-01                 3.4212E+00       5.8621E+00 21    -1.3365E+01 -1.4375E+02 -1.4241E+01                  1.3039E+02       6.6990E+01
                 -9.2146E-02 -9.9112E-01 -9.8191E-02                  8.9897E-01       4.6188E-01 22    -2.2108E+02 -8.1762E+02 -3.0105E+02                  5.9653E+02       1.3959E+02
                 -1.5243E+00 -5.6373E+00 -2.0757E+00                  4.1130E+00       9.6245E-01 2-456                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-216. Load Case 216, Rod Drop onto Cask, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 8.4333E+00 -1.6671E+01 2.2942E+01 2.5104E+01 1.3012E+01 5.8146E-02 -1.1494E-01 1.5818E-01 1.7309E-01 8.9715E-02 2 2.1340E-01 -1.5475E+01 -8.4199E-01 1.5688E+01 5.5909E+00 1.4713E-03 -1.0669E-01 -5.8053E-03 1.0817E-01 3.8548E-02 3 7.7830E-01 -1.4149E+01 -1.4557E-01 1.4927E+01 1.5585E+00 5.3662E-03 -9.7551E-02 -1.0037E-03 1.0292E-01 1.0746E-02 4 9.4239E+01 -2.4038E+01 6.1295E+01 1.1828E+02 1.4099E+02 6.4975E-01 -1.6573E-01 4.2262E-01 8.1549E-01 9.7209E-01 5 5.3039E+01 -1.6018E+01 5.1447E+01 6.9057E+01 5.1055E+01 3.6569E-01 -1.1044E-01 3.5472E-01 4.7613E-01 3.5201E-01 6 6.2745E+00 -7.4543E+01 2.7290E+01 8.0817E+01 5.1907E+01 4.3261E-02 -5.1396E-01 1.8815E-01 5.5722E-01 3.5789E-01 7 -7.0090E-02 -5.0886E+01 -1.0434E+00 5.0816E+01 7.5721E-01

                  -4.8325E-04 -3.5084E-01 -7.1940E-03                 3.5036E-01      5.2208E-03 8     -5.8683E-02 -3.5112E+01 -6.0866E-01                 3.5053E+01      1.7600E-02
                  -4.0461E-04 -2.4209E-01 -4.1966E-03                 2.4168E-01      1.2135E-04 9     -5.0346E-02 -2.5741E+01 -3.4281E-01                 2.5691E+01      5.1197E-02
                  -3.4713E-04 -1.7748E-01 -2.3636E-03                 1.7713E-01      3.5299E-04 10      -1.6312E-01 -2.0350E+01 -5.6738E+00                 2.0187E+01      2.0498E+00
                  -1.1247E-03 -1.4031E-01 -3.9120E-02                 1.3919E-01      1.4133E-02 11        2.5516E+00 -4.7386E+00 -1.3303E+00                7.2903E+00      8.4236E+00 1.7593E-02 -3.2672E-02 -9.1721E-03                5.0265E-02      5.8079E-02 12      -1.6017E+00 -9.0831E+00 -2.0052E+00                 7.4814E+00      8.4322E+00
                  -1.1043E-02 -6.2626E-02 -1.3825E-02                 5.1582E-02      5.8138E-02 13        7.7893E+00 -2.2673E+01 -3.1391E+00                3.0463E+01      2.5994E+01 5.3705E-02 -1.5633E-01 -2.1643E-02                2.1003E-01      1.7922E-01 14        7.1270E+00 -1.9484E+01 -2.9825E+00                2.6611E+01      2.6235E+01 4.9139E-02 -1.3434E-01 -2.0563E-02                1.8348E-01      1.8088E-01 15      -8.3941E+02 -4.9038E+03 -2.8876E+02                 4.0644E+03      7.4901E+02
                  -5.7875E+00 -3.3810E+01 -1.9910E+00                 2.8023E+01      5.1642E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-457 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.6205E+02 -3.4125E+02 -1.9840E+00 5.0330E+02 7.6073E+02 1.1173E+00 -2.3529E+00 -1.3679E-02 3.4701E+00 5.2451E+00 17 -1.4398E+00 -2.9131E+02 5.3461E+01 2.8987E+02 5.1015E+02

                 -9.9271E-03 -2.0085E+00            3.6860E-01        1.9986E+00       3.5174E+00 18    -1.1799E+01 -9.5708E+01 -2.0161E+01                  8.3909E+01       4.2785E+00
                 -8.1352E-02 -6.5988E-01 -1.3900E-01                  5.7853E-01       2.9499E-02 19      3.6876E+01 -4.7346E+01 -3.7438E+00                 8.4222E+01       9.7521E+01 2.5425E-01 -3.2644E-01 -2.5813E-02                 5.8069E-01       6.7238E-01 20      5.6102E+01 -5.3666E+01 -1.5243E+01                 1.0977E+02       1.5310E+02 3.8681E-01 -3.7002E-01 -1.0510E-01                 7.5683E-01       1.0556E+00 21    -3.1829E-01 -4.5769E+00 -3.4193E-01                  4.2586E+00       2.1352E+00
                 -2.1946E-03 -3.1556E-02 -2.3575E-03                  2.9362E-02       1.4722E-02 22      2.4910E+02 -3.7685E+03 -7.6798E+02                 4.0176E+03       4.7597E+03 1.7175E+00 -2.5983E+01 -5.2950E+00                 2.7700E+01       3.2817E+01 2-458                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-217. Load Case 221, Forward 10g Vibration Inertia Load, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.6659E+02 3.2882E+01 -6.0940E+01 3.2753E+02 6.9083E+01 1.8381E+00 2.2671E-01 -4.2017E-01 2.2582E+00 4.7631E-01 2 5.8894E+02 1.0064E+02 -3.3935E+01 8.3430E+02 2.0773E+02 4.0606E+00 6.9389E-01 -2.3397E-01 5.7523E+00 1.4322E+00 3 2.3444E+02 3.5685E+01 -6.3090E+01 2.9753E+02 1.0043E+02 1.6164E+00 2.4604E-01 -4.3499E-01 2.0514E+00 6.9241E-01 4 5.5996E+02 6.8523E+01 1.5955E+01 5.4401E+02 3.0152E+02 3.8608E+00 4.7245E-01 1.1001E-01 3.7508E+00 2.0789E+00 5 3.8235E+02 3.8745E+01 9.6501E+00 3.9057E+02 1.3598E+02 2.6362E+00 2.6714E-01 6.6535E-02 2.6929E+00 9.3757E-01 6 1.9008E+02 2.4897E+01 -3.6801E+01 2.1418E+02 5.5415E+01 1.3106E+00 1.7166E-01 -2.5373E-01 1.4767E+00 3.8207E-01 7 5.1640E+01 5.4004E+00 -2.5234E+01 6.3285E+01 2.0464E+01 3.5605E-01 3.7235E-02 -1.7398E-01 4.3633E-01 1.4109E-01 8 4.9557E+01 -8.8915E-01 -2.0868E+01 6.0547E+01 2.1599E+01 3.4168E-01 -6.1304E-03 -1.4388E-01 4.1746E-01 1.4892E-01 9 4.5591E+01 3.5317E+00 -1.6958E+01 5.5773E+01 2.3666E+01 3.1434E-01 2.4350E-02 -1.1692E-01 3.8454E-01 1.6317E-01 10 8.6499E+01 9.3231E+00 -3.2061E+01 1.1856E+02 1.3932E+02 5.9639E-01 6.4280E-02 -2.2105E-01 8.1744E-01 9.6061E-01 11 1.7364E+02 2.2242E+01 -3.1329E-01 1.7395E+02 5.4633E+01 1.1972E+00 1.5336E-01 -2.1600E-03 1.1993E+00 3.7668E-01 12 1.5659E+02 2.7380E+00 -5.2831E+00 1.6188E+02 3.4699E+01 1.0797E+00 1.8878E-02 -3.6426E-02 1.1161E+00 2.3924E-01 13 3.2123E+02 2.1928E+01 1.0767E+01 3.1046E+02 1.9980E+01 2.2148E+00 1.5119E-01 7.4233E-02 2.1405E+00 1.3776E-01 14 3.2645E+02 2.7620E+01 1.0973E+01 3.1548E+02 9.8320E+01 2.2508E+00 1.9043E-01 7.5655E-02 2.1751E+00 6.7790E-01 15 1.3543E+02 -1.2885E+00 -5.7906E+01 1.9334E+02 1.6230E+02 9.3377E-01 -8.8841E-03 -3.9925E-01 1.3330E+00 1.1190E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-459 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.5178E+02 2.0870E+01 -1.1094E+00 1.5289E+02 1.3273E+02 1.0465E+00 1.4390E-01 -7.6489E-03 1.0541E+00 9.1517E-01 17 9.0911E+01 -2.3428E+00 -4.5487E+01 1.3640E+02 6.0305E+01 6.2681E-01 -1.6153E-02 -3.1362E-01 9.4043E-01 4.1579E-01 18 7.5746E+01 -8.6920E+00 -4.1804E+01 1.1755E+02 9.0382E+01 5.2225E-01 -5.9929E-02 -2.8823E-01 8.1048E-01 6.2316E-01 19 2.4103E+02 2.6225E+01 -5.6238E-01 2.4159E+02 6.4073E+01 1.6618E+00 1.8082E-01 -3.8775E-03 1.6657E+00 4.4177E-01 20 2.8897E+02 2.5819E+01 8.3274E+00 2.8310E+02 1.3391E+02 1.9924E+00 1.7802E-01 5.7415E-02 1.9519E+00 9.2328E-01 21 2.3965E+02 2.6277E+01 -8.6023E-01 2.4051E+02 6.0551E+01 1.6523E+00 1.8117E-01 -5.9311E-03 1.6583E+00 4.1749E-01 22 1.4738E+02 2.0357E+00 -4.5493E+00 1.5193E+02 4.8760E+01 1.0162E+00 1.4036E-02 -3.1366E-02 1.0475E+00 3.3619E-01 2-460 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-218. Load Case 222, Lateral 5g Vibration Inertia Load, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.1239E+01 1.2971E+00 -3.0493E+01 8.2259E+01 2.8856E+01 4.9118E-01 8.9432E-03 -2.1024E-01 5.6716E-01 1.9896E-01 2 6.2725E+01 1.3868E+01 -3.0221E+01 7.2006E+01 2.8141E+01 4.3248E-01 9.5616E-02 -2.0836E-01 4.9646E-01 1.9402E-01 3 7.1426E+01 -1.4235E+00 -3.0953E+01 8.2167E+01 2.8125E+01 4.9246E-01 -9.8146E-03 -2.1341E-01 5.6652E-01 1.9391E-01 4 6.7314E+01 8.0847E+00 -1.9069E+00 7.3809E+01 5.3920E+01 4.6412E-01 5.5742E-02 -1.3147E-02 5.0890E-01 3.7176E-01 5 4.9245E+01 8.0405E+00 2.4483E+00 7.1867E+01 3.4528E+01 3.3953E-01 5.5437E-02 1.6880E-02 4.9550E-01 2.3806E-01 6 2.0484E+01 4.1956E+00 -2.0053E+00 3.4237E+01 1.3443E+01 1.4123E-01 2.8928E-02 -1.3826E-02 2.3605E-01 9.2684E-02 7 4.1020E+00 -2.0515E+00 -3.9641E+00 5.2096E+00 9.6729E-01 2.8282E-02 -1.4145E-02 -2.7331E-02 3.5919E-02 6.6692E-03 8 4.4289E+00 -1.5313E+00 -4.4386E+00 5.1857E+00 7.2379E-01 3.0536E-02 -1.0558E-02 -3.0603E-02 3.5754E-02 4.9904E-03 9 4.5556E+00 -2.3430E+00 -4.4312E+00 5.4521E+00 1.1779E+00 3.1410E-02 -1.6154E-02 -3.0552E-02 3.7591E-02 8.1211E-03 10 1.2079E+01 -2.2138E+00 -4.4477E+00 2.4128E+01 4.2216E+00 8.3281E-02 -1.5263E-02 -3.0666E-02 1.6636E-01 2.9107E-02 11 9.2518E+00 -1.3517E+00 -3.2488E+00 1.3205E+01 1.0481E+01 6.3789E-02 -9.3194E-03 -2.2399E-02 9.1048E-02 7.2262E-02 12 9.6060E+00 5.5064E-01 -2.4198E+00 1.2028E+01 1.3276E+01 6.6231E-02 3.7966E-03 -1.6684E-02 8.2929E-02 9.1536E-02 13 3.2252E+01 2.4542E+00 -2.9228E-01 4.1455E+01 8.1674E+00 2.2237E-01 1.6921E-02 -2.0152E-03 2.8582E-01 5.6312E-02 14 3.4637E+01 2.8226E+00 -3.2608E+00 3.7932E+01 1.9408E+01 2.3881E-01 1.9461E-02 -2.2483E-02 2.6153E-01 1.3381E-01 15 5.2127E+01 -4.1156E-01 -4.0878E+01 9.3012E+01 8.7407E+01 3.5941E-01 -2.8376E-03 -2.8184E-01 6.4130E-01 6.0265E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-461 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8391E+01 -2.0416E-01 -4.7055E+00 2.3097E+01 8.9950E-01 1.2680E-01 -1.4076E-03 -3.2444E-02 1.5925E-01 6.2018E-03 17 7.8495E+00 -3.7211E+00 -6.4705E+00 1.4321E+01 9.2355E-01 5.4120E-02 -2.5656E-02 -4.4613E-02 9.8743E-02 6.3677E-03 18 1.0768E+01 -3.7937E+00 -1.0766E+01 1.8931E+01 1.1043E+01 7.4243E-02 -2.6157E-02 -7.4227E-02 1.3052E-01 7.6136E-02 19 2.4583E+01 1.7372E+00 -5.7274E+00 3.0315E+01 4.1146E+00 1.6950E-01 1.1977E-02 -3.9489E-02 2.0901E-01 2.8369E-02 20 2.3101E+01 6.1340E-01 -3.2872E+00 2.6388E+01 8.9684E+00 1.5928E-01 4.2293E-03 -2.2664E-02 1.8194E-01 6.1835E-02 21 2.1783E+01 1.2681E+00 -5.7775E+00 2.7560E+01 2.9002E+01 1.5019E-01 8.7429E-03 -3.9835E-02 1.9002E-01 1.9996E-01 22 1.2324E+01 7.9082E-01 -3.2059E+00 1.5530E+01 1.6337E+01 8.4972E-02 5.4525E-03 -2.2104E-02 1.0708E-01 1.1264E-01 2-462 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-219. Load Case 223, Vertical 2g Vibration Inertia Load, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.3521E+00 1.5632E+00 -5.6581E-01 7.9584E+00 2.2911E+00 5.0691E-02 1.0778E-02 -3.9012E-03 5.4871E-02 1.5796E-02 2 2.5154E+01 4.7512E+00 -4.1851E-01 2.9376E+01 9.9860E+00 1.7343E-01 3.2759E-02 -2.8856E-03 2.0254E-01 6.8851E-02 3 2.8984E+01 2.8168E+00 -1.8686E+00 3.0852E+01 1.1972E+01 1.9984E-01 1.9421E-02 -1.2883E-02 2.1272E-01 8.2547E-02 4 8.6560E-01 -9.9521E+00 -1.7798E+01 1.8623E+01 1.4036E+01 5.9681E-03 -6.8617E-02 -1.2271E-01 1.2840E-01 9.6774E-02 5 1.8196E+00 -7.5895E+00 -1.1464E+01 1.3208E+01 1.0154E+01 1.2546E-02 -5.2328E-02 -7.9039E-02 9.1063E-02 7.0009E-02 6 1.0679E+01 -2.0076E+00 -4.3830E+00 1.5017E+01 8.9184E+00 7.3627E-02 -1.3842E-02 -3.0220E-02 1.0354E-01 6.1490E-02 7 8.3457E+00 2.9847E-01 4.1650E-02 8.3198E+00 3.1798E-02 5.7542E-02 2.0579E-03 2.8716E-04 5.7363E-02 2.1924E-04 8 1.0970E+01 3.5986E-01 6.4421E-02 1.0927E+01 2.1606E-02 7.5633E-02 2.4811E-03 4.4417E-04 7.5342E-02 1.4897E-04 9 1.6722E+01 4.3994E-01 6.8710E-02 1.6663E+01 2.5112E-01 1.1529E-01 3.0333E-03 4.7374E-04 1.1489E-01 1.7314E-03 10 2.9156E+01 7.0123E+00 1.5161E+00 2.7776E+01 4.8589E+00 2.0102E-01 4.8348E-02 1.0453E-02 1.9151E-01 3.3501E-02 11 1.0894E+01 5.4145E+00 -1.3395E+00 1.2233E+01 1.1250E+01 7.5108E-02 3.7332E-02 -9.2358E-03 8.4344E-02 7.7568E-02 12 1.9692E+01 6.6013E+00 3.2294E+00 1.7030E+01 2.2876E+01 1.3577E-01 4.5514E-02 2.2266E-02 1.1742E-01 1.5773E-01 13 3.9612E+01 1.0038E+01 -7.1041E+00 4.6716E+01 4.7430E+01 2.7312E-01 6.9211E-02 -4.8981E-02 3.2210E-01 3.2702E-01 14 3.5543E+01 9.4214E+00 -6.3537E+00 4.1896E+01 3.0958E+01 2.4506E-01 6.4958E-02 -4.3807E-02 2.8886E-01 2.1345E-01 15 4.5735E+00 -6.1560E-01 -8.9241E-01 5.4639E+00 6.0187E-01 3.1533E-02 -4.2444E-03 -6.1530E-03 3.7672E-02 4.1498E-03 Radioactive Material Transport Packaging System Safety Analysis Report 2-463 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 8.1183E+00 1.0540E+00 -4.7885E+00 1.2907E+01 1.3600E+01 5.5974E-02 7.2674E-03 -3.3015E-02 8.8989E-02 9.3767E-02 17 8.3584E+00 -1.6610E-01 -3.1385E+00 1.1497E+01 1.4024E+01 5.7629E-02 -1.1452E-03 -2.1639E-02 7.9268E-02 9.6695E-02 18 8.4619E+00 1.4811E+00 -3.4233E+00 1.1885E+01 1.1634E+01 5.8343E-02 1.0212E-02 -2.3603E-02 8.1946E-02 8.0213E-02 19 2.1298E+00 -2.0574E+00 -7.2346E+00 9.3519E+00 2.2602E+00 1.4684E-02 -1.4185E-02 -4.9881E-02 6.4479E-02 1.5583E-02 20 4.0044E+00 -8.9306E-01 -9.3791E+00 1.3364E+01 3.5009E+00 2.7610E-02 -6.1575E-03 -6.4666E-02 9.2140E-02 2.4138E-02 21 6.7440E+01 8.4553E+00 2.6382E+00 6.5109E+01 2.4042E+01 4.6498E-01 5.8297E-02 1.8190E-02 4.4891E-01 1.6577E-01 22 7.6497E+00 4.5009E+00 -1.6657E+00 9.3089E+00 1.5188E+01 5.2743E-02 3.1033E-02 -1.1485E-02 6.4183E-02 1.0471E-01 2-464 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-220. Load Case 231, 3-ft. Head-On Drop, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 5.2893E+00 -1.1045E+02 4.8701E+00 1.1574E+02 3.3927E+01 3.6468E-02 -7.6150E-01 3.3578E-02 7.9797E-01 2.3392E-01 2 1.5814E+00 -5.9614E+01 -1.9467E+00 6.1196E+01 5.5359E+00 1.0903E-02 -4.1103E-01 -1.3422E-02 4.2193E-01 3.8169E-02 3 -4.2678E-02 -2.0986E+01 -4.7846E-01 2.0944E+01 5.1599E-01

                  -2.9426E-04 -1.4470E-01 -3.2989E-03                 1.4440E-01      3.5576E-03 4       7.0873E+01 -1.5825E+02 -1.6707E+01                2.2912E+02      2.1843E+02 4.8865E-01 -1.0911E+00 -1.1519E-01                1.5798E+00      1.5061E+00 5       4.0897E+01 -8.0737E+01 -3.9752E+00                1.2163E+02      1.6924E+02 2.8197E-01 -5.5666E-01 -2.7408E-02                8.3864E-01      1.1669E+00 6     -1.7824E+01 -8.3645E+01 -2.2269E+01                 6.5821E+01      1.0287E+01
                  -1.2289E-01 -5.7671E-01 -1.5354E-01                 4.5382E-01      7.0924E-02 7     -1.1135E-01 -3.8311E+01 -2.5945E-01                 3.8200E+01      9.9396E-01
                  -7.6776E-04 -2.6414E-01 -1.7889E-03                 2.6338E-01      6.8531E-03 8     -7.9429E-02 -2.6506E+01 -5.3638E-01                 2.6427E+01      3.2321E-02
                  -5.4764E-04 -1.8276E-01 -3.6982E-03                 1.8221E-01      2.2285E-04 9     -4.9581E-02 -2.3987E+01 -8.2209E-01                 2.3937E+01      3.9130E-02
                  -3.4185E-04 -1.6538E-01 -5.6681E-03                 1.6504E-01      2.6979E-04 10      -5.5323E+00 -3.7309E+01            1.9997E+00       3.1777E+01      2.7439E+01
                  -3.8144E-02 -2.5724E-01            1.3787E-02       2.1910E-01      1.8919E-01 11        1.1373E+01 -2.2173E+01           3.0644E+00       3.3547E+01      1.2374E+01 7.8415E-02 -1.5288E-01           2.1128E-02       2.3130E-01      8.5318E-02 12        9.5675E+00 -1.4001E+01           8.1720E+00       2.3569E+01      4.1608E+01 6.5965E-02 -9.6536E-02           5.6344E-02       1.6250E-01      2.8688E-01 13        1.8196E+01 -9.9047E+00           7.7296E+00       2.8101E+01      5.6810E+00 1.2546E-01 -6.8291E-02           5.3294E-02       1.9375E-01      3.9169E-02 14        1.9332E+01 -5.0481E+00           1.1035E+01       2.4380E+01      4.8746E-01 1.3329E-01 -3.4806E-02           7.6086E-02       1.6809E-01      3.3609E-03 15      -1.1745E+02 -4.9548E+02 -7.4386E+01                 3.7804E+02      2.0875E+01
                  -8.0977E-01 -3.4162E+00 -5.1287E-01                 2.6065E+00      1.4393E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-465 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8936E+01 -4.6506E+01 7.2581E+00 6.5442E+01 4.8381E+01 1.3056E-01 -3.2065E-01 5.0043E-02 4.5121E-01 3.3357E-01 17 -9.2174E+00 -1.1104E+02 -2.0015E+01 1.0182E+02 1.6928E+01

                 -6.3552E-02 -7.6556E-01 -1.3800E-01                  7.0201E-01       1.1671E-01 18    -7.3170E+00 -5.8801E+01 -3.3685E+00                  5.1484E+01       6.4371E+01
                 -5.0449E-02 -4.0542E-01 -2.3225E-02                  3.5497E-01       4.4382E-01 19      3.5483E+01 -5.3888E+01 -3.9258E-01                 8.9371E+01       7.9479E+01 2.4465E-01 -3.7155E-01 -2.7067E-03                 6.1619E-01       5.4799E-01 20      3.7086E+01 -5.0814E+01 -8.6148E+00                 8.7900E+01       9.9294E+01 2.5570E-01 -3.5035E-01 -5.9397E-02                 6.0605E-01       6.8461E-01 21    -5.0943E+00 -1.7411E+01 -1.2532E+01                  1.2317E+01       7.6682E+00
                 -3.5124E-02 -1.2005E-01 -8.6403E-02                  8.4921E-02       5.2870E-02 22    -1.4452E+01 -2.1083E+02 -1.3852E+01                  1.9638E+02       6.6197E+01
                 -9.9642E-02 -1.4536E+00 -9.5507E-02                  1.3540E+00       4.5641E-01 2-466                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-221. Load Case 232, 30-ft. Head-On Drop Impact Test, Normal Conditions, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -3.5624E+01 -3.0377E+03 -5.7141E+02 3.0021E+03 1.3153E+03

                  -2.4562E-01 -2.0944E+01 -3.9398E+00                 2.0699E+01      9.0686E+00 2       3.3840E+01 -1.6948E+03 -5.7305E+01                1.7286E+03      2.1319E+01 2.3332E-01 -1.1685E+01 -3.9511E-01                1.1919E+01      1.4699E-01 3       2.3417E+01 -9.1756E+02 -3.3970E+01                9.4097E+02      1.3890E+01 1.6145E-01 -6.3263E+00 -2.3421E-01                6.4878E+00      9.5771E-02 4       1.3051E+03 -5.1575E+03 -1.6233E+03                6.4626E+03      6.6418E+03 8.9985E+00 -3.5560E+01 -1.1192E+01                4.4558E+01      4.5794E+01 5       5.1571E+02 -2.4203E+03 -9.5034E+02                2.9360E+03      4.4849E+03 3.5557E+00 -1.6687E+01 -6.5523E+00                2.0243E+01      3.0922E+01 6     -3.5056E+02 -1.2789E+03 -8.9242E+02                 9.2831E+02      9.7681E+02
                  -2.4170E+00 -8.8175E+00 -6.1530E+00                 6.4005E+00      6.7348E+00 7     -3.0675E+00 -6.6503E+02 -2.0442E+01                 6.6196E+02      1.9669E+01
                  -2.1150E-02 -4.5852E+00 -1.4094E-01                 4.5641E+00      1.3561E-01 8     -1.2572E+00 -5.8923E+02 -1.4967E+01                 5.8797E+02      6.8131E-01
                  -8.6684E-03 -4.0626E+00 -1.0319E-01                 4.0539E+00      4.6975E-03 9     -1.0983E+00 -5.6084E+02 -1.6324E+01                 5.5975E+02      1.6999E+00
                  -7.5728E-03 -3.8669E+00 -1.1255E-01                 3.8593E+00      1.1720E-02 10      -1.0327E+02 -7.9022E+02 -1.7452E+01                 6.8695E+02      4.5667E+02
                  -7.1206E-01 -5.4484E+00 -1.2033E-01                 4.7363E+00      3.1486E+00 11        1.8320E+02 -3.9676E+02           1.9767E+01       5.7996E+02      2.6192E+02 1.2631E+00 -2.7355E+00           1.3629E-01       3.9987E+00      1.8059E+00 12        1.3812E+02 -2.1573E+02           1.0509E+02       3.5384E+02      6.9455E+02 9.5228E-01 -1.4874E+00           7.2455E-01       2.4397E+00      4.7887E+00 13        2.6981E+02 -3.1839E+02           6.9013E+01       5.8820E+02      2.7305E+02 1.8603E+00 -2.1952E+00           4.7583E-01       4.0555E+00      1.8826E+00 14        2.5627E+02 -2.0323E+02           1.2073E+02       4.5950E+02      2.1369E+02 1.7669E+00 -1.4012E+00           8.3243E-01       3.1681E+00      1.4733E+00 15        1.1604E+03      6.6171E+01 -3.8550E+01            1.0942E+03      6.1555E+00 8.0003E+00      4.5624E-01 -2.6579E-01            7.5441E+00      4.2441E-02 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-467 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.1228E+02 -7.2998E+02 -3.3516E+02 1.1423E+03 8.1758E+02 2.8425E+00 -5.0331E+00 -2.3108E+00 7.8756E+00 5.6370E+00 17 5.8537E+02 -6.2846E+02 -4.2834E+02 1.2138E+03 1.3129E+03 4.0360E+00 -4.3331E+00 -2.9533E+00 8.3691E+00 9.0519E+00 18 6.6580E+02 -1.3209E+03 -1.4426E+02 1.9867E+03 2.6286E+03 4.5905E+00 -9.1071E+00 -9.9464E-01 1.3698E+01 1.8123E+01 19 4.3034E+02 -1.4481E+03 -6.0022E+02 1.8784E+03 1.7026E+03 2.9671E+00 -9.9843E+00 -4.1383E+00 1.2951E+01 1.1739E+01 20 1.3614E+02 -1.0829E+03 -6.0449E+02 1.2190E+03 2.2178E+03 9.3864E-01 -7.4661E+00 -4.1678E+00 8.4048E+00 1.5291E+01 21 8.6909E+02 7.8247E+01 7.1473E+01 7.9084E+02 2.7440E+02 5.9921E+00 5.3950E-01 4.9279E-01 5.4526E+00 1.8920E+00 22 6.8767E+02 3.9006E+01 3.4223E+02 6.4867E+02 6.5267E+02 4.7413E+00 2.6894E-01 2.3596E+00 4.4724E+00 4.5000E+00 2-468 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-222. Load Combination 101, Hot Environment, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 102, 201, 211 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.60 0.86 0.29 1.46 1.75 20.00 66.30 >10 4.14 5.93 1.98 10.07 12.04 137.90 457.12 2 0.04 0.03 0.43 0.07 0.50 20.00 66.30 >10 0.28 0.19 2.96 0.47 3.43 137.90 457.12 3 0.03 0.02 0.28 0.05 0.33 20.00 66.30 >10 0.17 0.16 1.96 0.33 2.29 137.90 457.12 4 4.94 8.72 3.13 13.66 16.79 20.00 66.30 1.20 34.09 60.09 21.57 94.18 115.75 137.90 457.12 5 4.28 6.97 3.15 11.24 14.39 20.00 66.30 1.67 29.48 48.05 21.71 77.52 99.23 137.90 457.12 6 1.66 2.27 1.42 3.93 5.35 20.00 61.80 6.63 11.45 15.65 9.82 27.10 36.92 137.90 426.10 7 0.29 0.01 0.34 0.29 0.63 20.00 61.80 >10 1.97 0.05 2.36 2.02 4.38 137.90 426.10 8 0.28 0.00 0.34 0.28 0.62 20.00 61.80 >10 1.96 0.00 2.33 1.96 4.29 137.90 426.10 9 0.28 0.01 0.33 0.30 0.63 20.00 61.80 >10 1.96 0.08 2.31 2.04 4.35 137.90 426.10 10 0.98 1.01 0.87 1.99 2.86 20.00 61.80 >10 6.76 6.95 6.01 13.72 19.72 137.90 426.10 11 0.61 0.28 0.96 0.90 1.85 20.00 61.80 >10 4.22 1.96 6.59 6.18 12.77 137.90 426.10 12 0.52 0.41 1.41 0.93 2.33 20.00 61.80 >10 3.55 2.83 9.69 6.39 16.08 137.90 426.10 13 1.04 0.92 1.43 1.96 3.39 20.00 61.80 >10 7.17 6.32 9.88 13.50 23.38 137.90 426.10 Radioactive Material Transport Packaging System Safety Analysis Report 2-469 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.19 1.96 3.15 20.00 66.30 >10 6.76 6.78 8.20 13.53 21.73 137.90 457.12 15 3.84 5.45 1.07 9.29 10.35 20.00 66.30 2.23 26.44 37.58 7.37 64.02 71.39 137.90 457.12 16 2.32 3.39 0.40 5.72 6.12 20.00 66.30 4.25 16.01 23.40 2.75 39.41 42.17 137.90 457.12 17 1.64 2.46 0.25 4.10 4.35 20.00 66.30 6.32 11.32 16.94 1.72 28.26 29.98 137.90 457.12 18 1.94 3.00 0.33 4.94 5.27 20.00 66.30 5.07 13.41 20.68 2.25 34.09 36.34 137.90 457.12 19 3.11 4.80 0.47 7.92 8.38 20.00 66.30 2.79 21.47 33.11 3.23 54.57 57.81 137.90 457.12 20 2.54 4.71 0.96 7.25 8.22 20.00 61.80 3.14 17.53 32.47 6.65 50.00 56.66 137.90 426.10 21 0.22 0.47 0.06 0.69 0.75 20.00 66.30 >10 1.55 3.21 0.45 4.76 5.21 137.90 457.12 22 1.97 2.34 0.06 4.31 4.37 20.00 66.30 5.96 13.59 16.13 0.44 29.72 30.16 137.90 457.12 Min MS: 1.196, Location: 4, Combination: Pm+Pb 2-470 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-223. Load Combination 102, Cold Environment, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 104, 201, 211 -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.60 0.86 0.09 1.46 1.55 20.00 70.00 >10 4.14 5.93 0.61 10.07 10.67 137.90 482.63 2 0.04 0.03 0.07 0.07 0.14 20.00 70.00 >10 0.28 0.19 0.49 0.47 0.97 137.90 482.63 3 0.03 0.02 0.09 0.05 0.14 20.00 70.00 >10 0.17 0.16 0.65 0.33 0.98 137.90 482.63 4 4.94 8.72 6.06 13.66 19.72 20.00 70.00 1.20 34.09 60.09 41.81 94.18 136.00 137.90 482.63 5 4.28 6.97 8.52 11.24 19.77 20.00 70.00 1.67 29.48 48.05 58.78 77.52 136.30 137.90 482.63 6 1.66 2.27 4.03 3.93 7.96 20.00 70.00 6.54 11.45 15.65 27.78 27.10 54.87 137.90 482.63 7 0.29 0.01 1.84 0.29 2.13 20.00 70.00 >10 1.97 0.05 12.69 2.02 14.71 137.90 482.63 8 0.28 0.00 1.84 0.28 2.12 20.00 70.00 >10 1.96 0.00 12.68 1.96 14.64 137.90 482.63 9 0.28 0.01 1.84 0.30 2.14 20.00 70.00 >10 1.96 0.08 12.69 2.04 14.73 137.90 482.63 10 0.98 1.01 2.17 1.99 4.16 20.00 70.00 >10 6.76 6.95 14.96 13.72 28.68 137.90 482.63 11 0.61 0.28 1.16 0.90 2.06 20.00 70.00 >10 4.22 1.96 8.03 6.18 14.21 137.90 482.63 12 0.52 0.41 0.89 0.93 1.81 20.00 70.00 >10 3.55 2.83 6.11 6.39 12.49 137.90 482.63 13 1.04 0.92 3.84 1.96 5.80 20.00 70.00 9.34 7.17 6.32 26.50 13.50 40.00 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-471 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 3.13 1.96 5.10 20.00 70.00 >10 6.76 6.78 21.61 13.53 35.14 137.90 482.63 15 3.84 5.45 0.76 9.29 10.05 20.00 70.00 2.23 26.44 37.58 5.26 64.02 69.28 137.90 482.63 16 2.32 3.39 1.59 5.72 7.30 20.00 70.00 4.25 16.01 23.40 10.94 39.41 50.35 137.90 482.63 17 1.64 2.46 1.26 4.10 5.35 20.00 70.00 6.32 11.32 16.94 8.66 28.26 36.92 137.90 482.63 18 1.94 3.00 1.23 4.94 6.17 20.00 70.00 5.07 13.41 20.68 8.46 34.09 42.55 137.90 482.63 19 3.11 4.80 1.78 7.92 9.70 20.00 70.00 2.79 21.47 33.11 12.29 54.57 66.86 137.90 482.63 20 2.54 4.71 2.16 7.25 9.41 20.00 70.00 3.14 17.53 32.47 14.90 50.00 64.90 137.90 482.63 21 0.22 0.47 1.01 0.69 1.70 20.00 70.00 >10 1.55 3.21 6.99 4.76 11.75 137.90 482.63 22 1.97 2.34 0.12 4.31 4.43 20.00 70.00 5.96 13.59 16.13 0.84 29.72 30.57 137.90 482.63 Min MS: 1.196, Location: 4, Combination: Pm+Pb 2-472 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-224. Load Combination 103, Increased External Pressure, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 103, 202, 211 -20°F Ambient, Zero Decay Heat, Zero Insolation Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.59 0.85 0.07 1.43 1.51 20.00 70.00 >10 4.05 5.84 0.50 9.89 10.39 137.90 482.63 2 0.03 0.03 0.06 0.06 0.12 20.00 70.00 >10 0.23 0.18 0.40 0.41 0.81 137.90 482.63 3 0.01 0.00 0.08 0.02 0.09 20.00 70.00 >10 0.08 0.03 0.53 0.11 0.64 137.90 482.63 4 0.91 1.59 4.96 2.50 7.46 20.00 70.00 7.04 6.29 10.94 34.21 17.23 51.44 137.90 482.63 5 0.95 1.47 6.97 2.42 9.39 20.00 70.00 5.39 6.55 10.13 48.09 16.68 64.77 137.90 482.63 6 0.39 0.65 3.30 1.04 4.33 20.00 70.00 >10 2.70 4.46 22.73 7.16 29.89 137.90 482.63 7 0.15 0.00 1.51 0.16 1.66 20.00 70.00 >10 1.06 0.01 10.39 1.07 11.46 137.90 482.63 8 0.15 0.00 1.50 0.15 1.66 20.00 70.00 >10 1.06 0.00 10.37 1.06 11.43 137.90 482.63 9 0.15 0.00 1.51 0.15 1.66 20.00 70.00 >10 1.06 0.00 10.38 1.06 11.44 137.90 482.63 10 0.20 0.09 1.78 0.29 2.06 20.00 70.00 >10 1.37 0.60 12.24 1.97 14.21 137.90 482.63 11 0.11 0.07 0.95 0.18 1.13 20.00 70.00 >10 0.75 0.46 6.57 1.21 7.78 137.90 482.63 12 0.08 0.01 0.72 0.08 0.81 20.00 70.00 >10 0.52 0.06 5.00 0.58 5.58 137.90 482.63 13 0.35 0.36 3.14 0.71 3.86 20.00 70.00 >10 2.44 2.48 21.68 4.92 26.60 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-473 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.34 0.29 2.56 0.63 3.20 20.00 70.00 >10 2.33 2.03 17.68 4.36 22.04 137.90 482.63 15 0.49 0.28 0.62 0.77 1.40 20.00 70.00 >10 3.37 1.95 4.30 5.32 9.63 137.90 482.63 16 0.14 0.20 1.30 0.35 1.64 20.00 70.00 >10 0.98 1.41 8.95 2.39 11.34 137.90 482.63 17 0.10 0.16 1.03 0.26 1.29 20.00 70.00 >10 0.71 1.08 7.08 1.78 8.87 137.90 482.63 18 0.19 0.31 1.00 0.49 1.49 20.00 70.00 >10 1.28 2.11 6.92 3.38 10.30 137.90 482.63 19 0.27 0.38 1.46 0.65 2.11 20.00 70.00 >10 1.87 2.59 10.06 4.46 14.52 137.90 482.63 20 0.27 0.45 1.77 0.72 2.49 20.00 70.00 >10 1.88 3.08 12.19 4.96 17.15 137.90 482.63 21 0.05 0.09 0.83 0.14 0.97 20.00 70.00 >10 0.37 0.62 5.72 0.99 6.72 137.90 482.63 22 0.35 0.08 0.10 0.43 0.53 20.00 70.00 >10 2.38 0.56 0.69 2.95 3.64 137.90 482.63 Min MS: 5.387, Location: 5, Combination: Pm+Pb+Q 2-474 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-225. Load Combination 104, Minimum External Pressure, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 101, 201, 202, 211 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.60 0.86 0.30 1.46 1.76 20.00 66.30 >10 4.15 5.93 2.08 10.08 12.16 137.90 457.12 2 0.04 0.03 0.45 0.07 0.52 20.00 66.30 >10 0.29 0.19 3.10 0.48 3.58 137.90 457.12 3 0.03 0.02 0.30 0.05 0.35 20.00 66.30 >10 0.18 0.16 2.06 0.34 2.40 137.90 457.12 4 5.07 8.91 3.10 13.98 17.08 20.00 66.30 1.15 34.94 61.47 21.39 96.40 117.79 137.90 457.12 5 4.36 7.11 3.32 11.48 14.79 20.00 66.30 1.61 30.08 49.05 22.87 79.12 102.00 137.90 457.12 6 1.69 2.30 1.43 3.99 5.42 20.00 66.30 6.52 11.65 15.84 9.88 27.49 37.37 137.90 457.12 7 0.29 0.01 0.40 0.30 0.70 20.00 66.30 >10 2.00 0.05 2.75 2.05 4.80 137.90 457.12 8 0.29 0.00 0.40 0.29 0.69 20.00 66.30 >10 2.00 0.00 2.75 2.00 4.74 137.90 457.12 9 0.29 0.01 0.40 0.30 0.70 20.00 66.30 >10 2.00 0.08 2.74 2.08 4.82 137.90 457.12 10 1.02 1.05 0.67 2.08 2.74 20.00 66.30 >10 7.07 7.26 4.59 14.33 18.91 137.90 457.12 11 0.64 0.29 0.83 0.93 1.76 20.00 66.30 >10 4.39 2.01 5.72 6.41 12.12 137.90 457.12 12 0.55 0.41 1.25 0.96 2.22 20.00 66.30 >10 3.80 2.84 8.64 6.64 15.28 137.90 457.12 13 1.09 0.96 1.47 2.04 3.51 20.00 66.30 >10 7.49 6.59 10.13 14.08 24.22 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-475 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.02 1.03 1.24 2.05 3.29 20.00 66.30 >10 7.03 7.07 8.57 14.10 22.68 137.90 457.12 15 4.01 5.72 0.67 9.73 10.40 20.00 66.30 2.08 27.65 39.44 4.64 67.09 71.73 137.90 457.12 16 2.44 3.57 0.25 6.01 6.25 20.00 66.30 4.00 16.82 24.59 1.70 41.41 43.11 137.90 457.12 17 1.72 2.58 0.16 4.31 4.47 20.00 66.30 5.97 11.89 17.79 1.13 29.68 30.81 137.90 457.12 18 2.04 3.15 0.34 5.19 5.53 20.00 66.30 4.78 14.08 21.70 2.34 35.78 38.12 137.90 457.12 19 3.27 5.05 0.44 8.32 8.76 20.00 66.30 2.61 22.55 34.79 3.06 57.34 60.40 137.90 457.12 20 2.67 4.95 1.01 7.61 8.63 20.00 66.30 2.94 18.40 34.10 6.99 52.50 59.49 137.90 457.12 21 0.25 0.49 0.06 0.74 0.81 20.00 66.30 >10 1.73 3.39 0.44 5.12 5.56 137.90 457.12 22 2.04 2.42 0.06 4.45 4.51 20.00 66.30 5.74 14.04 16.67 0.39 30.71 31.10 137.90 457.12 Min MS: 1.146, Location: 4, Combination: Pm+Pb 2-476 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-226. Load Combination 105, Cold Environment with Maximum Decay Heat, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 105, 201, 202, 211 -40°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.60 0.86 0.33 1.46 1.79 20.00 70.00 >10 4.15 5.93 2.24 10.08 12.32 137.90 482.63 2 0.04 0.03 0.48 0.07 0.55 20.00 70.00 >10 0.29 0.19 3.32 0.48 3.80 137.90 482.63 3 0.03 0.02 0.32 0.05 0.37 20.00 70.00 >10 0.18 0.16 2.23 0.34 2.58 137.90 482.63 4 5.07 8.91 3.40 13.98 17.38 20.00 70.00 1.15 34.94 61.47 23.46 96.40 119.86 137.90 482.63 5 4.36 7.11 3.69 11.48 15.17 20.00 70.00 1.61 30.08 49.05 25.47 79.12 104.59 137.90 482.63 6 1.69 2.30 1.60 3.99 5.58 20.00 70.00 6.52 11.65 15.84 11.00 27.49 38.49 137.90 482.63 7 0.29 0.01 0.47 0.30 0.76 20.00 70.00 >10 2.00 0.05 3.22 2.05 5.27 137.90 482.63 8 0.29 0.00 0.47 0.29 0.76 20.00 70.00 >10 2.00 0.00 3.22 2.00 5.21 137.90 482.63 9 0.29 0.01 0.47 0.30 0.77 20.00 70.00 >10 2.00 0.08 3.21 2.08 5.29 137.90 482.63 10 1.02 1.05 0.66 2.08 2.74 20.00 70.00 >10 7.07 7.26 4.53 14.33 18.86 137.90 482.63 11 0.64 0.29 0.85 0.93 1.78 20.00 70.00 >10 4.39 2.01 5.84 6.41 12.25 137.90 482.63 12 0.55 0.41 1.29 0.96 2.25 20.00 70.00 >10 3.80 2.84 8.86 6.64 15.50 137.90 482.63 13 1.09 0.96 1.59 2.04 3.63 20.00 70.00 >10 7.49 6.59 10.93 14.08 25.02 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-477 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.02 1.03 1.35 2.05 3.40 20.00 70.00 >10 7.03 7.07 9.33 14.10 23.44 137.90 482.63 15 4.01 5.72 0.11 9.73 9.84 20.00 70.00 2.08 27.65 39.44 0.73 67.09 67.82 137.90 482.63 16 2.44 3.57 0.04 6.01 6.05 20.00 70.00 4.00 16.82 24.59 0.28 41.41 41.68 137.90 482.63 17 1.72 2.58 0.04 4.31 4.34 20.00 70.00 5.97 11.89 17.79 0.27 29.68 29.95 137.90 482.63 18 2.04 3.15 0.38 5.19 5.57 20.00 70.00 4.78 14.08 21.70 2.61 35.78 38.39 137.90 482.63 19 3.27 5.05 0.45 8.32 8.76 20.00 70.00 2.61 22.55 34.79 3.08 57.34 60.42 137.90 482.63 20 2.67 4.95 1.13 7.61 8.74 20.00 70.00 2.94 18.40 34.10 7.77 52.50 60.27 137.90 482.63 21 0.25 0.49 0.07 0.74 0.81 20.00 70.00 >10 1.73 3.39 0.47 5.12 5.60 137.90 482.63 22 2.04 2.42 0.09 4.45 4.54 20.00 70.00 5.74 14.04 16.67 0.61 30.71 31.32 137.90 482.63 Min MS: 1.146, Location: 4, Combination: Pm+Pb 2-478 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-227. Load Combination 106, Maximum Pressure, Hot Environment, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 101, 201, 203, 211 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Maximum Increased External Pressure, 140 kPa (20 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.61 0.87 0.30 1.48 1.78 20.00 66.30 >10 4.22 5.97 2.08 10.19 12.26 137.90 457.12 2 0.05 0.03 0.45 0.08 0.53 20.00 66.30 >10 0.36 0.19 3.10 0.54 3.64 137.90 457.12 3 0.04 0.03 0.30 0.07 0.37 20.00 66.30 >10 0.25 0.21 2.06 0.46 2.52 137.90 457.12 4 5.19 9.19 3.10 14.38 17.48 20.00 66.30 1.09 35.77 63.35 21.39 99.13 120.51 137.90 457.12 5 4.56 7.38 3.32 11.94 15.26 20.00 66.30 1.51 31.46 50.88 22.87 82.33 105.21 137.90 457.12 6 1.78 2.47 1.43 4.25 5.68 20.00 66.30 6.06 12.27 17.02 9.88 29.29 39.17 137.90 457.12 7 0.35 0.01 0.40 0.36 0.76 20.00 66.30 >10 2.40 0.06 2.75 2.46 5.21 137.90 457.12 8 0.35 0.00 0.40 0.35 0.75 20.00 66.30 >10 2.40 0.00 2.75 2.40 5.15 137.90 457.12 9 0.35 0.01 0.40 0.36 0.76 20.00 66.30 >10 2.40 0.08 2.74 2.48 5.23 137.90 457.12 10 1.05 1.01 0.67 2.06 2.73 20.00 66.30 >10 7.24 6.97 4.59 14.21 18.80 137.90 457.12 11 0.64 0.30 0.83 0.94 1.77 20.00 66.30 >10 4.41 2.07 5.72 6.48 12.20 137.90 457.12 12 0.64 0.55 1.25 1.19 2.44 20.00 66.30 >10 4.42 3.79 8.64 8.20 16.85 137.90 457.12 13 1.13 1.01 1.47 2.14 3.61 20.00 66.30 >10 7.80 6.94 10.13 14.73 24.86 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-479 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.05 1.04 1.24 2.09 3.33 20.00 66.30 >10 7.23 7.15 8.57 14.38 22.95 137.90 457.12 15 4.02 5.67 0.67 9.69 10.36 20.00 66.30 2.10 27.71 39.09 4.64 66.80 71.44 137.90 457.12 16 2.46 3.60 0.25 6.07 6.32 20.00 66.30 3.94 16.99 24.85 1.70 41.84 43.55 137.90 457.12 17 1.74 2.62 0.16 4.36 4.52 20.00 66.30 5.88 12.01 18.04 1.13 30.06 31.18 137.90 457.12 18 2.05 3.17 0.34 5.22 5.56 20.00 66.30 4.74 14.15 21.86 2.34 36.01 38.35 137.90 457.12 19 3.28 5.05 0.44 8.34 8.78 20.00 66.30 2.60 22.63 34.84 3.06 57.47 60.53 137.90 457.12 20 2.67 4.95 1.01 7.62 8.64 20.00 66.30 2.94 18.42 34.14 6.99 52.55 59.55 137.90 457.12 21 0.36 0.54 0.06 0.90 0.96 20.00 66.30 >10 2.46 3.71 0.44 6.18 6.62 137.90 457.12 22 2.02 2.36 0.06 4.38 4.44 20.00 66.30 5.84 13.93 16.29 0.39 30.22 30.61 137.90 457.12 Min MS: 1.087, Location: 4, Combination: Pm+Pb 2-480 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-228. Load Combination 107, Maximum Pressure, Cold Environment, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 105, 201, 203, 211 -40°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Maximum Increased External Pressure, 140 kPa (20 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.61 0.87 0.33 1.48 1.80 20.00 70.00 >10 4.22 5.97 2.24 10.19 12.43 137.90 482.63 2 0.05 0.03 0.48 0.08 0.56 20.00 70.00 >10 0.36 0.19 3.32 0.54 3.86 137.90 482.63 3 0.04 0.03 0.32 0.07 0.39 20.00 70.00 >10 0.25 0.21 2.23 0.46 2.69 137.90 482.63 4 5.19 9.19 3.40 14.38 17.78 20.00 70.00 1.09 35.77 63.35 23.46 99.13 122.59 137.90 482.63 5 4.56 7.38 3.69 11.94 15.63 20.00 70.00 1.51 31.46 50.88 25.47 82.33 107.80 137.90 482.63 6 1.78 2.47 1.60 4.25 5.84 20.00 70.00 6.06 12.27 17.02 11.00 29.29 40.29 137.90 482.63 7 0.35 0.01 0.47 0.36 0.82 20.00 70.00 >10 2.40 0.06 3.22 2.46 5.68 137.90 482.63 8 0.35 0.00 0.47 0.35 0.81 20.00 70.00 >10 2.40 0.00 3.22 2.40 5.62 137.90 482.63 9 0.35 0.01 0.47 0.36 0.83 20.00 70.00 >10 2.40 0.08 3.21 2.48 5.70 137.90 482.63 10 1.05 1.01 0.66 2.06 2.72 20.00 70.00 >10 7.24 6.97 4.53 14.21 18.74 137.90 482.63 11 0.64 0.30 0.85 0.94 1.79 20.00 70.00 >10 4.41 2.07 5.84 6.48 12.32 137.90 482.63 12 0.64 0.55 1.29 1.19 2.48 20.00 70.00 >10 4.42 3.79 8.86 8.20 17.07 137.90 482.63 13 1.13 1.01 1.59 2.14 3.72 20.00 70.00 >10 7.80 6.94 10.93 14.73 25.67 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-481 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.05 1.04 1.35 2.09 3.44 20.00 70.00 >10 7.23 7.15 9.33 14.38 23.71 137.90 482.63 15 4.02 5.67 0.11 9.69 9.79 20.00 70.00 2.10 27.71 39.09 0.73 66.80 67.53 137.90 482.63 16 2.46 3.60 0.04 6.07 6.11 20.00 70.00 3.94 16.99 24.85 0.28 41.84 42.12 137.90 482.63 17 1.74 2.62 0.04 4.36 4.40 20.00 70.00 5.88 12.01 18.04 0.27 30.06 30.33 137.90 482.63 18 2.05 3.17 0.38 5.22 5.60 20.00 70.00 4.74 14.15 21.86 2.61 36.01 38.62 137.90 482.63 19 3.28 5.05 0.45 8.34 8.78 20.00 70.00 2.60 22.63 34.84 3.08 57.47 60.56 137.90 482.63 20 2.67 4.95 1.13 7.62 8.75 20.00 70.00 2.94 18.42 34.14 7.77 52.55 60.32 137.90 482.63 21 0.36 0.54 0.07 0.90 0.96 20.00 70.00 >10 2.46 3.71 0.47 6.18 6.65 137.90 482.63 22 2.02 2.36 0.09 4.38 4.47 20.00 70.00 5.84 13.93 16.29 0.61 30.22 30.83 137.90 482.63 Min MS: 1.087, Location: 4, Combination: Pm+Pb 2-482 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-229. Load Combination 215, Compression Load, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 215, 101, 201, 211 Compression Load (5x weight) 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.73 1.05 0.30 1.79 2.09 20.00 66.30 >10 5.04 7.27 2.08 12.31 14.38 137.90 457.12 2 0.14 0.03 0.45 0.17 0.62 20.00 66.30 >10 0.98 0.21 3.10 1.18 4.28 137.90 457.12 3 0.14 0.06 0.30 0.20 0.49 20.00 66.30 >10 0.94 0.40 2.06 1.35 3.41 137.90 457.12 4 5.59 9.90 3.10 15.48 18.59 20.00 66.30 0.94 38.54 68.23 21.39 106.76 128.15 137.90 457.12 5 4.96 7.92 3.32 12.88 16.20 20.00 66.30 1.33 34.19 54.64 22.87 88.82 111.70 137.90 457.12 6 1.93 2.59 1.43 4.52 5.96 20.00 66.30 5.63 13.29 17.89 9.88 31.18 41.07 137.90 457.12 7 0.49 0.01 0.40 0.50 0.90 20.00 66.30 >10 3.39 0.06 2.75 3.46 6.20 137.90 457.12 8 0.45 0.00 0.40 0.45 0.85 20.00 66.30 >10 3.10 0.00 2.75 3.10 5.84 137.90 457.12 9 0.43 0.01 0.40 0.44 0.84 20.00 66.30 >10 2.98 0.08 2.74 3.06 5.80 137.90 457.12 10 1.13 1.01 0.67 2.14 2.80 20.00 66.30 >10 7.77 6.97 4.59 14.73 19.32 137.90 457.12 11 0.67 0.34 0.83 1.01 1.84 20.00 66.30 >10 4.62 2.37 5.72 6.99 12.70 137.90 457.12 12 0.59 0.51 1.25 1.09 2.35 20.00 66.30 >10 4.04 3.50 8.64 7.54 16.19 137.90 457.12 13 1.28 1.14 1.47 2.42 3.89 20.00 66.30 >10 8.80 7.88 10.13 16.68 26.81 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-483 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.18 1.16 1.24 2.34 3.59 20.00 66.30 >10 8.13 8.02 8.57 16.15 24.72 137.90 457.12 15 6.01 5.59 0.67 11.59 12.27 20.00 66.30 1.59 41.41 38.53 4.64 79.94 84.58 137.90 457.12 16 2.91 4.20 0.25 7.11 7.35 20.00 66.30 3.22 20.07 28.93 1.70 49.00 50.70 137.90 457.12 17 1.98 2.97 0.16 4.95 5.11 20.00 66.30 5.06 13.64 20.48 1.13 34.12 35.25 137.90 457.12 18 2.14 3.29 0.34 5.43 5.77 20.00 66.30 4.52 14.77 22.70 2.34 37.47 39.80 137.90 457.12 19 3.52 5.36 0.44 8.88 9.32 20.00 66.30 2.38 24.29 36.94 3.06 61.23 64.29 137.90 457.12 20 3.04 5.56 1.01 8.60 9.61 20.00 66.30 2.49 20.95 38.34 6.99 59.29 66.28 137.90 457.12 21 0.35 0.53 0.06 0.89 0.95 20.00 66.30 >10 2.45 3.67 0.44 6.12 6.56 137.90 457.12 22 2.57 2.48 0.06 5.05 5.10 20.00 66.30 4.94 17.70 17.09 0.39 34.80 35.19 137.90 457.12 Min MS: 0.937, Location: 4, Combination: Pm+Pb 2-484 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-230. Load Combination 216, Rod Drop, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 216, 101, 201, 211 Rod Drop onto Cask 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.63 0.87 0.30 1.50 1.80 20.00 66.30 >10 4.31 6.02 2.08 10.33 12.41 137.90 457.12 2 0.06 0.03 0.45 0.09 0.54 20.00 66.30 >10 0.39 0.23 3.10 0.62 3.72 137.90 457.12 3 0.04 0.02 0.30 0.06 0.36 20.00 66.30 >10 0.28 0.17 2.06 0.45 2.51 137.90 457.12 4 5.06 8.86 3.10 13.92 17.02 20.00 66.30 1.16 34.91 61.06 21.39 95.97 117.35 137.90 457.12 5 4.34 7.02 3.32 11.36 14.68 20.00 66.30 1.64 29.95 48.40 22.87 78.35 101.23 137.90 457.12 6 1.74 2.32 1.43 4.06 5.50 20.00 66.30 6.38 12.00 16.01 9.88 28.01 37.90 137.90 457.12 7 0.34 0.01 0.40 0.34 0.74 20.00 66.30 >10 2.32 0.06 2.75 2.38 5.12 137.90 457.12 8 0.32 0.00 0.40 0.32 0.72 20.00 66.30 >10 2.20 0.00 2.75 2.21 4.95 137.90 457.12 9 0.31 0.01 0.40 0.32 0.72 20.00 66.30 >10 2.14 0.08 2.74 2.22 4.97 137.90 457.12 10 1.00 1.01 0.67 2.01 2.68 20.00 66.30 >10 6.90 6.97 4.59 13.87 18.46 137.90 457.12 11 0.62 0.29 0.83 0.91 1.74 20.00 66.30 >10 4.27 2.02 5.72 6.29 12.01 137.90 457.12 12 0.52 0.42 1.25 0.94 2.20 20.00 66.30 >10 3.61 2.89 8.64 6.50 15.14 137.90 457.12 13 1.07 0.94 1.47 2.01 3.48 20.00 66.30 >10 7.38 6.50 10.13 13.89 24.02 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-485 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.01 1.01 1.24 2.02 3.26 20.00 66.30 >10 6.94 6.96 8.57 13.90 22.47 137.90 457.12 15 7.90 6.20 0.67 14.10 14.77 20.00 66.30 1.13 54.46 42.74 4.64 97.21 101.84 137.90 457.12 16 2.82 4.16 0.25 6.98 7.23 20.00 66.30 3.30 19.48 28.65 1.70 48.13 49.83 137.90 457.12 17 1.93 2.97 0.16 4.90 5.06 20.00 66.30 5.12 13.31 20.46 1.13 33.78 34.90 137.90 457.12 18 2.03 3.00 0.34 5.03 5.37 20.00 66.30 4.96 13.99 20.71 2.34 34.70 37.03 137.90 457.12 19 3.20 4.90 0.44 8.10 8.54 20.00 66.30 2.71 22.05 33.78 3.06 55.83 58.89 137.90 457.12 20 2.65 4.86 1.01 7.52 8.53 20.00 66.30 2.99 18.29 33.53 6.99 51.82 58.81 137.90 457.12 21 0.23 0.47 0.06 0.70 0.76 20.00 66.30 >10 1.58 3.23 0.44 4.80 5.24 137.90 457.12 22 5.99 7.10 0.06 13.09 13.14 20.00 66.30 1.29 41.29 48.95 0.39 90.24 90.63 137.90 457.12 Min MS: 1.128, Location: 15, Combination: Pm+Pb 2-486 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-231. Load Combination 217, Rod Drop, Cold Environment, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 216, 104, 201, 211 Rod Drop onto Cask -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.63 0.87 0.09 1.50 1.59 20.00 70.00 >10 4.31 6.02 0.61 10.33 10.94 137.90 482.63 2 0.06 0.03 0.07 0.09 0.16 20.00 70.00 >10 0.39 0.23 0.49 0.62 1.11 137.90 482.63 3 0.04 0.02 0.09 0.06 0.16 20.00 70.00 >10 0.28 0.17 0.65 0.45 1.09 137.90 482.63 4 5.06 8.86 6.06 13.92 19.98 20.00 70.00 1.16 34.91 61.06 41.81 95.97 137.78 137.90 482.63 5 4.34 7.02 8.52 11.36 19.89 20.00 70.00 1.64 29.95 48.40 58.78 78.35 137.13 137.90 482.63 6 1.74 2.32 4.03 4.06 8.09 20.00 70.00 6.38 12.00 16.01 27.78 28.01 55.79 137.90 482.63 7 0.34 0.01 1.84 0.34 2.19 20.00 70.00 >10 2.32 0.06 12.69 2.38 15.07 137.90 482.63 8 0.32 0.00 1.84 0.32 2.16 20.00 70.00 >10 2.20 0.00 12.68 2.21 14.89 137.90 482.63 9 0.31 0.01 1.84 0.32 2.16 20.00 70.00 >10 2.14 0.08 12.69 2.22 14.91 137.90 482.63 10 1.00 1.01 2.17 2.01 4.18 20.00 70.00 >10 6.90 6.97 14.96 13.87 28.83 137.90 482.63 11 0.62 0.29 1.16 0.91 2.08 20.00 70.00 >10 4.27 2.02 8.03 6.29 14.32 137.90 482.63 12 0.52 0.42 0.89 0.94 1.83 20.00 70.00 >10 3.61 2.89 6.11 6.50 12.60 137.90 482.63 13 1.07 0.94 3.84 2.01 5.86 20.00 70.00 9.24 7.38 6.50 26.50 13.89 40.38 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-487 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.01 1.01 3.13 2.02 5.15 20.00 70.00 >10 6.94 6.96 21.61 13.90 35.51 137.90 482.63 15 7.90 6.20 0.76 14.10 14.86 20.00 70.00 1.13 54.46 42.74 5.26 97.21 102.47 137.90 482.63 16 2.82 4.16 1.59 6.98 8.57 20.00 70.00 3.30 19.48 28.65 10.94 48.13 59.06 137.90 482.63 17 1.93 2.97 1.26 4.90 6.15 20.00 70.00 5.12 13.31 20.46 8.66 33.78 42.43 137.90 482.63 18 2.03 3.00 1.23 5.03 6.26 20.00 70.00 4.96 13.99 20.71 8.46 34.70 43.16 137.90 482.63 19 3.20 4.90 1.78 8.10 9.88 20.00 70.00 2.71 22.05 33.78 12.29 55.83 68.12 137.90 482.63 20 2.65 4.86 2.16 7.52 9.68 20.00 70.00 2.99 18.29 33.53 14.90 51.82 66.71 137.90 482.63 21 0.23 0.47 1.01 0.70 1.71 20.00 70.00 >10 1.58 3.23 6.99 4.80 11.80 137.90 482.63 22 5.99 7.10 0.12 13.09 13.21 20.00 70.00 1.29 41.29 48.95 0.84 90.24 91.08 137.90 482.63 Min MS: 1.128, Location: 15, Combination: Pm+Pb 2-488 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-232. Load Combination 221, Forward Vibration, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 221, 101, 201, 211 Forward 10g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.93 0.93 0.30 1.86 2.16 20.00 66.30 >10 6.40 6.40 2.08 12.80 14.88 137.90 457.12 2 0.88 0.23 0.45 1.11 1.56 20.00 66.30 >10 6.04 1.62 3.10 7.66 10.76 137.90 457.12 3 0.32 0.12 0.30 0.45 0.74 20.00 66.30 >10 2.22 0.85 2.06 3.08 5.14 137.90 457.12 4 5.49 9.02 3.10 14.51 17.61 20.00 66.30 1.07 37.84 62.17 21.39 100.01 121.40 137.90 457.12 5 4.67 7.10 3.32 11.77 15.09 20.00 66.30 1.55 32.17 48.98 22.87 81.15 104.03 137.90 457.12 6 1.87 2.33 1.43 4.20 5.63 20.00 66.30 6.14 12.92 16.03 9.88 28.96 38.84 137.90 457.12 7 0.35 0.03 0.40 0.38 0.78 20.00 66.30 >10 2.40 0.19 2.75 2.60 5.34 137.90 457.12 8 0.35 0.02 0.40 0.37 0.77 20.00 66.30 >10 2.38 0.15 2.75 2.53 5.28 137.90 457.12 9 0.34 0.04 0.40 0.38 0.77 20.00 66.30 >10 2.35 0.24 2.74 2.59 5.34 137.90 457.12 10 1.10 1.15 0.67 2.25 2.91 20.00 66.30 >10 7.58 7.91 4.59 15.49 20.08 137.90 457.12 11 0.79 0.34 0.83 1.13 1.95 20.00 66.30 >10 5.42 2.34 5.72 7.76 13.48 137.90 457.12 12 0.68 0.45 1.25 1.12 2.38 20.00 66.30 >10 4.67 3.07 8.64 7.74 16.39 137.90 457.12 13 1.35 0.94 1.47 2.29 3.76 20.00 66.30 >10 9.31 6.46 10.13 15.77 25.91 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-489 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.30 1.08 1.24 2.38 3.62 20.00 66.30 >10 8.93 7.45 8.57 16.39 24.96 137.90 457.12 15 4.03 5.61 0.67 9.64 10.31 20.00 66.30 2.11 27.77 38.70 4.64 66.47 71.11 137.90 457.12 16 2.47 3.53 0.25 6.00 6.25 20.00 66.30 4.00 17.06 24.32 1.70 41.38 43.08 137.90 457.12 17 1.78 2.52 0.16 4.30 4.46 20.00 66.30 5.98 12.26 17.36 1.13 29.62 30.74 137.90 457.12 18 2.06 3.09 0.34 5.15 5.49 20.00 66.30 4.82 14.22 21.30 2.34 35.52 37.86 137.90 457.12 19 3.36 4.87 0.44 8.22 8.66 20.00 66.30 2.65 23.13 33.55 3.06 56.68 59.74 137.90 457.12 20 2.83 4.84 1.01 7.67 8.68 20.00 66.30 2.91 19.48 33.40 6.99 52.88 59.87 137.90 457.12 21 0.46 0.53 0.06 0.99 1.06 20.00 66.30 >10 3.20 3.63 0.44 6.83 7.27 137.90 457.12 22 2.12 2.39 0.06 4.51 4.57 20.00 66.30 5.65 14.64 16.47 0.39 31.11 31.49 137.90 457.12 Min MS: 1.068, Location: 4, Combination: Pm+Pb 2-490 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-233. Load Combination 222, Lateral Vibration, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 222, 101, 201, 211 Lateral 5g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.68 0.89 0.30 1.57 1.87 20.00 66.30 >10 4.71 6.13 2.08 10.83 12.91 137.90 457.12 2 0.11 0.06 0.45 0.17 0.62 20.00 66.30 >10 0.78 0.38 3.10 1.16 4.26 137.90 457.12 3 0.11 0.05 0.30 0.16 0.46 20.00 66.30 >10 0.74 0.35 2.06 1.09 3.15 137.90 457.12 4 5.02 8.77 3.10 13.79 16.89 20.00 66.30 1.18 34.60 60.46 21.39 95.06 116.45 137.90 457.12 5 4.35 7.00 3.32 11.35 14.67 20.00 66.30 1.64 29.97 48.28 22.87 78.26 101.13 137.90 457.12 6 1.69 2.28 1.43 3.98 5.41 20.00 66.30 6.54 11.68 15.74 9.88 27.43 37.31 137.90 457.12 7 0.29 0.01 0.40 0.30 0.70 20.00 66.30 >10 2.00 0.06 2.75 2.06 4.81 137.90 457.12 8 0.29 0.00 0.40 0.29 0.69 20.00 66.30 >10 2.00 0.01 2.75 2.00 4.75 137.90 457.12 9 0.29 0.01 0.40 0.30 0.70 20.00 66.30 >10 2.00 0.09 2.74 2.09 4.83 137.90 457.12 10 1.01 1.01 0.67 2.02 2.68 20.00 66.30 >10 6.93 6.98 4.59 13.91 18.50 137.90 457.12 11 0.63 0.30 0.83 0.92 1.75 20.00 66.30 >10 4.31 2.04 5.72 6.35 12.06 137.90 457.12 12 0.53 0.42 1.25 0.95 2.21 20.00 66.30 >10 3.64 2.92 8.64 6.56 15.21 137.90 457.12 13 1.08 0.93 1.47 2.01 3.48 20.00 66.30 >10 7.46 6.38 10.13 13.84 23.97 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-491 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.02 1.00 1.24 2.02 3.26 20.00 66.30 >10 7.02 6.91 8.57 13.93 22.50 137.90 457.12 15 3.93 5.54 0.67 9.47 10.14 20.00 66.30 2.17 27.08 38.18 4.64 65.26 69.90 137.90 457.12 16 2.34 3.40 0.25 5.74 5.99 20.00 66.30 4.23 16.17 23.41 1.70 39.58 41.28 137.90 457.12 17 1.66 2.46 0.16 4.11 4.28 20.00 66.30 6.29 11.42 16.95 1.13 28.36 29.49 137.90 457.12 18 1.96 3.01 0.34 4.97 5.31 20.00 66.30 5.03 13.54 20.76 2.34 34.30 36.63 137.90 457.12 19 3.14 4.81 0.44 7.95 8.39 20.00 66.30 2.77 21.68 33.13 3.06 54.81 57.87 137.90 457.12 20 2.57 4.72 1.01 7.29 8.30 20.00 66.30 3.12 17.71 32.53 6.99 50.25 57.24 137.90 457.12 21 0.25 0.49 0.06 0.75 0.81 20.00 66.30 >10 1.74 3.41 0.44 5.15 5.59 137.90 457.12 22 1.99 2.36 0.06 4.34 4.40 20.00 66.30 5.91 13.70 16.24 0.39 29.94 30.33 137.90 457.12 Min MS: 1.176, Location: 4, Combination: Pm+Pb 2-492 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-234. Load Combination 223, Vertical Vibration, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 223, 101, 201, 211 Vertical 2g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.61 0.86 0.30 1.47 1.77 20.00 66.30 >10 4.19 5.94 2.08 10.14 12.21 137.90 457.12 2 0.07 0.04 0.45 0.11 0.56 20.00 66.30 >10 0.49 0.26 3.10 0.74 3.84 137.90 457.12 3 0.06 0.04 0.30 0.09 0.39 20.00 66.30 >10 0.39 0.24 2.06 0.63 2.69 137.90 457.12 4 4.96 8.73 3.10 13.69 16.79 20.00 66.30 1.19 34.22 60.19 21.39 94.41 115.79 137.90 457.12 5 4.29 6.98 3.32 11.27 14.58 20.00 66.30 1.66 29.57 48.12 22.87 77.69 100.56 137.90 457.12 6 1.68 2.28 1.43 3.95 5.39 20.00 66.30 6.59 11.55 15.71 9.88 27.26 37.15 137.90 457.12 7 0.29 0.01 0.40 0.30 0.70 20.00 66.30 >10 2.02 0.05 2.75 2.08 4.82 137.90 457.12 8 0.30 0.00 0.40 0.30 0.69 20.00 66.30 >10 2.04 0.00 2.75 2.04 4.79 137.90 457.12 9 0.30 0.01 0.40 0.31 0.71 20.00 66.30 >10 2.08 0.08 2.74 2.16 4.91 137.90 457.12 10 1.01 1.01 0.67 2.02 2.69 20.00 66.30 >10 6.96 6.99 4.59 13.94 18.53 137.90 457.12 11 0.62 0.30 0.83 0.92 1.75 20.00 66.30 >10 4.31 2.04 5.72 6.35 12.06 137.90 457.12 12 0.53 0.43 1.25 0.97 2.22 20.00 66.30 >10 3.67 2.99 8.64 6.66 15.31 137.90 457.12 13 1.09 0.96 1.47 2.05 3.52 20.00 66.30 >10 7.50 6.65 10.13 14.15 24.28 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-493 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.02 1.01 1.24 2.04 3.28 20.00 66.30 >10 7.05 6.99 8.57 14.04 22.61 137.90 457.12 15 3.84 5.45 0.67 9.29 9.96 20.00 66.30 2.23 26.48 37.58 4.64 64.06 68.70 137.90 457.12 16 2.33 3.41 0.25 5.74 5.99 20.00 66.30 4.22 16.10 23.50 1.70 39.59 41.29 137.90 457.12 17 1.65 2.47 0.16 4.12 4.29 20.00 66.30 6.27 11.40 17.04 1.13 28.44 29.56 137.90 457.12 18 1.96 3.01 0.34 4.97 5.31 20.00 66.30 5.04 13.49 20.76 2.34 34.25 36.59 137.90 457.12 19 3.12 4.80 0.44 7.93 8.37 20.00 66.30 2.78 21.53 33.12 3.06 54.65 57.71 137.90 457.12 20 2.56 4.71 1.01 7.27 8.28 20.00 66.30 3.13 17.62 32.50 6.99 50.12 57.11 137.90 457.12 21 0.29 0.49 0.06 0.78 0.84 20.00 66.30 >10 2.00 3.38 0.44 5.37 5.81 137.90 457.12 22 1.98 2.35 0.06 4.34 4.39 20.00 66.30 5.92 13.65 16.24 0.39 29.89 30.28 137.90 457.12 Min MS: 1.191, Location: 4, Combination: Pm+Pb 2-494 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-235. Load Combination 224, Forward Vibration at Cold Temperature, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 221, 103, 201, 211 Forward 10g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.93 0.93 0.07 1.86 1.93 20.00 70.00 >10 6.40 6.40 0.50 12.80 13.30 137.90 482.63 2 0.88 0.23 0.06 1.11 1.17 20.00 70.00 >10 6.04 1.62 0.40 7.66 8.06 137.90 482.63 3 0.32 0.12 0.08 0.45 0.52 20.00 70.00 >10 2.22 0.85 0.53 3.08 3.61 137.90 482.63 4 5.49 9.02 4.96 14.51 19.47 20.00 70.00 1.07 37.84 62.17 34.21 100.01 134.22 137.90 482.63 5 4.67 7.10 6.97 11.77 18.75 20.00 70.00 1.55 32.17 48.98 48.09 81.15 129.24 137.90 482.63 6 1.87 2.33 3.30 4.20 7.50 20.00 70.00 6.14 12.92 16.03 22.73 28.96 51.68 137.90 482.63 7 0.35 0.03 1.51 0.38 1.88 20.00 70.00 >10 2.40 0.19 10.39 2.60 12.98 137.90 482.63 8 0.35 0.02 1.50 0.37 1.87 20.00 70.00 >10 2.38 0.15 10.37 2.53 12.90 137.90 482.63 9 0.34 0.04 1.51 0.38 1.88 20.00 70.00 >10 2.35 0.24 10.38 2.59 12.97 137.90 482.63 10 1.10 1.15 1.78 2.25 4.02 20.00 70.00 >10 7.58 7.91 12.24 15.49 27.73 137.90 482.63 11 0.79 0.34 0.95 1.13 2.08 20.00 70.00 >10 5.42 2.34 6.57 7.76 14.33 137.90 482.63 12 0.68 0.45 0.72 1.12 1.85 20.00 70.00 >10 4.67 3.07 5.00 7.74 12.74 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-495 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.35 0.94 3.14 2.29 5.43 20.00 70.00 >10 9.31 6.46 21.68 15.77 37.46 137.90 482.63 14 1.30 1.08 2.56 2.38 4.94 20.00 70.00 >10 8.93 7.45 17.68 16.39 34.07 137.90 482.63 15 4.03 5.61 0.62 9.64 10.26 20.00 70.00 2.11 27.77 38.70 4.30 66.47 70.77 137.90 482.63 16 2.47 3.53 1.30 6.00 7.30 20.00 70.00 4.00 17.06 24.32 8.95 41.38 50.33 137.90 482.63 17 1.78 2.52 1.03 4.30 5.32 20.00 70.00 5.98 12.26 17.36 7.08 29.62 36.70 137.90 482.63 18 2.06 3.09 1.00 5.15 6.16 20.00 70.00 4.82 14.22 21.30 6.92 35.52 42.45 137.90 482.63 19 3.36 4.87 1.46 8.22 9.68 20.00 70.00 2.65 23.13 33.55 10.06 56.68 66.74 137.90 482.63 20 2.83 4.84 1.77 7.67 9.44 20.00 70.00 2.91 19.48 33.40 12.19 52.88 65.07 137.90 482.63 21 0.46 0.53 0.83 0.99 1.82 20.00 70.00 >10 3.20 3.63 5.72 6.83 12.56 137.90 482.63 22 2.12 2.39 0.10 4.51 4.61 20.00 70.00 5.65 14.64 16.47 0.69 31.11 31.80 137.90 482.63 Min MS: 1.068, Location: 4, Combination: Pm+Pb 2-496 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-236. Load Combination 225, Lateral Vibration at Cold Temperature, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 222, 103, 201, 211 Lateral 5g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.68 0.89 0.07 1.57 1.64 20.00 70.00 >10 4.71 6.13 0.50 10.83 11.33 137.90 482.63 2 0.11 0.06 0.06 0.17 0.23 20.00 70.00 >10 0.78 0.38 0.40 1.16 1.57 137.90 482.63 3 0.11 0.05 0.08 0.16 0.24 20.00 70.00 >10 0.74 0.35 0.53 1.09 1.62 137.90 482.63 4 5.02 8.77 4.96 13.79 18.75 20.00 70.00 1.18 34.60 60.46 34.21 95.06 129.27 137.90 482.63 5 4.35 7.00 6.97 11.35 18.33 20.00 70.00 1.64 29.97 48.28 48.09 78.26 126.35 137.90 482.63 6 1.69 2.28 3.30 3.98 7.27 20.00 70.00 6.54 11.68 15.74 22.73 27.43 50.15 137.90 482.63 7 0.29 0.01 1.51 0.30 1.81 20.00 70.00 >10 2.00 0.06 10.39 2.06 12.45 137.90 482.63 8 0.29 0.00 1.50 0.29 1.80 20.00 70.00 >10 2.00 0.01 10.37 2.00 12.38 137.90 482.63 9 0.29 0.01 1.51 0.30 1.81 20.00 70.00 >10 2.00 0.09 10.38 2.09 12.47 137.90 482.63 10 1.01 1.01 1.78 2.02 3.79 20.00 70.00 >10 6.93 6.98 12.24 13.91 26.15 137.90 482.63 11 0.63 0.30 0.95 0.92 1.87 20.00 70.00 >10 4.31 2.04 6.57 6.35 12.92 137.90 482.63 12 0.53 0.42 0.72 0.95 1.68 20.00 70.00 >10 3.64 2.92 5.00 6.56 11.56 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-497 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.08 0.93 3.14 2.01 5.15 20.00 70.00 >10 7.46 6.38 21.68 13.84 35.52 137.90 482.63 14 1.02 1.00 2.56 2.02 4.58 20.00 70.00 >10 7.02 6.91 17.68 13.93 31.61 137.90 482.63 15 3.93 5.54 0.62 9.47 10.09 20.00 70.00 2.17 27.08 38.18 4.30 65.26 69.57 137.90 482.63 16 2.34 3.40 1.30 5.74 7.04 20.00 70.00 4.23 16.17 23.41 8.95 39.58 48.52 137.90 482.63 17 1.66 2.46 1.03 4.11 5.14 20.00 70.00 6.29 11.42 16.95 7.08 28.36 35.45 137.90 482.63 18 1.96 3.01 1.00 4.97 5.98 20.00 70.00 5.03 13.54 20.76 6.92 34.30 41.22 137.90 482.63 19 3.14 4.81 1.46 7.95 9.41 20.00 70.00 2.77 21.68 33.13 10.06 54.81 64.87 137.90 482.63 20 2.57 4.72 1.77 7.29 9.06 20.00 70.00 3.12 17.71 32.53 12.19 50.25 62.44 137.90 482.63 21 0.25 0.49 0.83 0.75 1.58 20.00 70.00 >10 1.74 3.41 5.72 5.15 10.87 137.90 482.63 22 1.99 2.36 0.10 4.34 4.44 20.00 70.00 5.91 13.70 16.24 0.69 29.94 30.63 137.90 482.63 Min MS: 1.176, Location: 4, Combination: Pm+Pb 2-498 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-237. Load Combination 226, Vertical Vibration at Cold Temperature, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 223, 103, 201, 211 Vertical 2g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.61 0.86 0.07 1.47 1.54 20.00 70.00 >10 4.19 5.94 0.50 10.14 10.63 137.90 482.63 2 0.07 0.04 0.06 0.11 0.17 20.00 70.00 >10 0.49 0.26 0.40 0.74 1.15 137.90 482.63 3 0.06 0.04 0.08 0.09 0.17 20.00 70.00 >10 0.39 0.24 0.53 0.63 1.16 137.90 482.63 4 4.96 8.73 4.96 13.69 18.65 20.00 70.00 1.19 34.22 60.19 34.21 94.41 128.62 137.90 482.63 5 4.29 6.98 6.97 11.27 18.24 20.00 70.00 1.66 29.57 48.12 48.09 77.69 125.77 137.90 482.63 6 1.68 2.28 3.30 3.95 7.25 20.00 70.00 6.59 11.55 15.71 22.73 27.26 49.99 137.90 482.63 7 0.29 0.01 1.51 0.30 1.81 20.00 70.00 >10 2.02 0.05 10.39 2.08 12.46 137.90 482.63 8 0.30 0.00 1.50 0.30 1.80 20.00 70.00 >10 2.04 0.00 10.37 2.04 12.41 137.90 482.63 9 0.30 0.01 1.51 0.31 1.82 20.00 70.00 >10 2.08 0.08 10.38 2.16 12.54 137.90 482.63 10 1.01 1.01 1.78 2.02 3.80 20.00 70.00 >10 6.96 6.99 12.24 13.94 26.18 137.90 482.63 11 0.62 0.30 0.95 0.92 1.87 20.00 70.00 >10 4.31 2.04 6.57 6.35 12.91 137.90 482.63 12 0.53 0.43 0.72 0.97 1.69 20.00 70.00 >10 3.67 2.99 5.00 6.66 11.66 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-499 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.09 0.96 3.14 2.05 5.20 20.00 70.00 >10 7.50 6.65 21.68 14.15 35.83 137.90 482.63 14 1.02 1.01 2.56 2.04 4.60 20.00 70.00 >10 7.05 6.99 17.68 14.04 31.71 137.90 482.63 15 3.84 5.45 0.62 9.29 9.92 20.00 70.00 2.23 26.48 37.58 4.30 64.06 68.36 137.90 482.63 16 2.33 3.41 1.30 5.74 7.04 20.00 70.00 4.22 16.10 23.50 8.95 39.59 48.54 137.90 482.63 17 1.65 2.47 1.03 4.12 5.15 20.00 70.00 6.27 11.40 17.04 7.08 28.44 35.52 137.90 482.63 18 1.96 3.01 1.00 4.97 5.97 20.00 70.00 5.04 13.49 20.76 6.92 34.25 41.17 137.90 482.63 19 3.12 4.80 1.46 7.93 9.39 20.00 70.00 2.78 21.53 33.12 10.06 54.65 64.71 137.90 482.63 20 2.56 4.71 1.77 7.27 9.04 20.00 70.00 3.13 17.62 32.50 12.19 50.12 62.31 137.90 482.63 21 0.29 0.49 0.83 0.78 1.61 20.00 70.00 >10 2.00 3.38 5.72 5.37 11.09 137.90 482.63 22 1.98 2.35 0.10 4.34 4.44 20.00 70.00 5.92 13.65 16.24 0.69 29.89 30.58 137.90 482.63 Min MS: 1.191, Location: 4, Combination: Pm+Pb 2-500 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-238. Load Combination 231, 3-ft. Head-On Drop, Normal Conditions, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 231, 102, 201, 211 3-ft. Head-On Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.72 0.89 0.29 1.61 1.90 20.00 66.30 >10 4.94 6.16 1.98 11.10 13.08 137.90 457.12 2 0.10 0.03 0.43 0.14 0.56 20.00 66.30 >10 0.71 0.23 2.96 0.93 3.89 137.90 457.12 3 0.05 0.02 0.28 0.07 0.35 20.00 66.30 >10 0.32 0.16 1.96 0.48 2.44 137.90 457.12 4 5.17 8.93 3.13 14.11 17.24 20.00 66.30 1.13 35.67 61.59 21.57 97.27 118.84 137.90 457.12 5 4.40 7.14 3.15 11.53 14.68 20.00 66.30 1.60 30.32 49.21 21.71 79.53 101.24 137.90 457.12 6 1.73 2.28 1.42 4.01 5.43 20.00 61.80 6.49 11.90 15.72 9.82 27.62 37.44 137.90 426.10 7 0.32 0.01 0.34 0.33 0.67 20.00 61.80 >10 2.23 0.06 2.36 2.29 4.65 137.90 426.10 8 0.31 0.00 0.34 0.31 0.65 20.00 61.80 >10 2.14 0.00 2.33 2.15 4.48 137.90 426.10 9 0.31 0.01 0.33 0.32 0.66 20.00 61.80 >10 2.13 0.08 2.31 2.21 4.52 137.90 426.10 10 1.01 1.04 0.87 2.05 2.92 20.00 61.80 >10 6.98 7.14 6.01 14.12 20.13 137.90 426.10 11 0.65 0.30 0.96 0.94 1.90 20.00 61.80 >10 4.45 2.05 6.59 6.50 13.09 137.90 426.10 12 0.54 0.45 1.41 0.99 2.40 20.00 61.80 >10 3.72 3.12 9.69 6.84 16.53 137.90 426.10 13 1.07 0.92 1.43 1.99 3.42 20.00 61.80 >10 7.37 6.36 9.88 13.73 23.61 137.90 426.10 Radioactive Material Transport Packaging System Safety Analysis Report 2-501 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.00 0.98 1.19 1.99 3.18 20.00 66.30 >10 6.92 6.78 8.20 13.70 21.90 137.90 457.12 15 4.21 5.47 1.07 9.68 10.75 20.00 66.30 2.10 29.05 37.72 7.37 66.77 74.14 137.90 457.12 16 2.39 3.44 0.40 5.83 6.23 20.00 66.30 4.15 16.46 23.74 2.75 40.20 42.95 137.90 457.12 17 1.74 2.47 0.25 4.22 4.47 20.00 66.30 6.11 12.02 17.06 1.72 29.08 30.80 137.90 457.12 18 2.00 3.06 0.33 5.06 5.39 20.00 66.30 4.93 13.76 21.13 2.25 34.89 37.14 137.90 457.12 19 3.20 4.88 0.47 8.08 8.55 20.00 66.30 2.71 22.08 33.65 3.23 55.74 58.97 137.90 457.12 20 2.63 4.81 0.96 7.44 8.40 20.00 61.80 3.03 18.14 33.16 6.65 51.29 57.95 137.90 426.10 21 0.24 0.47 0.06 0.71 0.77 20.00 66.30 >10 1.63 3.26 0.45 4.90 5.34 137.90 457.12 22 2.17 2.41 0.06 4.57 4.64 20.00 66.30 5.56 14.94 16.59 0.44 31.53 31.97 137.90 457.12 Min MS: 1.127, Location: 4, Combination: Pm+Pb 2-502 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-239. Load Combination 233, 3-ft. Drop at Cold Temperature, Normal Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 231, 103, 211 3-ft. Head-On Drop -20°F Ambient, Zero Decay Heat, Zero Insolation Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.70 0.88 0.07 1.58 1.65 20.00 70.00 >10 4.84 6.07 0.50 10.91 11.41 137.90 482.63 2 0.09 0.03 0.06 0.12 0.18 20.00 70.00 >10 0.64 0.22 0.40 0.86 1.26 137.90 482.63 3 0.03 0.00 0.08 0.04 0.11 20.00 70.00 >10 0.22 0.03 0.53 0.25 0.77 137.90 482.63 4 1.02 1.60 4.96 2.62 7.59 20.00 70.00 6.91 7.02 11.07 34.21 18.09 52.30 137.90 482.63 5 0.99 1.49 6.97 2.48 9.45 20.00 70.00 5.35 6.79 10.29 48.09 17.09 65.17 137.90 482.63 6 0.43 0.63 3.30 1.06 4.35 20.00 70.00 >10 2.95 4.34 22.73 7.29 30.02 137.90 482.63 7 0.19 0.00 1.51 0.19 1.70 20.00 70.00 >10 1.29 0.02 10.39 1.31 11.70 137.90 482.63 8 0.18 0.00 1.50 0.18 1.68 20.00 70.00 >10 1.21 0.00 10.37 1.21 11.58 137.90 482.63 9 0.17 0.00 1.51 0.17 1.68 20.00 70.00 >10 1.19 0.00 10.38 1.19 11.57 137.90 482.63 10 0.19 0.07 1.78 0.26 2.03 20.00 70.00 >10 1.29 0.48 12.24 1.77 14.01 137.90 482.63 11 0.12 0.07 0.95 0.19 1.14 20.00 70.00 >10 0.81 0.50 6.57 1.31 7.88 137.90 482.63 12 0.06 0.05 0.72 0.11 0.84 20.00 70.00 >10 0.44 0.35 5.00 0.78 5.78 137.90 482.63 13 0.34 0.33 3.14 0.66 3.81 20.00 70.00 >10 2.31 2.25 21.68 4.57 26.25 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-503 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.32 0.25 2.56 0.57 3.14 20.00 70.00 >10 2.22 1.74 17.68 3.96 21.64 137.90 482.63 15 0.69 0.03 0.62 0.73 1.35 20.00 70.00 >10 4.77 0.23 4.30 5.00 9.30 137.90 482.63 16 0.09 0.08 1.30 0.17 1.47 20.00 70.00 >10 0.62 0.55 8.95 1.18 10.13 137.90 482.63 17 0.12 0.05 1.03 0.17 1.20 20.00 70.00 >10 0.84 0.34 7.08 1.18 8.26 137.90 482.63 18 0.14 0.22 1.00 0.36 1.37 20.00 70.00 >10 0.96 1.53 6.92 2.49 9.41 137.90 482.63 19 0.20 0.21 1.46 0.41 1.87 20.00 70.00 >10 1.41 1.45 10.06 2.86 12.92 137.90 482.63 20 0.23 0.31 1.77 0.54 2.31 20.00 70.00 >10 1.61 2.14 12.19 3.76 15.94 137.90 482.63 21 0.04 0.07 0.83 0.11 0.94 20.00 70.00 >10 0.27 0.50 5.72 0.77 6.49 137.90 482.63 22 0.48 0.07 0.10 0.55 0.65 20.00 70.00 >10 3.29 0.48 0.69 3.77 4.46 137.90 482.63 Min MS: 5.347, Location: 5, Combination: Pm+Pb+Q 2-504 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.3.2 Hypothetical Accident Conditions of Transport Summary of Damages (Stresses) - Models AOS-100A and AOS-100A-S Table 2-240 and Table 2-241 present Model AOS-100A and AOS-100A-S transport package Load Cases and Load Combinations, respectively, under Hypothetical Accident conditions of transport:

• Table 2-242 through Table 2-254 present Model AOS-100A and AOS-100A-S transport package output data, for the Load Cases listed in Table 2-202. Comparisons with allowable stress limits are included for Load Cases 111 and 112.
• Table 2-255 through Table 2-269 present Model AOS-100A and AOS-100A-S transport package output data, for the Load Combinations listed in Table 2-241.

Table 2-240. Load Cases Associated with Allowable Stresses under Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Case Description Data 111 Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat Table 2-242 Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-243 Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-244 112 Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-245 Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-246 Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-247 301 30-ft. Head-On Drop Table 2-248 302 30-ft. Side Drop + Slap-Down Table 2-249 303 30-ft. Cg/Corner Drop Table 2-250 304 30-ft. Head-On Drop at -40°F, Low Temperature Table 2-251 305 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature Table 2-252 306 30-ft. Cg/Corner Drop at -40°F, Low Temperature Table 2-253 311 4-ft. Drop onto Rod Table 2-254 Radioactive Material Transport Packaging System Safety Analysis Report 2-505 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-241. Load Combinations Associated with Allowable Stresses under Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Combination Load Casesa Description Data 301 301, 102, 201, 211 Head-On Drop Orientation Table 2-255 302 302, 102, 201, 211 Side Drop Orientation Table 2-256 303 303, 102, 201, 211 Cg/Corner Drop Orientation Table 2-257 Head-On Drop Orientation at -40°F, 304 304, 105, 202, 211 Table 2-258 Cold Environment Side Drop Orientation at -40°F, 305 305, 105, 202, 211 Table 2-259 Cold Environment Cg/Corner Drop Orientation at -40°F, 306 306, 105, 202, 211 Table 2-260 Cold Environment Additional Increased External Pressure 310 204, 101, 211 Table 2-261 (290 psi) 311 311, 101, 201, 211 4-ft. Drop onto Rod Table 2-262 4-ft. Drop onto Rod at -40°F, 312 311, 104, 201, 211 Table 2-263 Cold Environment 350 111, 201, 211 Fire at 30 Minutes Table 2-264 351 Post Fire at 60 Minutes Table 2-265 352 Post Fire at 90 Minutes Table 2-266 353 112, 201, 211 Post Fire at 120 Minutes Table 2-267 354 Post Fire at 150 Minutes Table 2-268 355 Post Fire at 180 Minutes Table 2-269

a. Some Normal conditions of transport Load Cases are included in Hypothetical Accident conditions of transport Load Combinations, to meet regulatory requirements.

2-506 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-242. Load Case 111, Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 9.6773E+03 -4.3445E+03 5.6027E+03 1.4022E+04 2.4655E+04 6.6722E+01 -2.9954E+01 3.8629E+01 9.6677E+01 1.6999E+02 2 1.4318E+04 -4.9512E+03 5.9560E+03 1.9269E+04 3.9589E+04 9.8716E+01 -3.4137E+01 4.1065E+01 1.3285E+02 2.7296E+02 3 9.7054E+03 -4.4688E+03 5.7146E+03 1.4174E+04 2.4865E+04 6.6916E+01 -3.0811E+01 3.9401E+01 9.7727E+01 1.7144E+02 4 5.5311E+04 -2.4666E+04 1.0993E+04 7.9977E+04 1.5578E+05 3.8136E+02 -1.7007E+02 7.5794E+01 5.5142E+02 1.0741E+03 5 6.0198E+04 -2.3684E+04 9.9075E+03 8.3883E+04 1.3075E+05 4.1505E+02 -1.6330E+02 6.8310E+01 5.7835E+02 9.0149E+02 6 3.1356E+04 -3.5781E+03 1.7001E+04 3.4934E+04 5.1348E+04 2.1619E+02 -2.4670E+01 1.1722E+02 2.4086E+02 3.5403E+02 7 1.0700E+04 -1.6684E+02 -1.8895E+03 1.0867E+04 1.4215E+02 7.3775E+01 -1.1503E+00 -1.3028E+01 7.4925E+01 9.8012E-01 8 1.0693E+04 -1.7574E+02 -1.5929E+03 1.0869E+04 9.1606E+00 7.3728E+01 -1.2117E+00 -1.0982E+01 7.4940E+01 6.3160E-02 9 1.0692E+04 -1.6920E+02 -1.6240E+03 1.0861E+04 4.1295E+01 7.3718E+01 -1.1666E+00 -1.1197E+01 7.4885E+01 2.8472E-01 10 1.0739E+04 -6.0191E+02 3.4312E+03 1.1341E+04 2.8146E+03 7.4041E+01 -4.1500E+00 2.3657E+01 7.8191E+01 1.9406E+01 11 4.9067E+03 -1.4237E+03 3.1690E+03 6.3303E+03 2.9640E+03 3.3830E+01 -9.8159E+00 2.1849E+01 4.3646E+01 2.0436E+01 12 4.2978E+03 -4.5997E-01 4.2854E+03 4.2982E+03 3.1368E+03 2.9632E+01 -3.1714E-03 2.9547E+01 2.9635E+01 2.1628E+01 13 1.9841E+04 -2.4304E+03 5.6943E+03 2.2272E+04 2.0398E+04 1.3680E+02 -1.6757E+01 3.9261E+01 1.5356E+02 1.4064E+02 14 1.7637E+04 -2.1707E+03 5.7203E+03 1.9808E+04 1.9411E+04 1.2161E+02 -1.4966E+01 3.9440E+01 1.3657E+02 1.3383E+02 15 -1.7493E+01 -1.2277E+02 -9.5375E+01 1.0528E+02 1.1034E+02

                  -1.2061E-01 -8.4649E-01 -6.5759E-01                 7.2588E-01      7.6077E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-507 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.9214E+00 -8.3534E+01 4.7984E+01 8.8456E+01 1.6757E+02 3.3932E-02 -5.7595E-01 3.3084E-01 6.0988E-01 1.1554E+00 17 2.0840E+01 -5.8439E+01 8.7507E+01 7.9279E+01 3.7431E+01 1.4368E-01 -4.0293E-01 6.0334E-01 5.4661E-01 2.5807E-01 18 1.6297E+02 -8.4317E+01 -4.9845E+02 2.4729E+02 2.4196E+02 1.1236E+00 -5.8135E-01 -3.4367E+00 1.7050E+00 1.6683E+00 19 2.5345E+02 -2.5049E+01 -7.0846E+02 2.7850E+02 5.2191E+02 1.7475E+00 -1.7271E-01 -4.8847E+00 1.9202E+00 3.5984E+00 20 4.7037E+02 -3.1389E+01 -1.4196E+02 5.0176E+02 4.2466E+02 3.2431E+00 -2.1642E-01 -9.7880E-01 3.4595E+00 2.9279E+00 21 3.6101E-01 -1.3064E+03 -1.3036E+03 1.3067E+03 8.0836E+02 2.4891E-03 -9.0072E+00 -8.9882E+00 9.0097E+00 5.5734E+00 22 2.5657E+02 -9.3864E+02 -6.6478E+02 1.1952E+03 2.1380E+03 1.7690E+00 -6.4717E+00 -4.5835E+00 8.2406E+00 1.4741E+01 Allowable Stress for Load Case 111 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 292.89 290.51 20.00 23.60 66.30 2 379.41 299.30 20.00 23.60 66.30 3 294.26 291.96 20.00 23.60 66.30 4 295.95 295.77 20.00 23.60 66.30 5 299.16 298.52 20.00 23.60 66.30 6 303.64 301.30 20.00 22.40 61.80 7 302.89 301.16 20.00 22.40 61.80 8 303.16 301.43 20.00 22.40 61.80 9 303.32 301.60 20.00 22.40 61.80 10 304.15 301.99 20.00 22.40 61.80 11 306.29 303.07 20.00 22.40 61.80 12 311.39 307.27 20.00 22.40 61.80 13 299.41 298.74 20.00 23.60 66.30 14 298.04 297.74 20.00 23.60 66.30 15 295.47 294.87 20.00 23.60 66.30 16 294.97 294.57 20.00 23.60 66.30 17 295.05 294.57 20.00 23.60 66.30 18 296.81 296.17 20.00 23.60 66.30 19 297.47 297.10 20.00 23.60 66.30 20 303.13 301.44 20.00 22.40 61.80 21 295.28 293.92 20.00 23.60 66.30 22 294.12 293.39 20.00 23.60 66.30 2-508 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-243. Load Case 112, Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 9.3309E+02 -8.2077E+02 1.8993E+03 1.7539E+03 7.4243E+02 6.4334E+00 -5.6590E+00 1.3095E+01 1.2092E+01 5.1189E+00 2 2.0783E+03 -2.6109E+03 -1.9481E+03 4.6892E+03 7.7797E+03 1.4329E+01 -1.8002E+01 -1.3431E+01 3.2331E+01 5.3639E+01 3 8.6204E+02 -8.6796E+02 1.5610E+03 1.7300E+03 1.1176E+03 5.9435E+00 -5.9843E+00 1.0762E+01 1.1928E+01 7.7055E+00 4 -2.7978E+02 -3.4168E+03 6.1332E+02 3.1370E+03 3.5487E+03

                  -1.9290E+00 -2.3558E+01            4.2287E+00       2.1629E+01      2.4467E+01 5       4.0656E+01 -4.4066E+03 -5.4655E+03                4.4473E+03      6.3532E+03 2.8032E-01 -3.0383E+01 -3.7683E+01                3.0663E+01      4.3803E+01 6       2.6733E+02 -2.0649E+03 -6.0614E+03                2.3322E+03      7.6190E+02 1.8431E+00 -1.4237E+01 -4.1792E+01                1.6080E+01      5.2531E+00 7     -2.1839E+02 -5.3165E+02 -3.1190E+03                 3.1326E+02      2.7492E+02
                  -1.5057E+00 -3.6656E+00 -2.1504E+01                 2.1598E+00      1.8955E+00 8     -1.9054E+02 -5.8259E+02 -3.3577E+03                 3.9205E+02      4.1996E+02
                  -1.3137E+00 -4.0168E+00 -2.3151E+01                 2.7031E+00      2.8955E+00 9     -1.8380E+02 -5.7244E+02 -3.0912E+03                 3.8864E+02      4.0098E+02
                  -1.2673E+00 -3.9468E+00 -2.1313E+01                 2.6796E+00      2.7646E+00 10        5.0673E+02 -7.4191E+02 -3.4403E+03                1.2486E+03      7.2830E+01 3.4938E+00 -5.1153E+00 -2.3720E+01                8.6091E+00      5.0214E-01 11        5.4513E+02 -2.6247E+03 -3.1697E+03                3.1698E+03      4.1611E+03 3.7585E+00 -1.8096E+01 -2.1855E+01                2.1855E+01      2.8690E+01 12        4.0206E+02 -2.2796E+03 -1.8841E+03                2.6817E+03      4.5197E+03 2.7721E+00 -1.5717E+01 -1.2991E+01                1.8490E+01      3.1162E+01 13      -5.2877E+02 -5.6083E+03 -2.3038E+03                 5.0795E+03      3.1096E+03
                  -3.6458E+00 -3.8668E+01 -1.5884E+01                 3.5022E+01      2.1440E+01 14      -6.8989E+01 -4.9562E+03            8.0858E+02       4.8872E+03      1.4593E+03
                  -4.7566E-01 -3.4172E+01            5.5750E+00       3.3696E+01      1.0061E+01 15        5.8916E+02 -2.1120E+02           3.7534E+02       8.0037E+02      1.2511E+03 4.0621E+00 -1.4562E+00           2.5879E+00       5.5183E+00      8.6260E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-509 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.4047E+02 -5.8429E+01 -5.3867E+02 1.9889E+02 2.5352E+02 9.6848E-01 -4.0285E-01 -3.7140E+00 1.3713E+00 1.7479E+00 17 6.5510E+01 -1.0836E+02 -5.7104E+02 1.7387E+02 2.7921E+02 4.5168E-01 -7.4712E-01 -3.9371E+00 1.1988E+00 1.9251E+00 18 3.6978E+02 -5.1577E+02 2.6415E+03 8.8554E+02 7.3844E+02 2.5495E+00 -3.5561E+00 1.8213E+01 6.1056E+00 5.0913E+00 19 -5.8471E+01 -1.0204E+03 2.8975E+03 9.6196E+02 9.0326E+02

                 -4.0315E-01 -7.0356E+00            1.9977E+01        6.6325E+00       6.2277E+00 20      5.3282E+01 -2.0803E+03 -8.2882E+02                 2.1336E+03       8.4242E+02 3.6737E-01 -1.4343E+01 -5.7145E+00                 1.4710E+01       5.8083E+00 21      4.4239E+02 -1.2573E+00           4.4353E+02        4.4365E+02       1.4300E+02 3.0502E+00 -8.6686E-03           3.0580E+00        3.0588E+00       9.8593E-01 22      1.1198E+03 -1.2799E+02           1.0261E+03        1.2478E+03       1.7296E+03 7.7205E+00 -8.8244E-01           7.0750E+00        8.6029E+00       1.1925E+01 Allowable Stress for Load Case 112 (Post Fire at 60 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 411.04 405.03 18.70 20.70 59.70 2 540.65 524.50 17.40 19.40 59.20 3 413.61 408.25 18.70 20.70 59.70 4 352.14 349.64 20.00 22.40 61.80 5 384.36 377.52 20.00 22.40 61.80 6 394.99 389.93 20.00 22.40 61.80 7 452.31 451.10 18.70 20.70 59.70 8 461.82 461.16 18.70 20.70 59.70 9 452.08 450.85 18.70 20.70 59.70 10 410.99 401.81 18.70 20.70 59.70 11 390.65 373.79 20.00 22.40 61.80 12 368.19 365.49 20.00 22.40 61.80 13 364.40 353.35 20.00 22.40 61.80 14 342.71 337.27 20.00 22.40 61.80 15 300.93 300.79 20.00 22.40 61.80 16 306.87 305.95 20.00 22.40 61.80 17 307.78 307.33 20.00 22.40 61.80 18 317.29 315.37 20.00 22.40 61.80 19 321.65 319.62 20.00 22.40 61.80 20 345.14 340.67 20.00 22.40 61.80 21 300.75 300.44 20.00 22.40 61.80 22 299.11 298.96 20.00 23.60 66.30 2-510 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-244. Load Case 112, Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0363E+03 -1.4324E+03 9.3041E+02 2.4687E+03 2.6978E+03 7.1447E+00 -9.8760E+00 6.4150E+00 1.7021E+01 1.8601E+01 2 1.6927E+03 -2.7471E+03 -1.3277E+03 4.4398E+03 8.7117E+03 1.1671E+01 -1.8941E+01 -9.1541E+00 3.0611E+01 6.0065E+01 3 9.9257E+02 -1.4690E+03 6.3418E+02 2.4616E+03 3.0231E+03 6.8436E+00 -1.0129E+01 4.3725E+00 1.6972E+01 2.0844E+01 4 1.1922E+03 -6.7985E+03 5.0820E+01 7.9906E+03 1.5524E+04 8.2197E+00 -4.6874E+01 3.5039E-01 5.5093E+01 1.0703E+02 5 1.5052E+03 -8.1260E+03 -5.8201E+03 9.6312E+03 1.5338E+04 1.0378E+01 -5.6027E+01 -4.0128E+01 6.6405E+01 1.0575E+02 6 2.7014E+02 -4.0853E+03 -7.2256E+03 4.3555E+03 4.6139E+03 1.8625E+00 -2.8167E+01 -4.9819E+01 3.0030E+01 3.1812E+01 7 -4.1272E+02 -1.1981E+03 -3.3793E+03 7.8539E+02 4.9382E+02

                  -2.8456E+00 -8.2606E+00 -2.3299E+01                 5.4151E+00      3.4048E+00 8     -4.2460E+02 -1.2000E+03 -3.5856E+03                 7.7542E+02      5.5423E+02
                  -2.9275E+00 -8.2739E+00 -2.4722E+01                 5.3463E+00      3.8213E+00 9     -4.1161E+02 -1.2021E+03 -3.4034E+03                 7.9053E+02      5.6205E+02
                  -2.8379E+00 -8.2885E+00 -2.3466E+01                 5.4505E+00      3.8752E+00 10      -5.5547E+01 -1.4640E+03 -3.2955E+03                 1.4084E+03      1.5001E+03
                  -3.8298E-01 -1.0094E+01 -2.2721E+01                 9.7109E+00      1.0343E+01 11        1.3288E+01 -3.8214E+03 -3.8779E+03                3.8347E+03      3.7631E+03 9.1614E-02 -2.6348E+01 -2.6737E+01                2.6439E+01      2.5946E+01 12        2.7833E+01 -3.6795E+03 -3.6545E+03                3.7073E+03      4.0654E+03 1.9190E-01 -2.5369E+01 -2.5197E+01                2.5561E+01      2.8030E+01 13      -7.7377E+02 -7.7941E+03 -2.6601E+03                 7.0203E+03      4.0178E+03
                  -5.3349E+00 -5.3738E+01 -1.8340E+01                 4.8403E+01      2.7702E+01 14      -3.7774E+02 -6.9031E+03            7.3586E+02       6.5254E+03      5.7647E+02
                  -2.6044E+00 -4.7595E+01            5.0736E+00       4.4991E+01      3.9746E+00 15        1.2747E+03 -7.1219E+02           6.5600E+02       1.9869E+03      3.2080E+03 8.7885E+00 -4.9104E+00           4.5230E+00       1.3699E+01      2.2118E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-511 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.2216E+02 -2.7958E+02 -9.8291E+02 6.0174E+02 9.0471E+02 2.2212E+00 -1.9276E+00 -6.7769E+00 4.1489E+00 6.2378E+00 17 1.4955E+02 -3.1722E+02 -9.1427E+02 4.6677E+02 7.8531E+02 1.0311E+00 -2.1871E+00 -6.3037E+00 3.2182E+00 5.4145E+00 18 4.5184E+02 -7.5360E+02 3.7306E+03 1.2054E+03 7.5059E+02 3.1153E+00 -5.1959E+00 2.5721E+01 8.3112E+00 5.1751E+00 19 -8.9218E+01 -1.5254E+03 4.0468E+03 1.4362E+03 1.7220E+03

                 -6.1514E-01 -1.0517E+01            2.7901E+01        9.9021E+00       1.1873E+01 20      1.7019E+01 -3.0101E+03 -8.3665E+02                 3.0271E+03       7.2518E+02 1.1734E-01 -2.0754E+01 -5.7685E+00                 2.0871E+01       4.9999E+00 21      1.1388E+03 -2.1294E+00           1.1388E+03        1.1409E+03       7.4636E+02 7.8514E+00 -1.4682E-02           7.8514E+00        7.8661E+00       5.1460E+00 22      2.1007E+03 -1.8912E+02           2.0194E+03        2.2898E+03       2.8609E+03 1.4484E+01 -1.3039E+00           1.3923E+01        1.5788E+01       1.9725E+01 Allowable Stress for Load Case 112 (Post Fire at 90 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 418.42 409.60 18.70 20.70 59.70 2 481.93 479.49 18.70 20.70 59.70 3 424.71 413.94 18.70 20.70 59.70 4 379.92 377.54 20.00 22.40 61.80 5 411.41 405.03 18.70 20.70 59.70 6 420.90 416.67 18.70 20.70 59.70 7 468.17 466.57 18.70 20.70 59.70 8 474.53 473.30 18.70 20.70 59.70 9 467.93 466.32 18.70 20.70 59.70 10 433.62 426.87 18.70 20.70 59.70 11 418.52 404.46 18.70 20.70 59.70 12 405.92 403.09 18.70 20.70 59.70 13 392.01 380.39 20.00 22.40 61.80 14 368.02 361.92 20.00 22.40 61.80 15 314.55 314.34 20.00 22.40 61.80 16 325.01 323.69 20.00 22.40 61.80 17 326.42 325.75 20.00 22.40 61.80 18 338.99 336.46 20.00 22.40 61.80 19 345.02 342.25 20.00 22.40 61.80 20 376.06 370.61 20.00 22.40 61.80 21 312.86 312.29 20.00 22.40 61.80 22 311.96 311.74 20.00 22.40 61.80 2-512 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-245. Load Case 112, Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 8.3871E+02 -1.2454E+03 5.0382E+02 2.0841E+03 2.5016E+03 5.7827E+00 -8.5864E+00 3.4737E+00 1.4369E+01 1.7248E+01 2 1.2641E+03 -2.1801E+03 -8.7745E+02 3.4441E+03 6.8987E+03 8.7153E+00 -1.5031E+01 -6.0498E+00 2.3746E+01 4.7565E+01 3 8.1229E+02 -1.2703E+03 2.7621E+02 2.0826E+03 2.7615E+03 5.6005E+00 -8.7585E+00 1.9044E+00 1.4359E+01 1.9040E+01 4 1.5008E+03 -6.1400E+03 6.3729E+00 7.6408E+03 1.5013E+04 1.0348E+01 -4.2334E+01 4.3939E-02 5.2681E+01 1.0351E+02 5 1.5989E+03 -7.0615E+03 -4.5491E+03 8.6604E+03 1.3808E+04 1.1024E+01 -4.8688E+01 -3.1365E+01 5.9711E+01 9.5200E+01 6 2.2446E+02 -3.6852E+03 -6.0895E+03 3.9096E+03 4.5723E+03 1.5476E+00 -2.5408E+01 -4.1985E+01 2.6956E+01 3.1525E+01 7 -4.0158E+02 -1.1242E+03 -3.2906E+03 7.2265E+02 5.0364E+02

                  -2.7688E+00 -7.7513E+00 -2.2688E+01                 4.9825E+00      3.4725E+00 8     -4.0985E+02 -1.1240E+03 -3.4424E+03                 7.1419E+02      5.2179E+02
                  -2.8258E+00 -7.7500E+00 -2.3735E+01                 4.9242E+00      3.5976E+00 9     -4.0136E+02 -1.1259E+03 -3.3327E+03                 7.2456E+02      5.3707E+02
                  -2.7673E+00 -7.7630E+00 -2.2978E+01                 4.9957E+00      3.7030E+00 10      -2.1944E+02 -1.4521E+03 -2.7536E+03                 1.2327E+03      1.7983E+03
                  -1.5130E+00 -1.0012E+01 -1.8985E+01                 8.4989E+00      1.2399E+01 11      -1.7893E+02 -3.5254E+03 -3.3505E+03                 3.3465E+03      2.6423E+03
                  -1.2337E+00 -2.4307E+01 -2.3101E+01                 2.3073E+01      1.8218E+01 12        8.4485E+00 -3.5859E+03 -3.5772E+03                3.5944E+03      2.8512E+03 5.8250E-02 -2.4724E+01 -2.4664E+01                2.4782E+01      1.9658E+01 13      -6.3190E+02 -6.7553E+03 -2.1264E+03                 6.1234E+03      3.1898E+03
                  -4.3568E+00 -4.6576E+01 -1.4661E+01                 4.2219E+01      2.1993E+01 14      -3.7195E+02 -5.9782E+03            6.1857E+02       5.6063E+03      1.0487E+03
                  -2.5645E+00 -4.1219E+01            4.2649E+00       3.8654E+01      7.2303E+00 15        1.3046E+03 -6.8144E+02           7.1810E+02       1.9861E+03      3.1761E+03 8.9951E+00 -4.6984E+00           4.9511E+00       1.3693E+01      2.1899E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-513 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.2778E+02 -2.6486E+02 -1.0247E+03 5.9265E+02 8.7845E+02 2.2600E+00 -1.8262E+00 -7.0649E+00 4.0861E+00 6.0567E+00 17 1.5539E+02 -3.1879E+02 -9.4460E+02 4.7417E+02 7.9726E+02 1.0713E+00 -2.1980E+00 -6.5128E+00 3.2693E+00 5.4969E+00 18 4.1292E+02 -7.0862E+02 3.5117E+03 1.1215E+03 6.5962E+02 2.8470E+00 -4.8858E+00 2.4212E+01 7.7327E+00 4.5479E+00 19 -8.0854E+01 -1.4469E+03 3.8198E+03 1.3661E+03 1.6853E+03

                 -5.5747E-01 -9.9763E+00            2.6336E+01        9.4189E+00       1.1620E+01 20    -3.1280E+00 -2.8685E+03 -6.1639E+02                  2.8654E+03       5.7248E+02
                 -2.1567E-02 -1.9778E+01 -4.2499E+00                  1.9756E+01       3.9471E+00 21      1.2646E+03 -2.1560E+00           1.2642E+03        1.2667E+03       8.1701E+02 8.7190E+00 -1.4865E-02           8.7166E+00        8.7339E+00       5.6331E+00 22      2.1569E+03 -1.6868E+02           2.0942E+03        2.3256E+03       2.8197E+03 1.4872E+01 -1.1630E+00           1.4439E+01        1.6035E+01       1.9441E+01 Allowable Stress for Load Case 112 (Post Fire at 120 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 419.14 410.98 18.70 20.70 59.70 2 457.41 454.88 18.70 20.70 59.70 3 424.31 415.40 18.70 20.70 59.70 4 392.93 391.10 20.00 22.40 61.80 5 417.37 412.48 18.70 20.70 59.70 6 424.49 421.51 18.70 20.70 59.70 7 459.07 457.50 18.70 20.70 59.70 8 463.34 462.03 18.70 20.70 59.70 9 459.08 457.51 18.70 20.70 59.70 10 433.68 429.20 18.70 20.70 59.70 11 423.65 413.29 18.70 20.70 59.70 12 417.63 414.88 18.70 20.70 59.70 13 402.30 392.95 20.00 22.40 61.80 14 382.68 377.69 20.00 22.40 61.80 15 334.28 334.06 20.00 22.40 61.80 16 345.42 344.07 20.00 22.40 61.80 17 346.83 346.16 20.00 22.40 61.80 18 358.32 356.05 20.00 22.40 61.80 19 363.89 361.35 20.00 22.40 61.80 20 392.32 387.49 20.00 22.40 61.80 21 330.57 329.92 20.00 22.40 61.80 22 331.53 331.29 20.00 22.40 61.80 2-514 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-246. Load Case 112, Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 6.4073E+02 -9.8501E+02 2.8175E+02 1.6257E+03 2.0395E+03 4.4177E+00 -6.7914E+00 1.9426E+00 1.1209E+01 1.4062E+01 2 9.2908E+02 -1.6651E+03 -6.1390E+02 2.5942E+03 5.2380E+03 6.4058E+00 -1.1480E+01 -4.2327E+00 1.7886E+01 3.6115E+01 3 6.2659E+02 -1.0049E+03 1.0955E+02 1.6315E+03 2.2471E+03 4.3202E+00 -6.9284E+00 7.5529E-01 1.1249E+01 1.5493E+01 4 1.4538E+03 -5.0638E+03 -7.6009E+01 6.5176E+03 1.2813E+04 1.0023E+01 -3.4914E+01 -5.2406E-01 4.4937E+01 8.8343E+01 5 1.4358E+03 -5.6523E+03 -3.5232E+03 7.0881E+03 1.1267E+04 9.8993E+00 -3.8971E+01 -2.4292E+01 4.8871E+01 7.7684E+01 6 1.6993E+02 -3.0527E+03 -5.0284E+03 3.2226E+03 3.9825E+03 1.1716E+00 -2.1047E+01 -3.4670E+01 2.2219E+01 2.7458E+01 7 -3.7298E+02 -9.5920E+02 -3.1700E+03 5.8622E+02 4.8253E+02

                  -2.5716E+00 -6.6135E+00 -2.1856E+01                 4.0418E+00      3.3269E+00 8     -3.7763E+02 -9.5936E+02 -3.2806E+03                 5.8173E+02      4.8020E+02
                  -2.6037E+00 -6.6146E+00 -2.2619E+01                 4.0109E+00      3.3109E+00 9     -3.7128E+02 -9.6176E+02 -3.2200E+03                 5.9048E+02      4.9713E+02
                  -2.5599E+00 -6.6311E+00 -2.2201E+01                 4.0712E+00      3.4276E+00 10      -2.5759E+02 -1.3453E+03 -2.3223E+03                 1.0878E+03      1.7407E+03
                  -1.7760E+00 -9.2758E+00 -1.6012E+01                 7.4998E+00      1.2002E+01 11      -2.3094E+02 -3.0063E+03 -2.7256E+03                 2.7754E+03      1.6403E+03
                  -1.5923E+00 -2.0728E+01 -1.8792E+01                 1.9136E+01      1.1310E+01 12        5.0257E+00 -3.1279E+03 -3.1208E+03                3.1329E+03      1.7731E+03 3.4651E-02 -2.1566E+01 -2.1517E+01                2.1600E+01      1.2225E+01 13      -4.7472E+02 -5.3604E+03 -1.5874E+03                 4.8857E+03      2.3367E+03
                  -3.2731E+00 -3.6959E+01 -1.0945E+01                 3.3686E+01      1.6111E+01 14      -3.2271E+02 -4.7415E+03            4.8151E+02       4.4187E+03      1.1842E+03
                  -2.2250E+00 -3.2691E+01            3.3199E+00       3.0466E+01      8.1648E+00 15        1.2058E+03 -6.7985E+02           6.1825E+02       1.8857E+03      3.0452E+03 8.3139E+00 -4.6874E+00           4.2627E+00       1.3001E+01      2.0996E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-515 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.0580E+02 -2.7284E+02 -8.9712E+02 5.7864E+02 8.7177E+02 2.1084E+00 -1.8812E+00 -6.1854E+00 3.9896E+00 6.0106E+00 17 1.4490E+02 -3.0697E+02 -8.0763E+02 4.5187E+02 7.6543E+02 9.9903E-01 -2.1165E+00 -5.5684E+00 3.1155E+00 5.2774E+00 18 3.3380E+02 -5.9923E+02 2.9572E+03 9.3304E+02 5.0176E+02 2.3015E+00 -4.1316E+00 2.0389E+01 6.4331E+00 3.4595E+00 19 -6.5914E+01 -1.2333E+03 3.2207E+03 1.1674E+03 1.4846E+03

                 -4.5446E-01 -8.5034E+00            2.2206E+01        8.0489E+00       1.0236E+01 20    -2.1394E+01 -2.4398E+03 -4.2073E+02                  2.4184E+03       3.4695E+02
                 -1.4751E-01 -1.6822E+01 -2.9008E+00                  1.6674E+01       2.3921E+00 21      1.1311E+03 -1.8885E+00           1.1308E+03        1.1330E+03       7.2974E+02 7.7988E+00 -1.3021E-02           7.7963E+00        7.8118E+00       5.0314E+00 22      1.8073E+03 -1.4528E+02           1.7653E+03        1.9526E+03       2.2977E+03 1.2461E+01 -1.0017E+00           1.2171E+01        1.3463E+01       1.5842E+01 Allowable Stress for Load Case 112 (Post Fire at 150 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 417.38 410.78 18.70 20.70 59.70 2 443.06 438.92 18.70 20.70 59.70 3 421.65 414.90 18.70 20.70 59.70 4 399.76 398.41 20.00 22.40 61.80 5 418.13 414.49 18.70 20.70 59.70 6 423.34 421.31 18.70 20.70 59.70 7 448.38 446.89 18.70 20.70 59.70 8 451.36 450.04 18.70 20.70 59.70 9 448.62 447.13 18.70 20.70 59.70 10 430.02 427.21 18.70 20.70 59.70 11 423.70 416.20 18.70 20.70 59.70 12 421.56 418.91 18.70 20.70 59.70 13 407.29 400.21 18.70 20.70 59.70 14 392.30 388.51 20.00 22.40 61.80 15 353.27 353.08 20.00 22.40 61.80 16 362.95 361.79 20.00 22.40 61.80 17 364.14 363.58 20.00 22.40 61.80 18 373.45 371.67 20.00 22.40 61.80 19 378.11 376.01 20.00 22.40 61.80 20 401.63 397.71 20.00 22.40 61.80 21 348.49 347.90 20.00 22.40 61.80 22 350.84 350.62 20.00 22.40 61.80 2-516 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-247. Load Case 112, Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.9116E+02 -7.7742E+02 1.5306E+02 1.2686E+03 1.6463E+03 3.3864E+00 -5.3602E+00 1.0553E+00 8.7466E+00 1.1351E+01 2 6.9145E+02 -1.2884E+03 -4.5271E+02 1.9799E+03 4.0250E+03 4.7674E+00 -8.8835E+00 -3.1213E+00 1.3651E+01 2.7752E+01 3 4.8486E+02 -7.9238E+02 2.6076E+01 1.2772E+03 1.8051E+03 3.3430E+00 -5.4633E+00 1.7979E-01 8.8062E+00 1.2446E+01 4 1.3516E+03 -4.2251E+03 -1.9802E+02 5.5766E+03 1.0966E+04 9.3187E+00 -2.9131E+01 -1.3653E+00 3.8449E+01 7.5609E+01 5 1.2750E+03 -4.5859E+03 -2.8435E+03 5.8609E+03 9.2820E+03 8.7908E+00 -3.1619E+01 -1.9605E+01 4.0409E+01 6.3997E+01 6 1.3022E+02 -2.5624E+03 -4.2891E+03 2.6926E+03 3.4703E+03 8.9784E-01 -1.7667E+01 -2.9572E+01 1.8565E+01 2.3927E+01 7 -3.3399E+02 -8.4051E+02 -3.0679E+03 5.0652E+02 4.6137E+02

                  -2.3028E+00 -5.7951E+00 -2.1153E+01                 3.4923E+00      3.1810E+00 8     -3.3921E+02 -8.3807E+02 -3.1496E+03                 4.9886E+02      4.4833E+02
                  -2.3388E+00 -5.7783E+00 -2.1716E+01                 3.4395E+00      3.0911E+00 9     -3.3450E+02 -8.4051E+02 -3.1233E+03                 5.0601E+02      4.6402E+02
                  -2.3063E+00 -5.7951E+00 -2.1535E+01                 3.4888E+00      3.1993E+00 10      -2.4396E+02 -1.2823E+03 -2.0024E+03                 1.0383E+03      1.6371E+03
                  -1.6821E+00 -8.8409E+00 -1.3806E+01                 7.1588E+00      1.1287E+01 11      -2.5536E+02 -2.5590E+03 -2.2197E+03                 2.3037E+03      8.6317E+02
                  -1.7606E+00 -1.7644E+01 -1.5304E+01                 1.5883E+01      5.9514E+00 12        3.4546E+00 -2.7103E+03 -2.7037E+03                2.7138E+03      9.3842E+02 2.3818E-02 -1.8687E+01 -1.8641E+01                1.8711E+01      6.4702E+00 13      -3.4905E+02 -4.2173E+03 -1.1665E+03                 3.8683E+03      1.6700E+03
                  -2.4066E+00 -2.9077E+01 -8.0430E+00                 2.6671E+01      1.1514E+01 14      -2.7933E+02 -3.7289E+03            3.6471E+02       3.4496E+03      1.2723E+03
                  -1.9259E+00 -2.5710E+01            2.5146E+00       2.3784E+01      8.7725E+00 15        1.0879E+03 -7.0015E+02           4.7673E+02       1.7880E+03      2.9342E+03 7.5008E+00 -4.8273E+00           3.2870E+00       1.2328E+01      2.0231E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-517 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.8051E+02 -2.9282E+02 -7.3391E+02 5.7334E+02 8.8505E+02 1.9341E+00 -2.0190E+00 -5.0601E+00 3.9530E+00 6.1022E+00 17 1.3112E+02 -2.9515E+02 -6.3712E+02 4.2627E+02 7.2894E+02 9.0406E-01 -2.0350E+00 -4.3928E+00 2.9390E+00 5.0259E+00 18 2.6138E+02 -4.9790E+02 2.4390E+03 7.5928E+02 3.5837E+02 1.8021E+00 -3.4329E+00 1.6816E+01 5.2350E+00 2.4709E+00 19 -5.1698E+01 -1.0339E+03 2.6582E+03 9.8221E+02 1.2909E+03

                 -3.5644E-01 -7.1285E+00            1.8328E+01        6.7721E+00       8.9002E+00 20    -3.6189E+01 -2.0333E+03 -2.7062E+02                  1.9971E+03       1.4351E+02
                 -2.4951E-01 -1.4019E+01 -1.8658E+00                  1.3769E+01       9.8948E-01 21      9.1643E+02 -1.5374E+00           9.1617E+02        9.1796E+02       6.0471E+02 6.3185E+00 -1.0600E-02           6.3167E+00        6.3291E+00       4.1693E+00 22      1.3788E+03 -1.2660E+02           1.3541E+03        1.5054E+03       1.7090E+03 9.5067E+00 -8.7291E-01           9.3361E+00        1.0380E+01       1.1783E+01 Allowable Stress for Load Case 112 (Post Fire at 180 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 415.13 409.80 18.70 20.70 59.70 2 432.64 427.61 18.70 20.70 59.70 3 418.66 413.48 18.70 20.70 59.70 4 403.70 402.71 18.70 20.70 59.70 5 417.63 414.90 18.70 20.70 59.70 6 421.42 420.11 18.70 20.70 59.70 7 439.59 438.17 18.70 20.70 59.70 8 441.71 440.40 18.70 20.70 59.70 9 439.98 438.56 18.70 20.70 59.70 10 426.66 424.80 18.70 20.70 59.70 11 422.79 417.42 18.70 20.70 59.70 12 423.30 420.74 18.70 20.70 59.70 13 410.26 404.98 18.70 20.70 59.70 14 398.97 396.13 20.00 22.40 61.80 15 368.87 368.71 20.00 22.40 61.80 16 376.58 375.63 20.00 22.40 61.80 17 377.51 377.07 20.00 22.40 61.80 18 384.75 383.41 20.00 22.40 61.80 19 388.58 386.90 20.00 22.40 61.80 20 407.66 404.54 18.70 20.70 59.70 21 364.10 363.61 20.00 22.40 61.80 22 366.86 366.67 20.00 22.40 61.80 2-518 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-248. Load Case 301, 30-ft. Head-On Drop, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -2.9940E+01 -2.8525E+03 -5.4790E+02 2.8226E+03 1.2605E+03

                  -2.0643E-01 -1.9668E+01 -3.7776E+00                 1.9461E+01      8.6905E+00 2       3.2567E+01 -1.4483E+03 -4.8487E+01                1.4808E+03      4.1952E+00 2.2454E-01 -9.9854E+00 -3.3430E-01                1.0210E+01      2.8925E-02 3       1.0120E+01 -5.5631E+02 -4.5881E+01                5.6643E+02      7.6903E+01 6.9778E-02 -3.8356E+00 -3.1634E-01                3.9054E+00      5.3023E-01 4       1.2360E+03 -4.9852E+03 -1.5991E+03                6.2211E+03      6.3790E+03 8.5217E+00 -3.4371E+01 -1.1025E+01                4.2893E+01      4.3982E+01 5       4.7810E+02 -2.3239E+03 -9.3470E+02                2.8020E+03      4.2844E+03 3.2964E+00 -1.6023E+01 -6.4445E+00                1.9319E+01      2.9540E+01 6     -2.9367E+02 -1.1656E+03 -8.4873E+02                 8.7192E+02      9.8877E+02
                  -2.0248E+00 -8.0365E+00 -5.8518E+00                 6.0117E+00      6.8173E+00 7     -2.4064E+00 -5.5893E+02 -1.7514E+01                 5.5653E+02      1.8545E+01
                  -1.6592E-02 -3.8537E+00 -1.2076E-01                 3.8371E+00      1.2786E-01 8     -6.7155E-01 -4.6163E+02 -1.1862E+01                 4.6096E+02      7.4107E-01
                  -4.6302E-03 -3.1828E+00 -8.1784E-02                 3.1782E+00      5.1095E-03 9     -2.7392E-01 -3.6212E+02 -1.0248E+01                 3.6184E+02      9.5463E-01
                  -1.8886E-03 -2.4967E+00 -7.0661E-02                 2.4948E+00      6.5819E-03 10      -5.4016E+01 -3.6226E+02            3.0567E+01       3.0824E+02      2.8123E+02
                  -3.7243E-01 -2.4977E+00            2.1075E-01       2.1252E+00      1.9390E+00 11        1.3456E+02 -2.1107E+02           4.5531E+01       3.4563E+02      1.0485E+02 9.2773E-01 -1.4553E+00           3.1392E-01       2.3830E+00      7.2295E-01 12        1.4592E+02 -3.0974E+01           1.0529E+02       1.7689E+02      3.1841E+02 1.0061E+00 -2.1355E-01           7.2595E-01       1.2196E+00      2.1953E+00 13        2.7004E+02 -6.2309E+01           1.1836E+02       3.3235E+02      2.0905E+02 1.8618E+00 -4.2961E-01           8.1604E-01       2.2914E+00      1.4413E+00 14        3.1019E+02 -3.5638E+01           1.6007E+02       3.4583E+02      7.0666E+01 2.1387E+00 -2.4572E-01           1.1036E+00       2.3844E+00      4.8722E-01 15        1.2085E+03      1.0180E+02 -6.9485E+00            1.1067E+03      5.4635E+00 8.3320E+00      7.0190E-01 -4.7908E-02            7.6301E+00      3.7670E-02 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-519 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.4746E+02 -7.1865E+02 -2.9993E+02 1.1661E+03 8.5265E+02 3.0851E+00 -4.9549E+00 -2.0679E+00 8.0400E+00 5.8788E+00 17 6.2459E+02 -6.2086E+02 -3.9725E+02 1.2454E+03 1.3436E+03 4.3064E+00 -4.2807E+00 -2.7390E+00 8.5871E+00 9.2636E+00 18 7.0210E+02 -1.2822E+03 -1.2982E+02 1.9843E+03 2.5937E+03 4.8408E+00 -8.8403E+00 -8.9510E-01 1.3681E+01 1.7883E+01 19 4.0754E+02 -1.4038E+03 -5.9775E+02 1.8113E+03 1.6132E+03 2.8099E+00 -9.6786E+00 -4.1213E+00 1.2489E+01 1.1123E+01 20 1.0619E+02 -1.0356E+03 -5.8430E+02 1.1418E+03 2.1014E+03 7.3216E-01 -7.1404E+00 -4.0286E+00 7.8726E+00 1.4488E+01 21 1.5583E+03 1.4514E+02 1.3330E+02 1.4132E+03 5.2131E+02 1.0744E+01 1.0007E+00 9.1904E-01 9.7436E+00 3.5943E+00 22 7.3129E+02 6.1186E+01 3.9463E+02 6.7010E+02 6.7024E+02 5.0421E+00 4.2186E-01 2.7209E+00 4.6202E+00 4.6211E+00 2-520 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-249. Load Case 302, 30-ft. Side Drop + Slap-Down, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.3968E+02 -6.8637E+01 -5.3256E+02 3.6131E+03 1.2213E+03 9.6309E-01 -4.7324E-01 -3.6719E+00 2.4911E+01 8.4208E+00 2 9.1222E+02 -1.3328E+02 -2.5653E+02 9.3053E+02 1.1567E+03 6.2895E+00 -9.1893E-01 -1.7687E+00 6.4158E+00 7.9750E+00 3 1.3409E+02 -6.2195E+01 -5.2913E+02 3.6142E+03 1.2153E+03 9.2449E-01 -4.2882E-01 -3.6482E+00 2.4919E+01 8.3795E+00 4 7.1756E+02 -3.9376E+01 -9.5615E+02 2.9538E+03 6.3647E+02 4.9474E+00 -2.7149E-01 -6.5924E+00 2.0366E+01 4.3883E+00 5 1.0110E+03 -1.5693E+02 -1.3386E+03 2.9148E+03 7.6459E+01 6.9708E+00 -1.0820E+00 -9.2293E+00 2.0097E+01 5.2717E-01 6 1.1511E+03 -2.3027E+02 -1.3557E+03 2.6470E+03 1.4563E+02 7.9368E+00 -1.5877E+00 -9.3473E+00 1.8250E+01 1.0041E+00 7 2.0904E+02 1.2182E+02 -1.1830E+01 1.5169E+03 8.0662E+01 1.4412E+00 8.3991E-01 -8.1566E-02 1.0459E+01 5.5614E-01 8 1.3473E+02 1.1408E+02 1.7296E+01 7.2069E+02 1.0594E+02 9.2895E-01 7.8656E-01 1.1925E-01 4.9690E+00 7.3045E-01 9 2.1845E+02 1.1923E+02 -1.2258E+01 1.4963E+03 8.1904E+01 1.5062E+00 8.2203E-01 -8.4518E-02 1.0317E+01 5.6471E-01 10 1.2717E+03 -6.8768E+01 -1.3667E+03 1.9866E+03 6.7179E+02 8.7678E+00 -4.7414E-01 -9.4232E+00 1.3697E+01 4.6318E+00 11 6.0792E+02 -3.3477E+02 -1.5654E+03 2.0550E+03 6.2723E+02 4.1915E+00 -2.3082E+00 -1.0793E+01 1.4168E+01 4.3246E+00 12 -4.2067E+01 -2.9458E+02 -1.2994E+03 1.2681E+03 1.4601E+02

                  -2.9004E-01 -2.0310E+00 -8.9587E+00                 8.7433E+00      1.0067E+00 13        1.0517E+03 -1.6792E+02 -1.2557E+03                2.8279E+03      8.2296E+01 7.2513E+00 -1.1577E+00 -8.6579E+00                1.9497E+01      5.6741E-01 14        8.0120E+02 -1.2512E+02 -1.1483E+03                2.7763E+03      5.5651E+02 5.5241E+00 -8.6270E-01 -7.9169E+00                1.9142E+01      3.8370E+00 15      -6.5674E+01 -2.3256E+02 -1.2914E+03                 1.2881E+03      5.3015E+01
                  -4.5281E-01 -1.6035E+00 -8.9037E+00                 8.8812E+00      3.6552E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-521 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.2799E+02 -8.8239E+01 -1.1994E+03 2.6960E+03 2.5158E+02 8.8247E-01 -6.0838E-01 -8.2695E+00 1.8589E+01 1.7346E+00 17 4.0181E+02 -2.6336E+01 -1.0550E+03 2.6877E+03 2.6710E+02 2.7704E+00 -1.8158E-01 -7.2740E+00 1.8531E+01 1.8416E+00 18 8.6913E+02 -1.0430E+02 -1.0064E+03 2.9196E+03 2.0213E+02 5.9924E+00 -7.1913E-01 -6.9386E+00 2.0130E+01 1.3936E+00 19 7.5856E+02 -2.0786E+02 -1.3113E+03 3.1150E+03 2.3580E+02 5.2301E+00 -1.4331E+00 -9.0411E+00 2.1477E+01 1.6258E+00 20 7.9190E+02 -2.1748E+02 -1.2537E+03 2.3570E+03 1.8706E+02 5.4600E+00 -1.4995E+00 -8.6437E+00 1.6251E+01 1.2898E+00 21 -2.4145E+01 -2.8385E+02 -1.4077E+03 1.4476E+03 1.7288E+02

                 -1.6647E-01 -1.9571E+00 -9.7054E+00                  9.9809E+00       1.1920E+00 22    -2.1531E+01 -3.0654E+02 -1.4702E+03                  1.5102E+03       1.4132E+02
                 -1.4845E-01 -2.1135E+00 -1.0136E+01                  1.0412E+01       9.7438E-01 2-522                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-250. Load Case 303, 30-ft. Cg/Corner Drop, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.0882E+02 9.9384E+01 -1.3350E+03 2.3145E+03 8.3219E+02 2.1292E+00 6.8523E-01 -9.2043E+00 1.5958E+01 5.7377E+00 2 3.2694E+02 -9.7695E+01 -5.7799E+02 1.2703E+03 2.0891E+02 2.2541E+00 -6.7358E-01 -3.9851E+00 8.7586E+00 1.4404E+00 3 1.0783E+03 -3.4774E+01 -1.3952E+02 1.2178E+03 3.2285E+02 7.4345E+00 -2.3976E-01 -9.6193E-01 8.3964E+00 2.2260E+00 4 3.1767E+02 3.0107E+01 -1.4176E+03 3.9975E+03 4.3202E+02 2.1903E+00 2.0758E-01 -9.7741E+00 2.7562E+01 2.9787E+00 5 3.9524E+02 -3.3432E+02 -1.9562E+03 2.3042E+03 2.6207E+02 2.7251E+00 -2.3051E+00 -1.3487E+01 1.5887E+01 1.8069E+00 6 3.8951E+02 -6.0195E+02 -2.1436E+03 2.4948E+03 4.8545E+02 2.6856E+00 -4.1503E+00 -1.4780E+01 1.7201E+01 3.3470E+00 7 3.3983E+02 5.9379E+01 -2.2951E+02 2.5180E+03 5.0709E+01 2.3430E+00 4.0941E-01 -1.5824E+00 1.7361E+01 3.4963E-01 8 4.5534E+02 1.0147E+01 -2.9234E+02 1.9301E+03 3.3335E+01 3.1395E+00 6.9965E-02 -2.0156E+00 1.3308E+01 2.2984E-01 9 5.0291E+02 -1.4606E+02 -3.0233E+02 1.3196E+03 4.5411E+01 3.4674E+00 -1.0070E+00 -2.0845E+00 9.0983E+00 3.1310E-01 10 5.3146E+02 -1.3192E+02 -2.0961E+02 9.6928E+02 4.4100E+02 3.6643E+00 -9.0956E-01 -1.4452E+00 6.6829E+00 3.0406E+00 11 6.2706E+02 5.8407E+01 -7.3861E+01 7.1636E+02 3.3225E+02 4.3235E+00 4.0270E-01 -5.0926E-01 4.9391E+00 2.2908E+00 12 3.3457E+02 1.2032E+01 -1.4275E+01 3.4885E+02 7.1196E+01 2.3068E+00 8.2959E-02 -9.8420E-02 2.4052E+00 4.9088E-01 13 5.3330E+02 -1.0521E+02 -1.8677E+02 7.2444E+02 3.1629E+01 3.6770E+00 -7.2538E-01 -1.2877E+00 4.9948E+00 2.1807E-01 14 5.3246E+02 -1.3802E+02 -2.0479E+02 7.3725E+02 8.2920E+01 3.6712E+00 -9.5164E-01 -1.4120E+00 5.0832E+00 5.7171E-01 15 3.3884E+02 1.0369E+02 -1.0038E+03 1.3811E+03 3.2166E+01 2.3362E+00 7.1493E-01 -6.9213E+00 9.5227E+00 2.2178E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-523 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.4454E+02 3.1933E+01 -1.0252E+03 3.0364E+03 2.5476E+02 3.0650E+00 2.2017E-01 -7.0682E+00 2.0935E+01 1.7565E+00 17 4.1155E+02 9.8915E+01 -9.5956E+02 2.9072E+03 5.0705E+02 2.8375E+00 6.8199E-01 -6.6159E+00 2.0044E+01 3.4960E+00 18 3.9052E+02 -9.1967E+01 -1.4386E+03 2.3354E+03 4.5800E+02 2.6925E+00 -6.3409E-01 -9.9186E+00 1.6102E+01 3.1578E+00 19 4.2118E+02 -2.2376E+02 -1.9041E+03 2.1644E+03 5.2637E+02 2.9039E+00 -1.5428E+00 -1.3128E+01 1.4923E+01 3.6292E+00 20 2.7251E+02 -3.8419E+02 -1.8683E+03 2.1308E+03 1.9785E+02 1.8789E+00 -2.6489E+00 -1.2881E+01 1.4691E+01 1.3641E+00 21 2.9946E+02 2.2593E+02 -3.6470E+01 3.2279E+02 8.0494E+00 2.0647E+00 1.5577E+00 -2.5145E-01 2.2256E+00 5.5499E-02 22 5.0760E+02 4.1393E+01 -9.8404E+02 1.5315E+03 1.2996E+02 3.4998E+00 2.8539E-01 -6.7847E+00 1.0560E+01 8.9601E-01 2-524 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-251. Load Case 304, 30-ft. Head-On Drop at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -4.2094E+01 -4.0127E+03 -7.6985E+02 3.9707E+03 1.7722E+03

                  -2.9023E-01 -2.7667E+01 -5.3079E+00                 2.7377E+01      1.2219E+01 2       4.5773E+01 -2.0425E+03 -6.8408E+01                2.0882E+03      6.5677E+00 3.1559E-01 -1.4082E+01 -4.7165E-01                1.4398E+01      4.5283E-02 3       1.4450E+01 -7.9327E+02 -6.4051E+01                8.0772E+02      1.0498E+02 9.9628E-02 -5.4694E+00 -4.4161E-01                5.5691E+00      7.2380E-01 4       1.7387E+03 -7.0074E+03 -2.2463E+03                8.7461E+03      8.9683E+03 1.1988E+01 -4.8314E+01 -1.5488E+01                6.0302E+01      6.1834E+01 5       6.7297E+02 -3.2671E+03 -1.3129E+03                3.9400E+03      6.0243E+03 4.6400E+00 -2.2526E+01 -9.0524E+00                2.7166E+01      4.1536E+01 6     -4.1478E+02 -1.6406E+03 -1.1933E+03                 1.2258E+03      1.3883E+03
                  -2.8598E+00 -1.1311E+01 -8.2276E+00                 8.4515E+00      9.5719E+00 7     -3.4014E+00 -7.8863E+02 -2.4678E+01                 7.8522E+02      2.6087E+01
                  -2.3452E-02 -5.4374E+00 -1.7015E-01                 5.4139E+00      1.7987E-01 8     -9.6327E-01 -6.5266E+02 -1.6763E+01                 6.5170E+02      1.0380E+00
                  -6.6415E-03 -4.4999E+00 -1.1557E-01                 4.4933E+00      7.1571E-03 9     -4.1248E-01 -5.1526E+02 -1.4599E+01                 5.1485E+02      1.2519E+00
                  -2.8439E-03 -3.5526E+00 -1.0066E-01                 3.5498E+00      8.6317E-03 10      -7.7868E+01 -5.2278E+02            4.1327E+01       4.4491E+02      4.0089E+02
                  -5.3688E-01 -3.6045E+00            2.8494E-01       3.0676E+00      2.7640E+00 11        1.9052E+02 -3.0257E+02           6.3088E+01       4.9309E+02      1.5253E+02 1.3136E+00 -2.0862E+00           4.3498E-01       3.3998E+00      1.0517E+00 12        2.0361E+02 -4.8603E+01           1.4788E+02       2.5221E+02      4.5981E+02 1.4038E+00 -3.3511E-01           1.0196E+00       1.7389E+00      3.1703E+00 13        3.7569E+02 -9.2489E+01           1.6459E+02       4.6817E+02      2.7750E+02 2.5903E+00 -6.3769E-01           1.1348E+00       3.2279E+00      1.9133E+00 14        4.2923E+02 -5.1008E+01           2.2351E+02       4.8024E+02      8.9745E+01 2.9594E+00 -3.5169E-01           1.5411E+00       3.3111E+00      6.1877E-01 15        1.6958E+03      1.4207E+02 -1.0543E+01            1.5537E+03      7.7502E+00 1.1692E+01      9.7953E-01 -7.2693E-02            1.0712E+01      5.3436E-02 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-525 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 6.2734E+02 -1.0095E+03 -4.2212E+02 1.6368E+03 1.1965E+03 4.3254E+00 -6.9603E+00 -2.9104E+00 1.1286E+01 8.2493E+00 17 8.7592E+02 -8.7259E+02 -5.5885E+02 1.7485E+03 1.8863E+03 6.0393E+00 -6.0163E+00 -3.8531E+00 1.2056E+01 1.3006E+01 18 9.8482E+02 -1.8022E+03 -1.8269E+02 2.7870E+03 3.6441E+03 6.7901E+00 -1.2426E+01 -1.2596E+00 1.9216E+01 2.5125E+01 19 5.7335E+02 -1.9731E+03 -8.3942E+02 2.5464E+03 2.2689E+03 3.9531E+00 -1.3604E+01 -5.7876E+00 1.7557E+01 1.5644E+01 20 1.5027E+02 -1.4560E+03 -8.2116E+02 1.6063E+03 2.9554E+03 1.0361E+00 -1.0039E+01 -5.6617E+00 1.1075E+01 2.0377E+01 21 2.1657E+03 2.0163E+02 1.8515E+02 1.9641E+03 7.2396E+02 1.4932E+01 1.3902E+00 1.2766E+00 1.3542E+01 4.9915E+00 22 1.0261E+03 8.5458E+01 5.5324E+02 9.4068E+02 9.4114E+02 7.0750E+00 5.8921E-01 3.8145E+00 6.4858E+00 6.4889E+00 2-526 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-252. Load Case 305, 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.9412E+02 -9.2510E+01 -7.1002E+02 5.0282E+03 1.6993E+03 1.3384E+00 -6.3783E-01 -4.8954E+00 3.4668E+01 1.1716E+01 2 1.2705E+03 -1.8353E+02 -3.4588E+02 1.2956E+03 1.6107E+03 8.7597E+00 -1.2654E+00 -2.3847E+00 8.9328E+00 1.1105E+01 3 1.8634E+02 -8.3546E+01 -7.0533E+02 5.0297E+03 1.6910E+03 1.2848E+00 -5.7603E-01 -4.8631E+00 3.4678E+01 1.1659E+01 4 9.9781E+02 -5.7415E+01 -1.3161E+03 4.1071E+03 8.8459E+02 6.8796E+00 -3.9586E-01 -9.0741E+00 2.8317E+01 6.0990E+00 5 1.4064E+03 -2.2092E+02 -1.8471E+03 4.0504E+03 1.0609E+02 9.6965E+00 -1.5232E+00 -1.2735E+01 2.7927E+01 7.3148E-01 6 1.6015E+03 -3.2210E+02 -1.8724E+03 3.6777E+03 2.0161E+02 1.1042E+01 -2.2208E+00 -1.2910E+01 2.5357E+01 1.3901E+00 7 2.8822E+02 1.5972E+02 -1.7752E+01 2.1032E+03 1.1034E+02 1.9872E+00 1.1012E+00 -1.2240E-01 1.4501E+01 7.6075E-01 8 1.7966E+02 1.4991E+02 2.3124E+01 9.8986E+02 1.4815E+02 1.2387E+00 1.0336E+00 1.5943E-01 6.8248E+00 1.0215E+00 9 3.0138E+02 1.5610E+02 -1.8358E+01 2.0745E+03 1.1206E+02 2.0779E+00 1.0763E+00 -1.2657E-01 1.4303E+01 7.7260E-01 10 1.7692E+03 -1.0179E+02 -1.8912E+03 2.7594E+03 9.3568E+02 1.2198E+01 -7.0182E-01 -1.3039E+01 1.9026E+01 6.4513E+00 11 8.4687E+02 -4.4524E+02 -2.1696E+03 2.8542E+03 8.6720E+02 5.8390E+00 -3.0698E+00 -1.4959E+01 1.9679E+01 5.9791E+00 12 -5.8495E+01 -4.1322E+02 -1.7998E+03 1.7568E+03 2.0230E+02

                  -4.0331E-01 -2.8490E+00 -1.2409E+01                 1.2113E+01      1.3948E+00 13        1.4630E+03 -2.3587E+02 -1.7329E+03                3.9300E+03      1.1378E+02 1.0087E+01 -1.6263E+00 -1.1948E+01                2.7096E+01      7.8452E-01 14        1.1144E+03 -1.7639E+02 -1.5827E+03                3.8590E+03      7.7373E+02 7.6836E+00 -1.2162E+00 -1.0913E+01                2.6607E+01      5.3347E+00 15      -9.0950E+01 -3.2607E+02 -1.7920E+03                 1.7880E+03      7.3707E+01
                  -6.2708E-01 -2.2482E+00 -1.2355E+01                 1.2328E+01      5.0819E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-527 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.7775E+02 -1.2436E+02 -1.6547E+03 3.7477E+03 3.4974E+02 1.2255E+00 -8.5741E-01 -1.1408E+01 2.5839E+01 2.4114E+00 17 5.5885E+02 -3.9168E+01 -1.4542E+03 3.7364E+03 3.7155E+02 3.8532E+00 -2.7006E-01 -1.0026E+01 2.5761E+01 2.5617E+00 18 1.2090E+03 -1.4722E+02 -1.3855E+03 4.0588E+03 2.8121E+02 8.3354E+00 -1.0151E+00 -9.5528E+00 2.7984E+01 1.9388E+00 19 1.0553E+03 -2.9021E+02 -1.8070E+03 4.3297E+03 3.2814E+02 7.2759E+00 -2.0010E+00 -1.2459E+01 2.9852E+01 2.2624E+00 20 1.1022E+03 -3.0343E+02 -1.7320E+03 3.2749E+03 2.5961E+02 7.5991E+00 -2.0921E+00 -1.1942E+01 2.2580E+01 1.7899E+00 21 -3.3469E+01 -3.9757E+02 -1.9533E+03 2.0093E+03 2.4029E+02

                 -2.3076E-01 -2.7412E+00 -1.3468E+01                  1.3854E+01       1.6567E+00 22    -2.9865E+01 -4.2919E+02 -2.0401E+03                  2.0961E+03       1.9640E+02
                 -2.0591E-01 -2.9592E+00 -1.4066E+01                  1.4452E+01       1.3541E+00 2-528                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-253. Load Case 306, 30-ft. Cg/Corner Drop at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.6031E+02 1.1604E+02 -1.5585E+03 2.7004E+03 9.7099E+02 2.4843E+00 8.0008E-01 -1.0746E+01 1.8619E+01 6.6947E+00 2 3.8085E+02 -1.1403E+02 -6.7492E+02 1.4821E+03 2.4375E+02 2.6259E+00 -7.8621E-01 -4.6534E+00 1.0219E+01 1.6806E+00 3 1.2572E+03 -4.0757E+01 -1.6291E+02 1.4201E+03 3.7648E+02 8.6681E+00 -2.8101E-01 -1.1232E+00 9.7914E+00 2.5957E+00 4 3.7062E+02 3.5184E+01 -1.6544E+03 4.6640E+03 5.0417E+02 2.5553E+00 2.4259E-01 -1.1406E+01 3.2157E+01 3.4761E+00 5 4.6116E+02 -3.9003E+02 -2.2827E+03 2.6886E+03 3.0576E+02 3.1796E+00 -2.6892E+00 -1.5739E+01 1.8537E+01 2.1082E+00 6 4.5447E+02 -7.0231E+02 -2.5014E+03 2.9109E+03 5.6637E+02 3.1334E+00 -4.8423E+00 -1.7247E+01 2.0070E+01 3.9050E+00 7 3.9637E+02 6.9316E+01 -2.6767E+02 2.9378E+03 5.9191E+01 2.7329E+00 4.7792E-01 -1.8455E+00 2.0256E+01 4.0811E-01 8 5.3104E+02 1.1888E+01 -3.4097E+02 2.2519E+03 3.8881E+01 3.6614E+00 8.1965E-02 -2.3509E+00 1.5526E+01 2.6807E-01 9 5.8648E+02 -1.7018E+02 -3.5260E+02 1.5395E+03 5.2968E+01 4.0436E+00 -1.1734E+00 -2.4311E+00 1.0615E+01 3.6520E-01 10 6.1982E+02 -1.5383E+02 -2.4448E+02 1.1308E+03 5.1456E+02 4.2735E+00 -1.0606E+00 -1.6856E+00 7.7963E+00 3.5478E+00 11 7.3131E+02 6.8124E+01 -8.6113E+01 8.3556E+02 3.8754E+02 5.0422E+00 4.6970E-01 -5.9373E-01 5.7610E+00 2.6720E+00 12 3.9020E+02 1.4076E+01 -1.6619E+01 4.0682E+02 8.3056E+01 2.6904E+00 9.7054E-02 -1.1458E-01 2.8049E+00 5.7265E-01 13 6.2191E+02 -1.2274E+02 -2.1791E+02 8.4494E+02 3.6907E+01 4.2880E+00 -8.4627E-01 -1.5024E+00 5.8257E+00 2.5446E-01 14 6.2092E+02 -1.6100E+02 -2.3898E+02 8.5990E+02 9.6686E+01 4.2811E+00 -1.1101E+00 -1.6477E+00 5.9288E+00 6.6663E-01 15 3.9537E+02 1.2096E+02 -1.1714E+03 1.6116E+03 3.7528E+01 2.7259E+00 8.3399E-01 -8.0766E+00 1.1112E+01 2.5875E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-529 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 5.1874E+02 3.7258E+01 -1.1965E+03 3.5428E+03 2.9725E+02 3.5766E+00 2.5689E-01 -8.2496E+00 2.4427E+01 2.0494E+00 17 4.8025E+02 1.1544E+02 -1.1199E+03 3.3920E+03 5.9156E+02 3.3112E+00 7.9591E-01 -7.7218E+00 2.3387E+01 4.0787E+00 18 4.5567E+02 -1.0726E+02 -1.6788E+03 2.7248E+03 5.3436E+02 3.1417E+00 -7.3955E-01 -1.1575E+01 1.8787E+01 3.6843E+00 19 4.9145E+02 -2.6105E+02 -2.2220E+03 2.5253E+03 6.1414E+02 3.3884E+00 -1.7999E+00 -1.5320E+01 1.7412E+01 4.2343E+00 20 3.1796E+02 -4.4826E+02 -2.1801E+03 2.4862E+03 2.3085E+02 2.1923E+00 -3.0907E+00 -1.5031E+01 1.7142E+01 1.5916E+00 21 3.4932E+02 2.6348E+02 -4.2515E+01 3.7650E+02 9.3910E+00 2.4085E+00 1.8166E+00 -2.9313E-01 2.5959E+00 6.4749E-02 22 5.9226E+02 4.8287E+01 -1.1483E+03 1.7871E+03 1.5162E+02 4.0835E+00 3.3293E-01 -7.9176E+00 1.2322E+01 1.0454E+00 2-530 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-254. Load Case 311, 4-ft. Drop onto Rod, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.0628E+02 -4.9951E+02 5.2133E+02 7.0578E+02 3.6794E+00 1.4222E+00 -3.4440E+00 3.5944E+00 4.8662E+00 2.5369E-02 2 9.7119E+00 -3.3206E+02 2.2342E+01 3.4177E+02 1.1125E+02 6.6961E-02 -2.2895E+00 1.5404E-01 2.3564E+00 7.6705E-01 3 -1.6402E+00 -1.2721E+02 -1.3949E+00 1.2557E+02 1.4617E+01

                  -1.1309E-02 -8.7706E-01 -9.6178E-03                 8.6575E-01      1.0078E-01 4       9.9753E+02 -2.9860E+02           9.2603E+02       1.2961E+03      3.8144E+02 6.8777E+00 -2.0588E+00           6.3848E+00       8.9365E+00      2.6299E+00 5       8.9652E+02 -7.3102E+02           8.0956E+02       1.6275E+03      1.2367E+03 6.1813E+00 -5.0402E+00           5.5817E+00       1.1221E+01      8.5265E+00 6     -1.6175E+02 -1.5458E+03            2.2211E+02       1.3841E+03      1.0179E+02
                  -1.1152E+00 -1.0658E+01            1.5314E+00       9.5430E+00      7.0184E-01 7     -7.5795E-01 -9.6629E+02 -1.1520E+01                 9.6553E+02      1.2715E+01
                  -5.2259E-03 -6.6623E+00 -7.9425E-02                 6.6571E+00      8.7666E-02 8     -1.0510E-01 -5.5458E+02 -8.0492E+00                 5.5448E+02      1.1177E-01
                  -7.2461E-04 -3.8237E+00 -5.5498E-02                 3.8230E+00      7.7061E-04 9       1.4254E+00 -2.4540E+02 -9.5904E+00                2.4683E+02      4.6153E+00 9.8277E-03 -1.6920E+00 -6.6124E-02                1.7018E+00      3.1821E-02 10        9.6863E+01 -1.3712E+02           1.8414E+02       2.3398E+02      3.1484E+02 6.6785E-01 -9.4540E-01           1.2696E+00       1.6132E+00      2.1707E+00 11        1.6178E+02 -1.5472E+02           1.0365E+02       3.1650E+02      3.7600E+01 1.1154E+00 -1.0667E+00           7.1461E-01       2.1822E+00      2.5925E-01 12        1.2243E+02 -2.8632E+02           1.0373E+02       4.0875E+02      6.0876E+02 8.4414E-01 -1.9741E+00           7.1518E-01       2.8182E+00      4.1972E+00 13        5.9946E+02 -6.6468E+01           1.9441E+02       6.6593E+02      6.8838E+02 4.1331E+00 -4.5828E-01           1.3404E+00       4.5914E+00      4.7462E+00 14        6.1276E+02 -8.5532E+01           2.1954E+02       6.9829E+02      5.9216E+02 4.2248E+00 -5.8972E-01           1.5137E+00       4.8145E+00      4.0828E+00 15      -7.8465E+03 -4.0547E+04 -3.2688E+03                 3.2700E+04      8.6713E+02
                  -5.4100E+01 -2.7956E+02 -2.2538E+01                 2.2546E+02      5.9787E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-531 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.2425E+03 -4.5369E+03 -1.8808E+02 6.7794E+03 9.6881E+03 1.5462E+01 -3.1281E+01 -1.2968E+00 4.6742E+01 6.6797E+01 17 -3.0895E+02 -4.2002E+03 4.6060E+02 3.8912E+03 6.8057E+03

                 -2.1301E+00 -2.8959E+01            3.1757E+00        2.6829E+01       4.6924E+01 18    -2.7004E+02 -1.6941E+03 -3.1620E+02                  1.4241E+03       4.3105E+02
                 -1.8619E+00 -1.1681E+01 -2.1801E+00                  9.8189E+00       2.9720E+00 19      7.4373E+02 -1.0598E+03 -1.3258E+02                 1.8035E+03       2.2113E+03 5.1279E+00 -7.3070E+00 -9.1408E-01                 1.2435E+01       1.5246E+01 20      1.1079E+03 -1.1824E+03 -3.2353E+02                 2.2903E+03       3.4755E+03 7.6386E+00 -8.1524E+00 -2.2307E+00                 1.5791E+01       2.3963E+01 21      8.6882E+01 -1.2537E+02 -2.6223E+01                 2.1225E+02       4.0111E+02 5.9903E-01 -8.6440E-01 -1.8080E-01                 1.4634E+00       2.7655E+00 22    -1.1520E+03 -1.4960E+04 -4.2375E+03                  1.3808E+04       1.0341E+04
                 -7.9425E+00 -1.0314E+02 -2.9216E+01                  9.5200E+01       7.1298E+01 2-532                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-255. Load Combination 301, Head-On Drop Orientation, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 301, 102, 201, 211 30-ft. Head-On Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 3.42 2.12 5.54 20.00 66.30 >10 23.60 14.62 38.22 137.90 457.12 2 1.52 0.03 1.55 20.00 66.30 >10 10.49 0.22 10.71 137.90 457.12 3 0.59 0.10 0.69 20.00 66.30 >10 4.08 0.69 4.77 137.90 457.12 4 11.17 15.09 26.26 20.00 66.30 1.52 76.99 104.07 181.06 137.90 457.12 5 7.08 11.25 18.33 20.00 66.30 2.62 48.80 77.59 126.38 137.90 457.12 6 2.53 3.26 5.79 20.00 61.80 9.67 17.46 22.47 39.93 137.90 426.10 7 0.84 0.03 0.87 20.00 61.80 >10 5.80 0.18 5.98 137.90 426.10 8 0.75 0.00 0.75 20.00 61.80 >10 5.14 0.01 5.15 137.90 426.10 9 0.65 0.01 0.66 20.00 61.80 >10 4.46 0.09 4.55 137.90 426.10 10 1.29 1.29 2.58 20.00 61.80 >10 8.89 8.89 17.78 137.90 426.10 11 0.96 0.39 1.35 20.00 61.80 >10 6.60 2.69 9.29 137.90 426.10 12 0.69 0.73 1.42 20.00 61.80 >10 4.77 5.03 9.80 137.90 426.10 13 1.37 1.13 2.50 20.00 61.80 >10 9.47 7.76 17.23 137.90 426.10 Radioactive Material Transport Packaging System Safety Analysis Report 2-533 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.33 1.05 2.38 20.00 66.30 >10 9.14 7.26 16.40 137.90 457.12 15 4.94 5.46 10.40 20.00 66.30 5.38 34.07 37.61 71.69 137.90 457.12 16 3.49 4.25 7.73 20.00 66.30 7.57 24.05 29.28 53.33 137.90 457.12 17 2.89 3.80 6.69 20.00 66.30 8.91 19.90 26.21 46.11 137.90 457.12 18 3.93 5.59 9.52 20.00 66.30 5.96 27.09 38.56 65.65 137.90 457.12 19 4.93 6.41 11.34 20.00 66.30 4.85 33.96 44.23 78.18 137.90 457.12 20 3.68 6.81 10.50 20.00 61.80 4.89 25.40 46.96 72.36 137.90 426.10 21 1.64 0.99 2.62 20.00 66.30 >10 11.29 6.81 18.10 137.90 457.12 22 2.64 3.01 5.65 20.00 66.30 >10 18.21 20.75 38.96 137.90 457.12 Min MS: 1.525, Location: 4, Combination: Pm+Pb 2-534 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-256. Load Combination 302, Side Drop Orientation, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 302, 102, 201, 211 30-ft. Side Drop + Slap-Down 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 4.21 2.08 6.29 20.00 66.30 9.53 29.05 14.35 43.40 137.90 457.12 2 0.97 1.18 2.16 20.00 66.30 >10 6.70 8.16 14.86 137.90 457.12 3 3.64 1.24 4.88 20.00 66.30 >10 25.09 8.54 33.63 137.90 457.12 4 7.90 9.35 17.25 20.00 66.30 2.84 54.46 64.48 118.94 137.90 457.12 5 7.19 7.05 14.24 20.00 66.30 3.66 49.57 48.57 98.15 137.90 457.12 6 4.31 2.42 6.72 20.00 61.80 8.19 29.70 16.65 46.35 137.90 426.10 7 1.80 0.09 1.89 20.00 61.80 >10 12.42 0.61 13.03 137.90 426.10 8 1.01 0.11 1.11 20.00 61.80 >10 6.93 0.73 7.66 137.90 426.10 9 1.78 0.09 1.87 20.00 61.80 >10 12.28 0.64 12.93 137.90 426.10 10 2.97 1.68 4.65 20.00 61.80 >10 20.46 11.58 32.05 137.90 426.10 11 2.67 0.91 3.58 20.00 61.80 >10 18.39 6.29 24.68 137.90 426.10 12 1.78 0.56 2.34 20.00 61.80 >10 12.30 3.84 16.14 137.90 426.10 13 3.87 1.00 4.87 20.00 61.80 >10 26.67 6.89 33.56 137.90 426.10 Radioactive Material Transport Packaging System Safety Analysis Report 2-535 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 3.76 1.54 5.30 20.00 66.30 >10 25.90 10.61 36.51 137.90 457.12 15 5.12 5.50 10.63 20.00 66.30 5.24 35.32 37.94 73.27 137.90 457.12 16 5.02 3.65 8.66 20.00 66.30 6.65 34.59 25.14 59.73 137.90 457.12 17 4.33 2.72 7.05 20.00 66.30 8.40 29.85 18.78 48.63 137.90 457.12 18 4.86 3.20 8.07 20.00 66.30 7.22 33.54 22.07 55.61 137.90 457.12 19 6.23 5.04 11.27 20.00 66.30 4.88 42.95 34.73 77.68 137.90 457.12 20 4.90 4.90 9.80 20.00 61.80 5.31 33.78 33.76 67.54 137.90 426.10 21 1.67 0.64 2.31 20.00 66.30 >10 11.53 4.40 15.93 137.90 457.12 22 3.48 2.48 5.96 20.00 66.30 >10 24.00 17.11 41.11 137.90 457.12 Min MS: 2.843, Location: 4, Combination: Pm+Pb 2-536 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-257. Load Combination 303, Cg/Corner Drop Orientation, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 303, 102, 201, 211 30-ft. Cg/Corner Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 2.91 1.69 4.61 20.00 66.30 >10 20.10 11.66 31.76 137.90 457.12 2 1.31 0.24 1.55 20.00 66.30 >10 9.04 1.63 10.67 137.90 457.12 3 1.24 0.35 1.59 20.00 66.30 >10 8.57 2.39 10.95 137.90 457.12 4 8.94 9.15 18.09 20.00 66.30 2.67 61.66 63.07 124.72 137.90 457.12 5 6.58 7.23 13.81 20.00 66.30 3.80 45.36 49.85 95.22 137.90 457.12 6 4.16 2.76 6.91 20.00 61.80 7.94 28.65 19.00 47.65 137.90 426.10 7 2.80 0.06 2.86 20.00 61.80 >10 19.33 0.40 19.73 137.90 426.10 8 2.21 0.03 2.25 20.00 61.80 >10 15.27 0.23 15.50 137.90 426.10 9 1.60 0.06 1.66 20.00 61.80 >10 11.06 0.39 11.46 137.90 426.10 10 1.95 1.45 3.40 20.00 61.80 >10 13.45 9.99 23.44 137.90 426.10 11 1.33 0.62 1.95 20.00 61.80 >10 9.16 4.25 13.41 137.90 426.10 12 0.86 0.48 1.35 20.00 61.80 >10 5.96 3.32 9.28 137.90 426.10 13 1.76 0.95 2.71 20.00 61.80 >10 12.17 6.54 18.71 137.90 426.10 Radioactive Material Transport Packaging System Safety Analysis Report 2-537 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.72 1.07 2.78 20.00 66.30 >10 11.84 7.35 19.19 137.90 457.12 15 5.22 5.48 10.70 20.00 66.30 5.20 35.96 37.80 73.76 137.90 457.12 16 5.36 3.65 9.01 20.00 66.30 6.36 36.94 25.16 62.10 137.90 457.12 17 4.55 2.96 7.51 20.00 66.30 7.82 31.36 20.44 51.80 137.90 457.12 18 4.28 3.46 7.74 20.00 66.30 7.57 29.51 23.84 53.35 137.90 457.12 19 5.28 5.33 10.61 20.00 66.30 5.25 36.39 36.73 73.13 137.90 457.12 20 4.67 4.91 9.58 20.00 61.80 5.45 32.22 33.84 66.06 137.90 426.10 21 0.55 0.47 1.02 20.00 66.30 >10 3.77 3.27 7.04 137.90 457.12 22 3.50 2.47 5.97 20.00 66.30 >10 24.15 17.03 41.18 137.90 457.12 Min MS: 2.665, Location: 4, Combination: Pm+Pb 2-538 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-258. Load Combination 304, Head-On Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 304, 105, 202, 211 30-ft. Head-On Drop at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 4.56 2.62 7.18 20.00 70.00 8.75 31.43 18.06 49.49 137.90 482.63 2 2.12 0.03 2.15 20.00 70.00 >10 14.62 0.23 14.85 137.90 482.63 3 0.82 0.11 0.93 20.00 70.00 >10 5.65 0.75 6.40 137.90 482.63 4 9.66 10.55 20.21 20.00 70.00 2.46 66.59 72.77 139.36 137.90 482.63 5 4.89 7.49 12.38 20.00 70.00 4.65 33.72 51.66 85.38 137.90 482.63 6 1.62 2.03 3.65 20.00 70.00 >10 11.15 14.03 25.18 137.90 482.63 7 0.94 0.03 0.97 20.00 70.00 >10 6.47 0.19 6.67 137.90 482.63 8 0.81 0.00 0.81 20.00 70.00 >10 5.55 0.01 5.56 137.90 482.63 9 0.67 0.00 0.67 20.00 70.00 >10 4.61 0.01 4.62 137.90 482.63 10 0.64 0.49 1.13 20.00 70.00 >10 4.44 3.36 7.80 137.90 482.63 11 0.60 0.22 0.82 20.00 70.00 >10 4.15 1.52 5.67 137.90 482.63 12 0.33 0.47 0.80 20.00 70.00 >10 2.26 3.23 5.49 137.90 482.63 13 0.82 0.64 1.46 20.00 70.00 >10 5.67 4.39 10.06 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-539 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.82 0.38 1.20 20.00 70.00 >10 5.64 2.65 8.29 137.90 482.63 15 2.04 0.29 2.33 20.00 70.00 >10 14.09 2.01 16.09 137.90 482.63 16 1.78 1.40 3.18 20.00 70.00 >10 12.27 9.65 21.92 137.90 482.63 17 1.85 2.04 3.89 20.00 70.00 >10 12.76 14.08 26.84 137.90 482.63 18 2.97 3.95 6.92 20.00 70.00 9.11 20.49 27.23 47.72 137.90 482.63 19 2.82 2.64 5.46 20.00 70.00 >10 19.43 18.23 37.66 137.90 482.63 20 1.88 3.40 5.28 20.00 70.00 >10 12.95 23.46 36.41 137.90 482.63 21 2.02 0.81 2.83 20.00 70.00 >10 13.91 5.62 19.53 137.90 482.63 22 1.29 1.02 2.31 20.00 70.00 >10 8.87 7.05 15.92 137.90 482.63 Min MS: 2.463, Location: 4, Combination: Pm+Pb 2-540 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-259. Load Combination 305, Side Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 305, 105, 202, 211 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 5.62 2.55 8.16 20.00 70.00 7.55 38.72 17.56 56.28 137.90 482.63 2 1.33 1.64 2.97 20.00 70.00 >10 9.16 11.29 20.45 137.90 482.63 3 5.04 1.70 6.74 20.00 70.00 8.52 34.76 11.69 46.45 137.90 482.63 4 5.02 2.47 7.49 20.00 70.00 8.35 34.61 17.04 51.64 137.90 482.63 5 5.00 1.57 6.58 20.00 70.00 8.60 34.48 10.86 45.34 137.90 482.63 6 4.07 0.85 4.92 20.00 70.00 >10 28.06 5.85 33.91 137.90 482.63 7 2.26 0.11 2.37 20.00 70.00 >10 15.56 0.77 16.34 137.90 482.63 8 1.14 0.15 1.29 20.00 70.00 >10 7.89 1.02 8.91 137.90 482.63 9 2.23 0.11 2.34 20.00 70.00 >10 15.36 0.78 16.14 137.90 482.63 10 2.96 1.02 3.98 20.00 70.00 >10 20.40 7.05 27.45 137.90 482.63 11 2.96 0.93 3.90 20.00 70.00 >10 20.43 6.44 26.87 137.90 482.63 12 1.83 0.21 2.04 20.00 70.00 >10 12.63 1.46 14.09 137.90 482.63 13 4.28 0.47 4.76 20.00 70.00 >10 29.54 3.26 32.80 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-541 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 4.20 1.07 5.27 20.00 70.00 >10 28.94 7.36 36.30 137.90 482.63 15 2.28 0.36 2.63 20.00 70.00 >10 15.70 2.46 18.16 137.90 482.63 16 3.89 0.55 4.44 20.00 70.00 >10 26.82 3.82 30.64 137.90 482.63 17 3.84 0.53 4.37 20.00 70.00 >10 26.47 3.64 30.11 137.90 482.63 18 4.24 0.59 4.83 20.00 70.00 >10 29.26 4.04 33.31 137.90 482.63 19 4.60 0.70 5.30 20.00 70.00 9.43 31.72 4.85 36.58 137.90 482.63 20 3.55 0.71 4.25 20.00 70.00 >10 24.46 4.87 29.33 137.90 482.63 21 2.06 0.33 2.39 20.00 70.00 >10 14.22 2.28 16.50 137.90 482.63 22 2.44 0.28 2.72 20.00 70.00 >10 16.83 1.92 18.75 137.90 482.63 Min MS: 7.547, Location: 1, Combination: Pm 2-542 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-260. Load Combination 306, Cg/Corner Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 306, 105, 202, 211 30-ft. Cg/Corner Drop at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 3.29 1.82 5.11 20.00 70.00 >10 22.67 12.54 35.21 137.90 482.63 2 1.51 0.27 1.79 20.00 70.00 >10 10.45 1.86 12.31 137.90 482.63 3 1.43 0.38 1.81 20.00 70.00 >10 9.87 2.62 12.50 137.90 482.63 4 5.58 2.09 7.67 20.00 70.00 7.61 38.45 14.41 52.86 137.90 482.63 5 3.64 1.77 5.41 20.00 70.00 >10 25.09 12.23 37.32 137.90 482.63 6 3.30 1.21 4.52 20.00 70.00 >10 22.77 8.36 31.13 137.90 482.63 7 3.09 0.06 3.15 20.00 70.00 >10 21.32 0.42 21.74 137.90 482.63 8 2.41 0.04 2.44 20.00 70.00 >10 16.59 0.27 16.85 137.90 482.63 9 1.69 0.05 1.75 20.00 70.00 >10 11.67 0.37 12.04 137.90 482.63 10 1.33 0.60 1.93 20.00 70.00 >10 9.17 4.14 13.31 137.90 482.63 11 0.94 0.45 1.40 20.00 70.00 >10 6.51 3.14 9.65 137.90 482.63 12 0.48 0.09 0.57 20.00 70.00 >10 3.33 0.63 3.96 137.90 482.63 13 1.20 0.40 1.60 20.00 70.00 >10 8.27 2.73 11.00 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-543 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.20 0.39 1.59 20.00 70.00 >10 8.26 2.70 10.96 137.90 482.63 15 2.10 0.32 2.42 20.00 70.00 >10 14.48 2.21 16.69 137.90 482.63 16 3.69 0.50 4.19 20.00 70.00 >10 25.41 3.45 28.87 137.90 482.63 17 3.49 0.75 4.24 20.00 70.00 >10 24.09 5.16 29.25 137.90 482.63 18 2.91 0.84 3.75 20.00 70.00 >10 20.06 5.79 25.85 137.90 482.63 19 2.80 0.99 3.79 20.00 70.00 >10 19.28 6.82 26.11 137.90 482.63 20 2.76 0.68 3.44 20.00 70.00 >10 19.02 4.68 23.69 137.90 482.63 21 0.43 0.10 0.53 20.00 70.00 >10 2.96 0.69 3.65 137.90 482.63 22 2.13 0.23 2.37 20.00 70.00 >10 14.70 1.61 16.31 137.90 482.63 Min MS: 7.608, Location: 4, Combination: Pm 2-544 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-261. Load Combination 310, Additional Increased External Pressure (290 psi), Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 204, 101, 211 Additional Increased External Pressure, 2 MPa (290 psia) 100°F Ambient, Maximum Decay Heat Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.75 0.95 1.70 20.00 66.30 >10 5.19 6.56 11.75 137.90 457.12 2 0.19 0.03 0.22 20.00 66.30 >10 1.29 0.21 1.51 137.90 457.12 3 0.18 0.12 0.30 20.00 66.30 >10 1.25 0.82 2.07 137.90 457.12 4 6.25 11.56 17.80 20.00 66.30 2.72 43.06 79.68 122.74 137.90 457.12 5 6.38 9.75 16.13 20.00 66.30 3.11 43.98 67.20 111.18 137.90 457.12 6 2.50 4.07 6.57 20.00 66.30 9.10 17.22 28.06 45.27 137.90 457.12 7 1.26 0.02 1.28 20.00 66.30 >10 8.69 0.14 8.83 137.90 457.12 8 1.26 0.00 1.26 20.00 66.30 >10 8.68 0.00 8.69 137.90 457.12 9 1.26 0.02 1.28 20.00 66.30 >10 8.68 0.12 8.80 137.90 457.12 10 1.18 0.71 1.89 20.00 66.30 >10 8.13 4.89 13.02 137.90 457.12 11 0.76 0.47 1.23 20.00 66.30 >10 5.25 3.23 8.48 137.90 457.12 12 1.67 2.42 4.09 20.00 66.30 >10 11.53 16.70 28.23 137.90 457.12 13 1.29 1.36 2.64 20.00 66.30 >10 8.87 9.35 18.22 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-545 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.97 0.62 1.58 20.00 66.30 >10 6.66 4.25 10.91 137.90 457.12 15 4.03 0.08 4.11 20.00 66.30 >10 27.78 0.57 28.35 137.90 457.12 16 0.80 1.16 1.96 20.00 66.30 >10 5.50 8.02 13.53 137.90 457.12 17 0.57 1.01 1.58 20.00 66.30 >10 3.94 6.96 10.91 137.90 457.12 18 0.67 1.18 1.85 20.00 66.30 >10 4.62 8.13 12.75 137.90 457.12 19 0.95 1.13 2.08 20.00 66.30 >10 6.52 7.81 14.33 137.90 457.12 20 1.01 1.27 2.29 20.00 66.30 >10 6.98 8.78 15.77 137.90 457.12 21 1.91 0.95 2.87 20.00 66.30 >10 13.19 6.58 19.77 137.90 457.12 22 1.83 0.90 2.73 20.00 66.30 >10 12.64 6.19 18.83 137.90 457.12 Min MS: 2.724, Location: 4, Combination: Pm+Pb 2-546 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-262. Load Combination 311, 4-ft. Drop onto Rod, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 311, 101, 201, 211 4-ft. Drop onto Rod 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.31 0.86 2.17 20.00 66.30 >10 9.01 5.95 14.96 137.90 457.12 2 0.38 0.14 0.52 20.00 66.30 >10 2.64 0.95 3.60 137.90 457.12 3 0.15 0.04 0.19 20.00 66.30 >10 1.04 0.26 1.30 137.90 457.12 4 6.24 9.10 15.34 20.00 66.30 3.32 43.03 62.72 105.75 137.90 457.12 5 5.90 8.21 14.11 20.00 66.30 3.70 40.70 56.57 97.27 137.90 457.12 6 3.04 2.37 5.42 20.00 66.30 >10 20.99 16.35 37.34 137.90 457.12 7 1.25 0.02 1.27 20.00 66.30 >10 8.62 0.14 8.76 137.90 457.12 8 0.84 0.00 0.84 20.00 66.30 >10 5.79 0.00 5.79 137.90 457.12 9 0.53 0.02 0.55 20.00 66.30 >10 3.67 0.11 3.78 137.90 457.12 10 1.22 1.32 2.54 20.00 66.30 >10 8.38 9.12 17.50 137.90 457.12 11 0.93 0.32 1.25 20.00 66.30 >10 6.40 2.22 8.63 137.90 457.12 12 0.92 1.02 1.94 20.00 66.30 >10 6.37 7.03 13.40 137.90 457.12 13 1.71 1.61 3.31 20.00 66.30 >10 11.77 11.07 22.83 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-547 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.68 1.57 3.25 20.00 66.30 >10 11.57 10.86 22.43 137.90 457.12 15 36.54 6.32 42.85 20.00 66.30 0.27 251.90 43.56 295.46 137.90 457.12 16 9.10 13.08 22.18 20.00 66.30 1.99 62.75 90.20 152.95 137.90 457.12 17 5.53 9.26 14.80 20.00 66.30 3.48 38.15 63.87 102.01 137.90 457.12 18 3.37 3.43 6.80 20.00 66.30 8.75 23.23 23.65 46.88 137.90 457.12 19 4.92 7.01 11.93 20.00 66.30 4.56 33.90 48.35 82.25 137.90 457.12 20 4.83 8.19 13.02 20.00 66.30 4.09 33.32 56.44 89.76 137.90 457.12 21 0.44 0.87 1.30 20.00 66.30 >10 3.01 5.98 8.99 137.90 457.12 22 15.78 12.68 28.46 20.00 66.30 1.33 108.79 87.43 196.22 137.90 457.12 Min MS: 0.270, Location: 15, Combination: Pm 2-548 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-263. Load Combination 312, 4-ft. Drop onto Rod at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 311, 104, 201, 211 4-ft. Drop onto Rod -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.31 0.86 2.17 20.00 70.00 >10 9.01 5.95 14.96 137.90 482.63 2 0.38 0.14 0.52 20.00 70.00 >10 2.64 0.95 3.60 137.90 482.63 3 0.15 0.04 0.19 20.00 70.00 >10 1.04 0.26 1.30 137.90 482.63 4 6.24 9.10 15.34 20.00 70.00 3.56 43.03 62.72 105.75 137.90 482.63 5 5.90 8.21 14.11 20.00 70.00 3.96 40.70 56.57 97.27 137.90 482.63 6 3.04 2.37 5.42 20.00 70.00 >10 20.99 16.35 37.34 137.90 482.63 7 1.25 0.02 1.27 20.00 70.00 >10 8.62 0.14 8.76 137.90 482.63 8 0.84 0.00 0.84 20.00 70.00 >10 5.79 0.00 5.79 137.90 482.63 9 0.53 0.02 0.55 20.00 70.00 >10 3.67 0.11 3.78 137.90 482.63 10 1.22 1.32 2.54 20.00 70.00 >10 8.38 9.12 17.50 137.90 482.63 11 0.93 0.32 1.25 20.00 70.00 >10 6.40 2.22 8.63 137.90 482.63 12 0.92 1.02 1.94 20.00 70.00 >10 6.37 7.03 13.40 137.90 482.63 13 1.71 1.61 3.31 20.00 70.00 >10 11.77 11.07 22.83 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-549 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 1.68 1.57 3.25 20.00 70.00 >10 11.57 10.86 22.43 137.90 482.63 15 36.54 6.32 42.85 20.00 70.00 0.31 251.90 43.56 295.46 137.90 482.63 16 9.10 13.08 22.18 20.00 70.00 2.16 62.75 90.20 152.95 137.90 482.63 17 5.53 9.26 14.80 20.00 70.00 3.73 38.15 63.87 102.01 137.90 482.63 18 3.37 3.43 6.80 20.00 70.00 9.30 23.23 23.65 46.88 137.90 482.63 19 4.92 7.01 11.93 20.00 70.00 4.87 33.90 48.35 82.25 137.90 482.63 20 4.83 8.19 13.02 20.00 70.00 4.38 33.32 56.44 89.76 137.90 482.63 21 0.44 0.87 1.30 20.00 70.00 >10 3.01 5.98 8.99 137.90 482.63 22 15.78 12.68 28.46 20.00 70.00 1.46 108.79 87.43 196.22 137.90 482.63 Min MS: 0.314, Location: 15, Combination: Pm 2-550 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-264. Load Combination 350, Fire at 30 Minutes, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 111, 201, 211 Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 20.00 66.30 >10 4.14 5.93 10.07 137.90 457.12 2 0.04 0.03 0.07 20.00 66.30 >10 0.28 0.19 0.47 137.90 457.12 3 0.03 0.02 0.05 20.00 66.30 >10 0.17 0.16 0.33 137.90 457.12 4 4.94 8.72 13.66 20.00 66.30 3.85 34.09 60.09 94.18 137.90 457.12 5 4.28 6.97 11.24 20.00 66.30 4.90 29.48 48.05 77.52 137.90 457.12 6 1.66 2.27 3.93 20.00 61.80 >10 11.45 15.65 27.10 137.90 426.10 7 0.29 0.01 0.29 20.00 61.80 >10 1.97 0.05 2.02 137.90 426.10 8 0.28 0.00 0.28 20.00 61.80 >10 1.96 0.00 1.96 137.90 426.10 9 0.28 0.01 0.30 20.00 61.80 >10 1.96 0.08 2.04 137.90 426.10 10 0.98 1.01 1.99 20.00 61.80 >10 6.76 6.95 13.72 137.90 426.10 11 0.61 0.28 0.90 20.00 61.80 >10 4.22 1.96 6.18 137.90 426.10 12 0.52 0.41 0.93 20.00 61.80 >10 3.55 2.83 6.39 137.90 426.10 13 1.04 0.92 1.96 20.00 66.30 >10 7.17 6.32 13.50 137.90 457.12 Radioactive Material Transport Packaging System Safety Analysis Report 2-551 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 66.30 >10 6.76 6.78 13.53 137.90 457.12 15 3.84 5.45 9.29 20.00 66.30 6.14 26.44 37.58 64.02 137.90 457.12 16 2.32 3.39 5.72 20.00 66.30 >10 16.01 23.40 39.41 137.90 457.12 17 1.64 2.46 4.10 20.00 66.30 >10 11.32 16.94 28.26 137.90 457.12 18 1.94 3.00 4.94 20.00 66.30 >10 13.41 20.68 34.09 137.90 457.12 19 3.11 4.80 7.92 20.00 66.30 7.38 21.47 33.11 54.57 137.90 457.12 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 66.30 >10 1.55 3.21 4.76 137.90 457.12 22 1.97 2.34 4.31 20.00 66.30 >10 13.59 16.13 29.72 137.90 457.12 Min MS: 3.854, Location: 4, Combination: Pm+Pb 2-552 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-265. Load Combination 351, Post Fire at 60 Minutes, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 112, 201, 211 Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 17.40 59.20 >10 0.28 0.19 0.47 119.97 408.17 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 20.00 61.80 4.50 29.48 48.05 77.52 137.90 426.10 6 1.66 2.27 3.93 20.00 61.80 >10 11.45 15.65 27.10 137.90 426.10 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 20.00 61.80 >10 4.22 1.96 6.18 137.90 426.10 12 0.52 0.41 0.93 20.00 61.80 >10 3.55 2.83 6.39 137.90 426.10 13 1.04 0.92 1.96 20.00 61.80 >10 7.17 6.32 13.50 137.90 426.10 Radioactive Material Transport Packaging System Safety Analysis Report 2-553 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 66.30 >10 13.59 16.13 29.72 137.90 457.12 Min MS: 3.524, Location: 4, Combination: Pm+Pb 2-554 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-266. Load Combination 352, Post Fire at 90 Minutes, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 112, 201, 211 Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 18.70 59.70 >10 0.28 0.19 0.47 128.93 411.62 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 18.70 59.70 4.31 29.48 48.05 77.52 128.93 411.62 6 1.66 2.27 3.93 18.70 59.70 >10 11.45 15.65 27.10 128.93 411.62 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 18.70 59.70 >10 4.22 1.96 6.18 128.93 411.62 12 0.52 0.41 0.93 18.70 59.70 >10 3.55 2.83 6.39 128.93 411.62 13 1.04 0.92 1.96 20.00 61.80 >10 7.17 6.32 13.50 137.90 426.10 Radioactive Material Transport Packaging System Safety Analysis Report 2-555 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 61.80 >10 13.59 16.13 29.72 137.90 426.10 Min MS: 3.524, Location: 4, Combination: Pm+Pb 2-556 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-267. Load Combination 353, Post Fire at 120 Minutes, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 112, 201, 211 Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 18.70 59.70 >10 0.28 0.19 0.47 128.93 411.62 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 18.70 59.70 4.31 29.48 48.05 77.52 128.93 411.62 6 1.66 2.27 3.93 18.70 59.70 >10 11.45 15.65 27.10 128.93 411.62 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 18.70 59.70 >10 4.22 1.96 6.18 128.93 411.62 12 0.52 0.41 0.93 18.70 59.70 >10 3.55 2.83 6.39 128.93 411.62 13 1.04 0.92 1.96 20.00 61.80 >10 7.17 6.32 13.50 137.90 426.10 Radioactive Material Transport Packaging System Safety Analysis Report 2-557 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 61.80 >10 13.59 16.13 29.72 137.90 426.10 Min MS: 3.524, Location: 4, Combination: Pm+Pb 2-558 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-268. Load Combination 354, Post Fire at 150 Minutes, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 112, 201, 211 Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 18.70 59.70 >10 0.28 0.19 0.47 128.93 411.62 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 18.70 59.70 4.31 29.48 48.05 77.52 128.93 411.62 6 1.66 2.27 3.93 18.70 59.70 >10 11.45 15.65 27.10 128.93 411.62 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 18.70 59.70 >10 4.22 1.96 6.18 128.93 411.62 12 0.52 0.41 0.93 18.70 59.70 >10 3.55 2.83 6.39 128.93 411.62 13 1.04 0.92 1.96 18.70 59.70 >10 7.17 6.32 13.50 128.93 411.62 Radioactive Material Transport Packaging System Safety Analysis Report 2-559 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 61.80 >10 13.59 16.13 29.72 137.90 426.10 Min MS: 3.524, Location: 4, Combination: Pm+Pb 2-560 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-269. Load Combination 355, Post Fire at 180 Minutes, Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Load Cases: 112, 201, 211 Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 18.70 59.70 >10 0.28 0.19 0.47 128.93 411.62 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 18.70 59.70 3.37 34.09 60.09 94.18 128.93 411.62 5 4.28 6.97 11.24 18.70 59.70 4.31 29.48 48.05 77.52 128.93 411.62 6 1.66 2.27 3.93 18.70 59.70 >10 11.45 15.65 27.10 128.93 411.62 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 18.70 59.70 >10 4.22 1.96 6.18 128.93 411.62 12 0.52 0.41 0.93 18.70 59.70 >10 3.55 2.83 6.39 128.93 411.62 13 1.04 0.92 1.96 18.70 59.70 >10 7.17 6.32 13.50 128.93 411.62 Radioactive Material Transport Packaging System Safety Analysis Report 2-561 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 18.70 59.70 7.23 17.53 32.47 50.00 128.93 411.62 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 61.80 >10 13.59 16.13 29.72 137.90 426.10 Min MS: 3.370, Location: 4, Combination: Pm+Pb 2-562 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.4 Structural Evaluation Results - Model AOS-100B This appendix presents the following information, specific to the Model AOS-100B transport package:

• Normal Conditions of Transport Stress Summary and Comparisons with Allowable - Model AOS-100B
• Hypothetical Accident Conditions of Transport Summary of Damages (Stresses) - Model AOS-100B Note: The drop analyses results for the Model AOS-100B are based by the impact loading identified for the Model AOS-100A; a conservative approach because the Model AOS-100B has less weight than the Model AOS-100A.

Radioactive Material Transport Packaging System Safety Analysis Report 2-563 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.4.1 Normal Conditions of Transport Stress Summary and Comparisons with Allowable - Model AOS-100B Table 2-270 and Table 2-271 present Model AOS-100B transport package Load Cases and Load Combinations, respectively, under Normal conditions of transport:

• Table 2-272 through Table 2-289 present Load Case output data. Comparisons with allowable stress limits are included for Load Cases 101, 102, 103, 104, 105, and 106.
• Table 2-290 through Table 2-306 present Load Combination output data.

Table 2-270. Load Cases Associated with Allowable Stresses under Normal Conditions of Transport - Model AOS-100B Load Case Description Data 101 100°F Ambient, Maximum Decay Heat Table 2-272 102 100°F Ambient, Maximum Decay Heat, Maximum Insolation Table 2-273 103 -20°F Ambient, Zero Decay Heat, Zero Insolation Table 2-274 104 -40°F Ambient, Zero Decay Heat, Zero Insolation Table 2-275 105 -40°F Ambient, Maximum Decay Heat Table 2-276 106 -20°F Ambient, Maximum Decay Heat Table 2-277 201 Internal Design Pressure, 1,930 kPa (280 psia) Table 2-278 202 Minimum External Pressure, 24 kPa (3.5 psia) Table 2-279 203 Maximum Increased External Pressure, 140 kPa (20 psia) Table 2-280 204 Additional Increased External Pressure, 2 MPa (290 psia) Table 2-281 211 Fabrication Stress Table 2-282 215 Compression Load (5x weight) Table 2-283 216 Rod Drop onto Cask Table 2-284 221 Forward 10g Vibration Inertia Load Table 2-285 222 Lateral 5g Vibration Inertia Load Table 2-286 223 Vertical 2g Vibration Inertia Load Table 2-287 231 3-ft. Head-On Drop Table 2-288 232 30-ft. Head-On Drop Impact Test, Normal Conditions Table 2-289 2-564 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-271. Load Combinations Associated with Allowable Stresses under Normal Conditions of Transport - Model AOS-100B Load Combination Load Cases Description Data 101 102, 201, 211 Hot Environment Table 2-290 102 104, 201, 211 Cold Environment Table 2-291 103 103, 202, 211 Increased External Pressure Table 2-292 104 101, 201, 202, 211 Minimum External Pressure Table 2-293 105 105, 201, 202, 211 Cold Environment with Maximum Decay Heat Table 2-294 106 101, 201, 203, 211 Maximum Pressure, Hot Environment Table 2-295 107 105, 201, 203, 211 Maximum Pressure, Cold Environment Table 2-296 215 215, 101, 201, 211 Compression Load Table 2-297 216 216, 101, 201, 211 Rod Drop Table 2-298 217 216, 104, 201, 211 Rod Drop, Cold Environment Table 2-299 221 221, 101, 201, 211 Forward Vibration Table 2-300 222 222, 101, 201, 211 Lateral Vibration Table 2-301 223 223, 101, 201, 211 Vertical Vibration Table 2-302 224 221, 103, 201, 211 Forward Vibration at Cold Temperature Table 2-303 225 222, 103, 201, 211 Lateral Vibration at Cold Temperature Table 2-304 226 223, 103, 201, 211 Vertical Vibration at Cold Temperature Table 2-305 231 231, 102, 201, 211 3-ft. Head-On Drop, Normal Conditions Table 2-306 30-ft. Head-On Drop, Normal Conditions 232a 232, 102, 201, 211 - (Impact Test) 233 231, 103, 211 3-ft. Drop at Cold Temperature Table 2-307

a. Load Combination 232 is documented only for the Model AOS-025A and AOS-050A transport packages, and demonstrates compliance with the requirements of IAEA TS-R-1, Paragraph 737 (Reference [2.2]).

Radioactive Material Transport Packaging System Safety Analysis Report 2-565 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-272. Load Case 101, 100°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0803E+02 -1.9243E+02 -1.3924E+01 3.0046E+02 4.2719E+02 7.4484E-01 -1.3267E+00 -9.6003E-02 2.0716E+00 2.9454E+00 2 1.4341E+02 -3.0628E+02 -9.5476E+01 4.4969E+02 9.2455E+02 9.8880E-01 -2.1117E+00 -6.5829E-01 3.1005E+00 6.3745E+00 3 1.0509E+02 -1.9235E+02 9.0296E+00 2.9744E+02 4.2157E+02 7.2459E-01 -1.3262E+00 6.2257E-02 2.0508E+00 2.9066E+00 4 6.5633E+02 -2.5001E+03 -4.6248E+02 3.1565E+03 6.2199E+03 4.5252E+00 -1.7238E+01 -3.1887E+00 2.1763E+01 4.2885E+01 5 6.4750E+02 -2.7847E+03 -1.2983E+03 3.4322E+03 5.4286E+03 4.4644E+00 -1.9200E+01 -8.9514E+00 2.3664E+01 3.7429E+01 6 1.0357E+02 -1.3704E+03 -1.6650E+03 1.4740E+03 1.7244E+03 7.1408E-01 -9.4487E+00 -1.1480E+01 1.0163E+01 1.1889E+01 7 -1.8779E+01 -4.6146E+02 2.5234E+01 4.4268E+02 4.1120E+02

                 -1.2948E-01 -3.1817E+00            1.7399E-01        3.0522E+00       2.8351E+00 8    -1.9103E+01 -4.6147E+02            3.2601E-02        4.4236E+02       4.1263E+02
                 -1.3171E-01 -3.1817E+00            2.2478E-04        3.0500E+00       2.8450E+00 9    -1.8867E+01 -4.6074E+02 -1.1404E+01                  4.4188E+02       3.9342E+02
                 -1.3008E-01 -3.1767E+00 -7.8626E-02                  3.0466E+00       2.7125E+00 10    -6.1752E+01 -6.7272E+02            2.0181E+02        6.1097E+02       1.2261E+03
                 -4.2576E-01 -4.6383E+00            1.3914E+00        4.2125E+00       8.4539E+00 11    -1.7635E+02 -9.6788E+02 -4.4001E+02                  7.9153E+02       3.1832E+01
                 -1.2159E+00 -6.6733E+00 -3.0338E+00                  5.4574E+00       2.1948E-01 12      2.6034E+00 -1.1988E+03 -1.1894E+03                 1.2014E+03       6.3656E+01 1.7950E-02 -8.2656E+00 -8.2004E+00                 8.2835E+00       4.3889E-01 13    -1.0573E+02 -1.5943E+03 -1.6417E+02                  1.4886E+03       6.6986E+02
                 -7.2900E-01 -1.0992E+01 -1.1319E+00                  1.0263E+01       4.6186E+00 14    -1.2121E+02 -1.3921E+03            1.3879E+02        1.2708E+03       9.7342E+02
                 -8.3573E-01 -9.5979E+00            9.5694E-01        8.7621E+00       6.7115E+00 15      2.6477E+02 -2.4404E+02           5.3926E+01        5.0880E+02       8.5555E+02 1.8255E+00 -1.6826E+00           3.7181E-01        3.5081E+00       5.8988E+00 2-566                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 7.6582E+01 -1.1001E+02 -1.4296E+02 1.8659E+02 3.0600E+02 5.2801E-01 -7.5850E-01 -9.8567E-01 1.2865E+00 2.1098E+00 17 3.5023E+01 -9.3734E+01 -1.3238E+02 1.2876E+02 2.2804E+02 2.4147E-01 -6.4627E-01 -9.1275E-01 8.8774E-01 1.5723E+00 18 1.2087E+02 -2.1982E+02 1.1819E+03 3.4069E+02 1.8750E+02 8.3337E-01 -1.5156E+00 8.1492E+00 2.3489E+00 1.2927E+00 19 -3.1520E+01 -4.6824E+02 1.3478E+03 4.3672E+02 5.2246E+02

                  -2.1732E-01 -3.2284E+00            9.2927E+00       3.0111E+00      3.6022E+00 20      -1.6296E+01 -1.0384E+03            1.2550E+02       1.0221E+03      1.0222E+02
                  -1.1236E-01 -7.1595E+00            8.6530E-01       7.0471E+00      7.0475E-01 21        2.0355E+01 -4.4272E+01 -2.3759E+01                6.4626E+01      1.2272E+02 1.4034E-01 -3.0524E-01 -1.6381E-01                4.4558E-01      8.4616E-01 22      -2.6655E+01 -8.3776E+01 -7.7286E+01                 5.7121E+01      9.6540E+01
                  -1.8378E-01 -5.7762E-01 -5.3287E-01                 3.9384E-01      6.6562E-01 Allowable Stress for Load Case 101 LOC       Tmax          Tave             Sm            Sy            Su (deg_F)        (deg_F)          (ksi)        (ksi)          (ksi) 1      213.42        211.51          20.00        25.00          66.30 2      214.30        210.71          20.00        25.00          66.30 3      213.16        211.18          20.00        25.00          66.30 4      216.38        216.15          20.00        25.00          66.30 5      221.14        220.35          20.00        25.00          66.30 6      223.00        222.22          20.00        25.00          66.30 7      224.79        223.40          20.00        25.00          66.30 8      224.87        223.49          20.00        25.00          66.30 9      224.81        223.42          20.00        25.00          66.30 10      225.15        223.53          20.00        25.00          66.30 11      227.00        224.70          20.00        25.00          66.30 12      232.15        229.57          20.00        25.00          66.30 13      221.52        220.46          20.00        25.00          66.30 14      218.88        218.28          20.00        25.00          66.30 15      215.30        215.25          20.00        25.00          66.30 16      216.64        216.30          20.00        25.00          66.30 17      216.94        216.68          20.00        25.00          66.30 18      218.82        218.44          20.00        25.00          66.30 19      220.48        219.78          20.00        25.00          66.30 20      228.92        227.71          20.00        25.00          66.30 21      212.96        212.85          20.00        25.00          66.30 22      214.18        214.07          20.00        25.00          66.30 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-567 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-273. Load Case 102, 100°F Ambient, Maximum Decay Heat, Maximum Insolation, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0040E+02 -1.8330E+02 -4.6024E+00 2.8369E+02 3.9834E+02 6.9221E-01 -1.2638E+00 -3.1732E-02 1.9560E+00 2.7465E+00 2 1.3676E+02 -2.9275E+02 -9.2405E+01 4.2951E+02 8.8299E+02 9.4291E-01 -2.0184E+00 -6.3711E-01 2.9614E+00 6.0880E+00 3 1.0213E+02 -1.8271E+02 6.6129E-01 2.8484E+02 4.0891E+02 7.0417E-01 -1.2597E+00 4.5595E-03 1.9639E+00 2.8193E+00 4 6.0545E+02 -2.3746E+03 -4.4128E+02 2.9800E+03 5.8721E+03 4.1744E+00 -1.6372E+01 -3.0425E+00 2.0547E+01 4.0487E+01 5 6.0039E+02 -2.6486E+03 -1.2672E+03 3.2490E+03 5.1413E+03 4.1395E+00 -1.8262E+01 -8.7368E+00 2.2401E+01 3.5448E+01 6 9.2129E+01 -1.3010E+03 -1.6153E+03 1.3931E+03 1.6132E+03 6.3520E-01 -8.9702E+00 -1.1137E+01 9.6054E+00 1.1122E+01 7 -1.7993E+01 -4.4241E+02 2.4113E+01 4.2442E+02 3.9246E+02

                 -1.2406E-01 -3.0503E+00            1.6625E-01        2.9263E+00       2.7059E+00 8    -1.8316E+01 -4.4249E+02            5.4994E-02        4.2418E+02       3.9562E+02
                 -1.2628E-01 -3.0509E+00            3.7917E-04        2.9246E+00       2.7277E+00 9    -1.8096E+01 -4.4183E+02 -1.1449E+01                  4.2374E+02       3.7799E+02
                 -1.2476E-01 -3.0463E+00 -7.8937E-02                  2.9216E+00       2.6061E+00 10    -6.0018E+01 -6.4621E+02            2.0023E+02        5.8619E+02       1.1747E+03
                 -4.1381E-01 -4.4555E+00            1.3805E+00        4.0417E+00       8.0996E+00 11    -1.6963E+02 -9.1986E+02 -4.1129E+02                  7.5023E+02       5.0599E+01
                 -1.1695E+00 -6.3422E+00 -2.8357E+00                  5.1727E+00       3.4886E-01 12      2.5549E+00 -1.1425E+03 -1.1333E+03                 1.1450E+03       8.2599E+01 1.7616E-02 -7.8770E+00 -7.8142E+00                 7.8946E+00       5.6950E-01 13    -9.8408E+01 -1.5093E+03 -1.5068E+02                  1.4108E+03       6.3655E+02
                 -6.7850E-01 -1.0406E+01 -1.0389E+00                  9.7274E+00       4.3888E+00 14    -1.1449E+02 -1.3180E+03            1.2706E+02        1.2035E+03       9.3838E+02
                 -7.8937E-01 -9.0873E+00            8.7606E-01        8.2979E+00       6.4699E+00 15      3.4634E+02 -3.6591E+02           3.2450E+01        7.1225E+02       1.2043E+03 2.3879E+00 -2.5229E+00           2.2374E-01        4.9108E+00       8.3036E+00 2-568                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.0438E+02 -1.7161E+02 -1.4949E+02 2.7599E+02 4.5282E+02 7.1969E-01 -1.1832E+00 -1.0307E+00 1.9029E+00 3.1221E+00 17 4.5971E+01 -1.3310E+02 -1.1543E+02 1.7907E+02 3.1517E+02 3.1696E-01 -9.1767E-01 -7.9584E-01 1.2346E+00 2.1730E+00 18 1.0443E+02 -2.2197E+02 1.1415E+03 3.2641E+02 1.1859E+02 7.2005E-01 -1.5305E+00 7.8701E+00 2.2505E+00 8.1766E-01 19 -2.7153E+01 -4.7734E+02 1.2848E+03 4.5019E+02 6.0204E+02

                  -1.8721E-01 -3.2912E+00            8.8585E+00       3.1040E+00      4.1509E+00 20      -3.0984E+01 -1.0060E+03            1.1333E+02       9.7504E+02      3.9217E+01
                  -2.1363E-01 -6.9363E+00            7.8139E-01       6.7227E+00      2.7039E-01 21        2.1789E+01 -4.1427E+01 -1.9586E+01                6.3216E+01      1.2096E+02 1.5023E-01 -2.8563E-01 -1.3504E-01                4.3586E-01      8.3398E-01 22      -3.1747E+01 -9.1194E+01 -7.5625E+01                 5.9446E+01      1.3364E+02
                  -2.1889E-01 -6.2876E-01 -5.2141E-01                 4.0987E-01      9.2138E-01 Allowable Stress for Load Case 102 LOC       Tmax          Tave             Sm            Sy            Su (deg_F)        (deg_F)          (ksi)        (ksi)          (ksi) 1      292.98        290.96          20.00        23.60          66.30 2      294.43        290.97          20.00        23.60          66.30 3      293.99        292.29          20.00        23.60          66.30 4      295.81        295.57          20.00        23.60          66.30 5      300.49        299.71          20.00        23.60          66.30 6      302.30        301.55          20.00        22.40          61.80 7      304.21        302.87          20.00        22.40          61.80 8      304.54        303.20          20.00        22.40          61.80 9      304.71        303.38          20.00        22.40          61.80 10      305.32        303.73          20.00        22.40          61.80 11      307.13        304.95          20.00        22.40          61.80 12      312.11        309.64          20.00        22.40          61.80 13      301.95        300.98          20.00        22.40          61.80 14      299.51        298.96          20.00        23.60          66.30 15      294.55        294.50          20.00        23.60          66.30 16      295.76        295.45          20.00        23.60          66.30 17      296.05        295.80          20.00        23.60          66.30 18      297.93        297.55          20.00        23.60          66.30 19      299.53        298.86          20.00        23.60          66.30 20      307.63        306.47          20.00        22.40          61.80 21      294.01        293.91          20.00        23.60          66.30 22      293.63        293.54          20.00        23.60          66.30 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-569 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-274. Load Case 103, -20°F Ambient, Zero Decay Heat, Zero Insolation, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0915E+01 -1.4534E+00 -1.7126E+00 1.2368E+01 1.2644E+01 7.5255E-02 -1.0021E-02 -1.1808E-02 8.5276E-02 8.7178E-02 2 9.9257E+00 -1.2611E-01 -2.6507E+00 1.0052E+01 3.6428E-02 6.8436E-02 -8.6947E-04 -1.8276E-02 6.9305E-02 2.5116E-04 3 1.2043E+01 -1.2367E+00 -1.6857E+00 1.3280E+01 1.5254E+01 8.3035E-02 -8.5264E-03 -1.1623E-02 9.1561E-02 1.0517E-01 4 4.9965E+02 -3.4390E+02 -6.3809E+01 8.4355E+02 1.7300E+03 3.4449E+00 -2.3711E+00 -4.3995E-01 5.8161E+00 1.1928E+01 5 8.1557E+02 -3.7152E+02 -6.4751E+01 1.1871E+03 1.5556E+03 5.6231E+00 -2.5615E+00 -4.4644E-01 8.1846E+00 1.0725E+01 6 5.2793E+02 -3.2826E+01 1.2815E+02 5.6076E+02 9.6583E+02 3.6400E+00 -2.2632E-01 8.8359E-01 3.8663E+00 6.6592E+00 7 2.5667E+02 3.5817E-02 -6.7333E+00 2.5663E+02 7.7543E+00 1.7697E+00 2.4695E-04 -4.6424E-02 1.7694E+00 5.3464E-02 8 2.5633E+02 1.5445E-03 2.9216E-01 2.5633E+02 1.0943E-01 1.7673E+00 1.0649E-05 2.0144E-03 1.7673E+00 7.5449E-04 9 2.5647E+02 2.5104E-03 -4.5623E+00 2.5647E+02 3.2343E+00 1.7683E+00 1.7308E-05 -3.1456E-02 1.7683E+00 2.2300E-02 10 2.6266E+02 -3.9675E+01 1.4177E+02 3.0233E+02 2.0139E+02 1.8110E+00 -2.7355E-01 9.7749E-01 2.0845E+00 1.3885E+00 11 7.1834E+01 -9.0416E+01 1.3921E+01 1.6225E+02 1.2292E+02 4.9528E-01 -6.2340E-01 9.5984E-02 1.1187E+00 8.4753E-01 12 3.2620E+01 -8.9081E+01 1.3923E+01 1.2170E+02 2.6164E+02 2.2491E-01 -6.1419E-01 9.5994E-02 8.3910E-01 1.8040E+00 13 3.8418E+02 -1.5146E+02 2.6869E+01 5.3564E+02 3.4150E+02 2.6488E+00 -1.0443E+00 1.8526E-01 3.6931E+00 2.3545E+00 14 3.0391E+02 -1.3259E+02 2.6558E+01 4.3650E+02 5.4677E+02 2.0954E+00 -9.1418E-01 1.8311E-01 3.0096E+00 3.7698E+00 15 3.8920E+01 -1.8710E+01 3.3995E+01 5.7630E+01 1.7875E+01 2.6835E-01 -1.2900E-01 2.3438E-01 3.9734E-01 1.2324E-01 2-570 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.4842E+02 -6.1294E+01 5.1323E+01 2.0971E+02 3.0649E+02 1.0233E+00 -4.2261E-01 3.5386E-01 1.4459E+00 2.1132E+00 17 1.4060E+02 -2.6710E+01 -1.1697E+01 1.6731E+02 2.9436E+02 9.6944E-01 -1.8416E-01 -8.0649E-02 1.1536E+00 2.0295E+00 18 1.5040E+02 -2.8890E+01 -2.3215E+01 1.7929E+02 3.1352E+02 1.0370E+00 -1.9919E-01 -1.6006E-01 1.2362E+00 2.1616E+00 19 1.8164E+02 -7.5003E+01 4.0247E+01 2.5664E+02 3.8699E+02 1.2524E+00 -5.1712E-01 2.7749E-01 1.7695E+00 2.6682E+00 20 2.0803E+02 -1.0318E+02 1.7412E+01 3.1121E+02 5.7753E+02 1.4343E+00 -7.1139E-01 1.2005E-01 2.1457E+00 3.9819E+00 21 2.4020E+01 -1.1538E+02 -1.1357E+01 1.3940E+02 3.4829E+02 1.6561E-01 -7.9555E-01 -7.8302E-02 9.6116E-01 2.4013E+00 22 7.3339E+00 -1.1052E+01 7.2823E+00 1.8386E+01 6.8998E+00 5.0565E-02 -7.6200E-02 5.0210E-02 1.2677E-01 4.7572E-02 Allowable Stress for Load Case 103 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 0.00 -20.00 20.00 30.00 70.00 2 0.00 -20.00 20.00 30.00 70.00 3 0.00 -20.00 20.00 30.00 70.00 4 0.00 -20.00 20.00 30.00 70.00 5 0.00 -20.00 20.00 30.00 70.00 6 0.00 -20.00 20.00 30.00 70.00 7 0.00 -20.00 20.00 30.00 70.00 8 0.00 -20.00 20.00 30.00 70.00 9 0.00 -20.00 20.00 30.00 70.00 10 0.00 -20.00 20.00 30.00 70.00 11 0.00 -20.00 20.00 30.00 70.00 12 0.00 -20.00 20.00 30.00 70.00 13 0.00 -20.00 20.00 30.00 70.00 14 0.00 -20.00 20.00 30.00 70.00 15 0.00 -20.00 20.00 30.00 70.00 16 0.00 -20.00 20.00 30.00 70.00 17 0.00 -20.00 20.00 30.00 70.00 18 0.00 -20.00 20.00 30.00 70.00 19 0.00 -20.00 20.00 30.00 70.00 20 0.00 -20.00 20.00 30.00 70.00 21 0.00 -20.00 20.00 30.00 70.00 22 0.00 -20.00 20.00 30.00 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-571 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-275. Load Case 104, -40°F Ambient, Zero Decay Heat, Zero Insolation, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.3340E+01 -1.7764E+00 -2.0932E+00 1.5117E+01 1.5454E+01 9.1978E-02 -1.2248E-02 -1.4432E-02 1.0423E-01 1.0655E-01 2 1.2131E+01 -1.5413E-01 -3.2397E+00 1.2286E+01 4.4523E-02 8.3643E-02 -1.0627E-03 -2.2337E-02 8.4706E-02 3.0697E-04 3 1.4719E+01 -1.5115E+00 -2.0603E+00 1.6231E+01 1.8644E+01 1.0149E-01 -1.0421E-02 -1.4206E-02 1.1191E-01 1.2855E-01 4 6.1068E+02 -4.2032E+02 -7.7988E+01 1.0310E+03 2.1144E+03 4.2105E+00 -2.8980E+00 -5.3771E-01 7.1085E+00 1.4578E+01 5 9.9680E+02 -4.5408E+02 -7.9140E+01 1.4509E+03 1.9013E+03 6.8727E+00 -3.1307E+00 -5.4565E-01 1.0003E+01 1.3109E+01 6 6.4525E+02 -4.0120E+01 1.5663E+02 6.8537E+02 1.1805E+03 4.4488E+00 -2.7662E-01 1.0799E+00 4.7255E+00 8.1390E+00 7 3.1371E+02 4.3777E-02 -8.2296E+00 3.1366E+02 9.4775E+00 2.1629E+00 3.0183E-04 -5.6741E-02 2.1626E+00 6.5345E-02 8 3.1329E+02 1.8877E-03 3.5709E-01 3.1329E+02 1.3375E-01 2.1601E+00 1.3015E-05 2.4620E-03 2.1601E+00 9.2215E-04 9 3.1346E+02 3.0682E-03 -5.5761E+00 3.1346E+02 3.9531E+00 2.1613E+00 2.1155E-05 -3.8446E-02 2.1612E+00 2.7255E-02 10 3.2103E+02 -4.8492E+01 1.7328E+02 3.6952E+02 2.4614E+02 2.2134E+00 -3.3434E-01 1.1947E+00 2.5477E+00 1.6971E+00 11 8.7797E+01 -1.1051E+02 1.7015E+01 1.9831E+02 1.5024E+02 6.0534E-01 -7.6193E-01 1.1731E-01 1.3673E+00 1.0359E+00 12 3.9869E+01 -1.0888E+02 1.7017E+01 1.4875E+02 3.1979E+02 2.7489E-01 -7.5068E-01 1.1733E-01 1.0256E+00 2.2048E+00 13 4.6956E+02 -1.8511E+02 3.2840E+01 6.5467E+02 4.1739E+02 3.2375E+00 -1.2763E+00 2.2642E-01 4.5138E+00 2.8778E+00 14 3.7145E+02 -1.6206E+02 3.2459E+01 5.3350E+02 6.6827E+02 2.5610E+00 -1.1173E+00 2.2380E-01 3.6784E+00 4.6076E+00 15 4.7569E+01 -2.2867E+01 4.1549E+01 7.0437E+01 2.1847E+01 3.2798E-01 -1.5766E-01 2.8647E-01 4.8564E-01 1.5063E-01 2-572 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8140E+02 -7.4915E+01 6.2728E+01 2.5632E+02 3.7460E+02 1.2507E+00 -5.1652E-01 4.3249E-01 1.7672E+00 2.5828E+00 17 1.7185E+02 -3.2645E+01 -1.4297E+01 2.0450E+02 3.5977E+02 1.1849E+00 -2.2508E-01 -9.8571E-02 1.4099E+00 2.4805E+00 18 1.8382E+02 -3.5309E+01 -2.8374E+01 2.1913E+02 3.8319E+02 1.2674E+00 -2.4345E-01 -1.9563E-01 1.5109E+00 2.6420E+00 19 2.2201E+02 -9.1670E+01 4.9191E+01 3.1367E+02 4.7298E+02 1.5307E+00 -6.3204E-01 3.3916E-01 2.1627E+00 3.2611E+00 20 2.5426E+02 -1.2611E+02 2.1282E+01 3.8036E+02 7.0587E+02 1.7530E+00 -8.6947E-01 1.4673E-01 2.6225E+00 4.8668E+00 21 2.9357E+01 -1.4103E+02 -1.3880E+01 1.7038E+02 4.2568E+02 2.0241E-01 -9.7234E-01 -9.5702E-02 1.1747E+00 2.9350E+00 22 8.9636E+00 -1.3508E+01 8.9006E+00 2.2472E+01 8.4331E+00 6.1802E-02 -9.3134E-02 6.1367E-02 1.5494E-01 5.8144E-02 Allowable Stress for Load Case 104 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 0.00 -40.00 20.00 30.00 70.00 2 0.00 -40.00 20.00 30.00 70.00 3 0.00 -40.00 20.00 30.00 70.00 4 0.00 -40.00 20.00 30.00 70.00 5 0.00 -40.00 20.00 30.00 70.00 6 0.00 -40.00 20.00 30.00 70.00 7 0.00 -40.00 20.00 30.00 70.00 8 0.00 -40.00 20.00 30.00 70.00 9 0.00 -40.00 20.00 30.00 70.00 10 0.00 -40.00 20.00 30.00 70.00 11 0.00 -40.00 20.00 30.00 70.00 12 0.00 -40.00 20.00 30.00 70.00 13 0.00 -40.00 20.00 30.00 70.00 14 0.00 -40.00 20.00 30.00 70.00 15 0.00 -40.00 20.00 30.00 70.00 16 0.00 -40.00 20.00 30.00 70.00 17 0.00 -40.00 20.00 30.00 70.00 18 0.00 -40.00 20.00 30.00 70.00 19 0.00 -40.00 20.00 30.00 70.00 20 0.00 -40.00 20.00 30.00 70.00 21 0.00 -40.00 20.00 30.00 70.00 22 0.00 -40.00 20.00 30.00 70.00 Radioactive Material Transport Packaging System Safety Analysis Report 2-573 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-276. Load Case 105, -40°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.1750E+02 -2.0776E+02 -2.0206E+01 3.2526E+02 4.6405E+02 8.1012E-01 -1.4325E+00 -1.3932E-01 2.2426E+00 3.1995E+00 2 1.5290E+02 -3.2804E+02 -9.8242E+01 4.8094E+02 9.8802E+02 1.0542E+00 -2.2618E+00 -6.7735E-01 3.3160E+00 6.8121E+00 3 1.1415E+02 -2.0846E+02 4.7286E+00 3.2261E+02 4.5896E+02 7.8703E-01 -1.4373E+00 3.2603E-02 2.2243E+00 3.1644E+00 4 7.4211E+02 -2.7654E+03 -5.1124E+02 3.5075E+03 6.9116E+03 5.1167E+00 -1.9067E+01 -3.5249E+00 2.4184E+01 4.7654E+01 5 7.3069E+02 -3.0790E+03 -1.4066E+03 3.8097E+03 6.0241E+03 5.0379E+00 -2.1229E+01 -9.6983E+00 2.6267E+01 4.1535E+01 6 1.2712E+02 -1.5175E+03 -1.8066E+03 1.6446E+03 1.9470E+03 8.7646E-01 -1.0463E+01 -1.2456E+01 1.1339E+01 1.3424E+01 7 -2.0233E+01 -5.0153E+02 2.8070E+01 4.8130E+02 4.4413E+02

                 -1.3950E-01 -3.4580E+00            1.9354E-01        3.3184E+00       3.0622E+00 8    -2.0582E+01 -5.0147E+02            1.1619E-02        4.8089E+02       4.4427E+02
                 -1.4190E-01 -3.4575E+00            8.0109E-05        3.3156E+00       3.0632E+00 9    -2.0325E+01 -5.0069E+02 -1.1926E+01                  4.8037E+02       4.2365E+02
                 -1.4014E-01 -3.4522E+00 -8.2229E-02                  3.3120E+00       2.9210E+00 10    -6.5775E+01 -7.3038E+02            2.1451E+02        6.6461E+02       1.3335E+03
                 -4.5351E-01 -5.0358E+00            1.4790E+00        4.5823E+00       9.1944E+00 11    -1.9448E+02 -1.0439E+03 -4.7934E+02                  8.4943E+02       1.8789E+01
                 -1.3409E+00 -7.1976E+00 -3.3050E+00                  5.8566E+00       1.2954E-01 12      4.5171E-01 -1.2899E+03 -1.2796E+03                 1.2903E+03       3.8929E+01 3.1144E-03 -8.8933E+00 -8.8224E+00                 8.8964E+00       2.6840E-01 13    -1.1861E+02 -1.7152E+03 -1.7722E+02                  1.5966E+03       7.1757E+02
                 -8.1778E-01 -1.1826E+01 -1.2219E+00                  1.1008E+01       4.9475E+00 14    -1.3069E+02 -1.4957E+03            1.5869E+02        1.3650E+03       1.0157E+03
                 -9.0110E-01 -1.0313E+01            1.0941E+00        9.4116E+00       7.0028E+00 15      9.6058E+01 -4.3290E+00           9.3851E+01        1.0039E+02       7.4427E+01 6.6229E-01 -2.9847E-02           6.4708E-01        6.9214E-01       5.1316E-01 2-574                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 3.7086E+01 -2.3955E+00 -1.2607E+02 3.9482E+01 1.2364E-01 2.5570E-01 -1.6516E-02 -8.6925E-01 2.7222E-01 8.5245E-04 17 1.7330E+01 -1.8766E+01 -1.6406E+02 3.6096E+01 4.6803E+01 1.1948E-01 -1.2939E-01 -1.1312E+00 2.4887E-01 3.2270E-01 18 1.5737E+02 -2.2205E+02 1.2711E+03 3.7942E+02 3.1945E+02 1.0850E+00 -1.5310E+00 8.7637E+00 2.6160E+00 2.2025E+00 19 -2.4027E+01 -4.7203E+02 1.4811E+03 4.4801E+02 3.7427E+02

                  -1.6566E-01 -3.2545E+00            1.0212E+01       3.0889E+00      2.5805E+00 20        1.9758E+01 -1.1116E+03           1.4626E+02       1.1314E+03      3.9629E+02 1.3623E-01 -7.6645E+00           1.0084E+00       7.8008E+00      2.7323E+00 21        2.8118E+01 -5.8405E+01 -2.8554E+01                8.6524E+01      1.6778E+02 1.9387E-01 -4.0269E-01 -1.9687E-01                5.9656E-01      1.1568E+00 22      -2.0658E+00 -9.0795E+01 -9.0258E+01                 8.8729E+01      3.6539E+01
                  -1.4243E-02 -6.2601E-01 -6.2230E-01                 6.1176E-01      2.5193E-01 Allowable Stress for Load Case 105 LOC       Tmax          Tave             Sm            Sy            Su (deg_F)        (deg_F)          (ksi)        (ksi)          (ksi) 1       85.44          83.42         20.00        30.00          70.00 2       86.26          82.35         20.00        30.00          70.00 3       85.07          82.95         20.00        30.00          70.00 4       88.70          88.46         20.00        30.00          70.00 5       93.82          92.97         20.00        30.00          70.00 6       95.78          94.97         20.00        30.00          70.00 7       97.83          96.33         20.00        30.00          70.00 8       97.89          96.39         20.00        30.00          70.00 9       97.82          96.32         20.00        30.00          70.00 10       98.07          96.36         20.00        30.00          70.00 11      100.02          97.52         20.00        30.00          70.00 12      105.52        102.73          20.00        30.00          70.00 13       94.07          92.90         20.00        30.00          70.00 14       91.17          90.52         20.00        30.00          70.00 15       87.99          87.92         20.00        30.00          70.00 16       89.54          89.16         20.00        30.00          70.00 17       89.87          89.58         20.00        30.00          70.00 18       91.76          91.38         20.00        30.00          70.00 19       93.55          92.80         20.00        30.00          70.00 20      102.76        101.42          20.00        30.00          70.00 21       84.85          84.72         20.00        30.00          70.00 22       86.45          86.32         20.00        30.00          70.00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-575 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-277. Load Case 106, -20°F Ambient, Maximum Decay Heat, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0940E+02 -2.0896E+02 -6.5116E+00 3.1836E+02 4.6897E+02 7.5430E-01 -1.4407E+00 -4.4896E-02 2.1950E+00 3.2334E+00 2 1.4827E+02 -3.2783E+02 -8.5420E+01 4.7611E+02 9.8264E+02 1.0223E+00 -2.2603E+00 -5.8895E-01 3.2826E+00 6.7751E+00 3 1.1160E+02 -2.0873E+02 1.1378E+01 3.2033E+02 4.5814E+02 7.6942E-01 -1.4392E+00 7.8450E-02 2.2086E+00 3.1588E+00 4 6.0884E+02 -2.5351E+03 -2.9596E+02 3.1440E+03 6.2724E+03 4.1978E+00 -1.7479E+01 -2.0406E+00 2.1677E+01 4.3247E+01 5 5.9007E+02 -3.0914E+03 -1.1527E+03 3.6814E+03 5.4891E+03 4.0684E+00 -2.1314E+01 -7.9473E+00 2.5383E+01 3.7846E+01 6 -4.4345E+01 -1.6830E+03 -1.6253E+03 1.6387E+03 2.1154E+03

                 -3.0575E-01 -1.1604E+01 -1.1206E+01                  1.1298E+01       1.4585E+01 7    -4.8761E+01 -7.7063E+02 -2.2889E+02                  7.2187E+02       4.4126E+02
                 -3.3620E-01 -5.3133E+00 -1.5782E+00                  4.9771E+00       3.0424E+00 8    -4.8649E+01 -7.7053E+02 -2.4908E+02                  7.2189E+02       4.3956E+02
                 -3.3543E-01 -5.3127E+00 -1.7174E+00                  4.9772E+00       3.0307E+00 9    -4.8517E+01 -7.6987E+02 -2.6161E+02                  7.2135E+02       4.2248E+02
                 -3.3451E-01 -5.3081E+00 -1.8037E+00                  4.9735E+00       2.9129E+00 10    -2.0221E+02 -9.0345E+02 -2.5829E+01                  7.0124E+02       1.2456E+03
                 -1.3942E+00 -6.2290E+00 -1.7809E-01                  4.8348E+00       8.5879E+00 11    -2.0441E+02 -1.1150E+03 -5.6512E+02                  9.1056E+02       2.0623E+02
                 -1.4094E+00 -7.6874E+00 -3.8963E+00                  6.2781E+00       1.4219E+00 12    -3.8297E+01 -1.3745E+03 -1.3602E+03                  1.3362E+03       1.5887E+02
                 -2.6405E-01 -9.4772E+00 -9.3783E+00                  9.2131E+00       1.0954E+00 13    -8.3045E+01 -2.0008E+03 -2.5393E+02                  1.9178E+03       1.0270E+03
                 -5.7258E-01 -1.3795E+01 -1.7508E+00                  1.3223E+01       7.0811E+00 14    -1.0150E+02 -1.7350E+03            7.5473E+01        1.6335E+03       1.5202E+03
                 -6.9981E-01 -1.1963E+01            5.2037E-01        1.1263E+01       1.0482E+01 15    -5.1137E+01 -2.1964E+02 -3.6493E+01                  1.6850E+02       1.3190E+02
                 -3.5258E-01 -1.5144E+00 -2.5161E-01                  1.1618E+00       9.0944E-01 2-576                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.2815E+01 -2.1335E+02 -2.5605E+02 2.5617E+02 3.4214E+02 2.9520E-01 -1.4710E+00 -1.7654E+00 1.7662E+00 2.3590E+00 17 -2.1640E+01 -2.2019E+02 -2.7328E+02 1.9854E+02 3.2333E+02

                  -1.4921E-01 -1.5181E+00 -1.8842E+00                 1.3689E+00      2.2293E+00 18        1.3046E+02 -6.6090E+02           1.1163E+03       7.9136E+02      8.8703E+02 8.9950E-01 -4.5568E+00           7.6969E+00       5.4563E+00      6.1159E+00 19        8.2187E+01 -1.2729E+03           1.0531E+03       1.3550E+03      2.2264E+03 5.6666E-01 -8.7760E+00           7.2609E+00       9.3427E+00      1.5351E+01 20      -1.6824E+02 -1.5715E+03 -1.9003E+02                 1.4032E+03      1.9396E+03
                  -1.1600E+00 -1.0835E+01 -1.3102E+00                 9.6751E+00      1.3373E+01 21        2.4016E+01 -5.1131E+01 -2.5561E+01                7.5147E+01      1.4563E+02 1.6558E-01 -3.5254E-01 -1.7624E-01                5.1812E-01      1.0041E+00 22        2.6272E+01 -1.2895E+02 -5.5174E+01                1.5522E+02      3.4963E+02 1.8114E-01 -8.8905E-01 -3.8041E-01                1.0702E+00      2.4106E+00 Allowable Stress for Load Case 106 LOC       Tmax          Tave             Sm            Sy            Su (deg_F)        (deg_F)          (ksi)        (ksi)          (ksi) 1      104.27        102.27          20.00        30.00          70.00 2      105.11        101.26          20.00        30.00          70.00 3      103.90        101.79          20.00        30.00          70.00 4      107.48        107.24          20.00        30.00          70.00 5      112.55        111.70          20.00        30.00          70.00 6      114.50        113.69          20.00        30.00          70.00 7      116.50        115.02          20.00        30.00          70.00 8      116.56        115.08          20.00        30.00          70.00 9      116.49        115.01          20.00        30.00          70.00 10      116.74        115.05          20.00        30.00          70.00 11      118.68        116.22          20.00        30.00          70.00 12      124.13        121.37          20.00        30.00          70.00 13      112.81        111.65          20.00        30.00          70.00 14      109.94        109.30          20.00        30.00          70.00 15      106.70        106.64          20.00        30.00          70.00 16      108.23        107.85          20.00        30.00          70.00 17      108.55        108.27          20.00        30.00          70.00 18      110.44        110.06          20.00        30.00          70.00 19      112.21        111.47          20.00        30.00          70.00 20      121.31        119.98          20.00        30.00          70.00 21      103.67        103.54          20.00        30.00          70.00 22      105.23        105.10          20.00        30.00          70.00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-577 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-278. Load Case 201, Internal Design Pressure, 1,930 kPa (280 psia), Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.0745E+00 -1.2812E+01 -3.9938E+01 1.3887E+01 1.3041E+01 7.4086E-03 -8.8336E-02 -2.7536E-01 9.5745E-02 8.9916E-02 2 1.9621E-02 -9.5804E+00 -3.7802E+01 9.6001E+00 8.0928E-01 1.3528E-04 -6.6055E-02 -2.6063E-01 6.6190E-02 5.5798E-03 3 2.2656E+00 -1.2326E+01 -3.6331E+01 1.4591E+01 1.9476E+01 1.5621E-02 -8.4982E-02 -2.5049E-01 1.0060E-01 1.3428E-01 4 2.8893E+03 -1.2658E+03 1.4435E+03 4.1551E+03 7.3286E+03 1.9921E+01 -8.7275E+00 9.9527E+00 2.8648E+01 5.0529E+01 5 2.2675E+03 -1.1443E+03 1.4644E+03 3.4118E+03 5.6450E+03 1.5634E+01 -7.8896E+00 1.0097E+01 2.3523E+01 3.8921E+01 6 9.1841E+02 -3.7997E+02 1.8086E+03 1.2984E+03 1.6505E+03 6.3322E+00 -2.6198E+00 1.2470E+01 8.9520E+00 1.1380E+01 7 1.2576E+01 -1.2354E+02 1.0847E+03 1.3611E+02 5.8551E+00 8.6711E-02 -8.5176E-01 7.4789E+00 9.3847E-01 4.0369E-02 8 1.2232E+01 -1.2340E+02 1.0985E+03 1.3563E+02 2.1526E-01 8.4340E-02 -8.5080E-01 7.5741E+00 9.3514E-01 1.4841E-03 9 1.2216E+01 -1.2376E+02 1.1291E+03 1.3598E+02 1.1458E+01 8.4227E-02 -8.5332E-01 7.7847E+00 9.3754E-01 7.8999E-02 10 5.1145E+02 -3.1410E+02 1.2988E+02 8.2555E+02 9.6671E+02 3.5263E+00 -2.1656E+00 8.9550E-01 5.6920E+00 6.6652E+00 11 3.4114E+02 -1.8717E+02 8.6447E+01 5.2831E+02 2.2475E+02 2.3521E+00 -1.2905E+00 5.9603E-01 3.6426E+00 1.5496E+00 12 -2.4114E+01 -4.9997E+02 -2.9756E+01 4.7586E+02 4.0233E+02

                 -1.6626E-01 -3.4472E+00 -2.0516E-01                  3.2809E+00       2.7740E+00 13      8.6447E+01 -6.4651E+02 -1.0260E+02                 7.3296E+02       5.9602E+02 5.9603E-01 -4.4575E+00 -7.0743E-01                 5.0536E+00       4.1094E+00 14      1.0103E+02 -5.8087E+02 -1.1764E+02                 6.8190E+02       7.3101E+02 6.9660E-01 -4.0049E+00 -8.1109E-01                 4.7015E+00       5.0402E+00 15      1.6259E+03 -1.8949E+03 -8.8200E+02                 3.5208E+03       5.4379E+03 1.1210E+01 -1.3065E+01 -6.0812E+00                 2.4275E+01       3.7493E+01 2-578                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.4297E+02 -2.0535E+03 -1.1489E+03 2.2964E+03 3.3625E+03 1.6752E+00 -1.4158E+01 -7.9213E+00 1.5833E+01 2.3184E+01 17 -4.2901E+01 -1.6649E+03 -1.1215E+03 1.6220E+03 2.4245E+03

                  -2.9580E-01 -1.1479E+01 -7.7323E+00                 1.1184E+01      1.6716E+01 18        1.0350E+01 -1.8462E+03 -1.0252E+03                1.8565E+03      2.8425E+03 7.1360E-02 -1.2729E+01 -7.0686E+00                1.2800E+01      1.9598E+01 19        4.7835E+02 -2.5206E+03 -1.1455E+03                2.9990E+03      4.6702E+03 3.2981E+00 -1.7379E+01 -7.8981E+00                2.0677E+01      3.2200E+01 20        3.3629E+02 -2.0600E+03 -8.9475E+02                2.3963E+03      4.4985E+03 2.3186E+00 -1.4203E+01 -6.1691E+00                1.6522E+01      3.1016E+01 21        7.0008E-01 -1.9681E+02 -2.0429E+01                1.9751E+02      4.0159E+02 4.8269E-03 -1.3570E+00 -1.4086E-01                1.3618E+00      2.7689E+00 22        1.3120E+03 -3.7885E+02           5.0285E+02       1.6909E+03      2.3361E+03 9.0461E+00 -2.6121E+00           3.4670E+00       1.1658E+01      1.6107E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-579 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-279. Load Case 202, Minimum External Pressure, 24 kPa (3.5 psia), Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -2.3360E+00 -3.6389E+00 -8.4101E+00 1.3030E+00 5.6886E-01

                 -1.6106E-02 -2.5090E-02 -5.7985E-02                  8.9835E-03       3.9222E-03 2    -2.2251E+00 -3.4540E+00 -8.1673E+00                  1.2289E+00       7.6515E-02
                 -1.5341E-02 -2.3814E-02 -5.6311E-02                  8.4728E-03       5.2755E-04 3    -2.3988E+00 -3.6788E+00 -8.1338E+00                  1.2800E+00       4.2054E-01
                 -1.6539E-02 -2.5364E-02 -5.6081E-02                  8.8250E-03       2.8995E-03 4      8.6873E+01 -3.5775E+01           6.4095E+01        1.2265E+02       1.9979E+02 5.9897E-01 -2.4666E-01           4.4192E-01        8.4563E-01       1.3775E+00 5      5.3597E+01 -3.3184E+01           6.7388E+01        8.6781E+01       1.4493E+02 3.6954E-01 -2.2879E-01           4.6462E-01        5.9833E-01       9.9928E-01 6      1.3890E+01 -1.5930E+01           7.6765E+01        2.9820E+01       2.7270E+01 9.5765E-02 -1.0984E-01           5.2927E-01        2.0560E-01       1.8802E-01 7    -6.0285E+00 -1.0849E+01            5.7369E+01        4.8204E+00       1.7231E-02
                 -4.1565E-02 -7.4801E-02            3.9554E-01        3.3236E-02       1.1880E-04 8    -6.0237E+00 -1.0851E+01            5.7603E+01        4.8276E+00       8.0194E-03
                 -4.1532E-02 -7.4817E-02            3.9716E-01        3.3285E-02       5.5292E-05 9    -6.0832E+00 -1.0804E+01            5.9176E+01        4.7206E+00       4.5006E-01
                 -4.1942E-02 -7.4490E-02            4.0801E-01        3.2548E-02       3.1030E-03 10      2.0667E+01 -2.3017E+01           6.8270E+00        4.3684E+01       4.4835E+01 1.4249E-01 -1.5870E-01           4.7071E-02        3.0119E-01       3.0913E-01 11      1.5080E+01 -9.7133E+00           4.3805E+00        2.4793E+01       7.4089E+00 1.0397E-01 -6.6971E-02           3.0203E-02        1.7094E-01       5.1083E-02 12    -3.4729E+00 -3.9384E+01 -2.6388E+00                  3.5911E+01       3.4359E-01
                 -2.3945E-02 -2.7154E-01 -1.8194E-02                  2.4760E-01       2.3689E-03 13      7.1314E+00 -3.9296E+01 -5.8886E+00                 4.6428E+01       3.8704E+01 4.9169E-02 -2.7094E-01 -4.0601E-02                 3.2011E-01       2.6686E-01 14      7.0102E+00 -3.3351E+01 -6.1013E+00                 4.0361E+01       4.2551E+01 4.8333E-02 -2.2995E-01 -4.2067E-02                 2.7828E-01       2.9338E-01 15      7.8611E+01 -9.6274E+01 -4.6246E+01                 1.7488E+02       2.7093E+02 5.4200E-01 -6.6379E-01 -3.1886E-01                 1.2058E+00       1.8680E+00 2-580                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.1883E+01 -1.0573E+02 -5.9774E+01 1.1761E+02 1.7180E+02 8.1929E-02 -7.2897E-01 -4.1213E-01 8.1090E-01 1.1845E+00 17 -2.5828E+00 -8.5700E+01 -5.8959E+01 8.3117E+01 1.2343E+02

                  -1.7808E-02 -5.9088E-01 -4.0651E-01                 5.7307E-01      8.5100E-01 18        7.1470E-01 -9.6276E+01 -5.3349E+01                9.6991E+01      1.4832E+02 4.9277E-03 -6.6380E-01 -3.6783E-01                6.6873E-01      1.0226E+00 19        2.5084E+01 -1.3163E+02 -5.9543E+01                1.5671E+02      2.4441E+02 1.7295E-01 -9.0754E-01 -4.1053E-01                1.0805E+00      1.6852E+00 20        1.7760E+01 -1.0809E+02 -4.6333E+01                1.2585E+02      2.3602E+02 1.2245E-01 -7.4528E-01 -3.1946E-01                8.6773E-01      1.6273E+00 21      -2.5723E+00 -2.9338E+01 -3.3283E+00                 2.6766E+01      2.6295E+01
                  -1.7736E-02 -2.0228E-01 -2.2948E-02                 1.8454E-01      1.8130E-01 22        5.2520E+01 -1.2599E+01           2.0775E+01       6.5119E+01      7.8345E+01 3.6211E-01 -8.6864E-02           1.4324E-01       4.4898E-01      5.4017E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-581 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-280. Load Case 203, Maximum Increased External Pressure, 140 kPa (20 psia), Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.3126E+01 -2.4084E+01 -4.6805E+01 1.0958E+01 6.6823E+00

                 -9.0499E-02 -1.6605E-01 -3.2271E-01                  7.5555E-02       4.6073E-02 2    -1.2719E+01 -2.3018E+01 -4.5823E+01                  1.0298E+01       3.0728E-01
                 -8.7697E-02 -1.5870E-01 -3.1594E-01                  7.1003E-02       2.1186E-03 3    -1.3537E+01 -2.4745E+01 -4.6003E+01                  1.1209E+01       7.2915E+00
                 -9.3331E-02 -1.7061E-01 -3.1718E-01                  7.7281E-02       5.0273E-02 4      7.7949E+01 -1.6574E+02           1.9547E+01        2.4369E+02       4.7358E+02 5.3744E-01 -1.1428E+00           1.3477E-01        1.6802E+00       3.2652E+00 5      7.7028E+01 -2.0985E+02           3.2638E+01        2.8688E+02       4.1046E+02 5.3109E-01 -1.4469E+00           2.2503E-01        1.9780E+00       2.8300E+00 6    -7.6705E+00 -1.2702E+02            6.5105E+00        1.1935E+02       1.9826E+02
                 -5.2886E-02 -8.7576E-01            4.4888E-02        8.2287E-01       1.3670E+00 7    -6.5226E+00 -6.9798E+01            5.8866E+01        6.3276E+01       1.1730E+00
                 -4.4972E-02 -4.8124E-01            4.0587E-01        4.3627E-01       8.0873E-03 8    -6.5220E+00 -6.9748E+01            5.7262E+01        6.3226E+01       1.2151E-02
                 -4.4967E-02 -4.8090E-01            3.9481E-01        4.3593E-01       8.3778E-05 9    -6.5034E+00 -6.9724E+01            5.8513E+01        6.3221E+01       5.7573E-01
                 -4.4839E-02 -4.8073E-01            4.0343E-01        4.3589E-01       3.9695E-03 10    -1.7827E+00 -7.1026E+01            1.0023E+01        6.9243E+01       2.6848E+00
                 -1.2291E-02 -4.8971E-01            6.9108E-02        4.7741E-01       1.8511E-02 11      7.0682E+00 -2.0909E+01           1.1492E+00        2.7977E+01       1.4931E+01 4.8733E-02 -1.4416E-01           7.9238E-03        1.9289E-01       1.0295E-01 12    -7.6942E+00 -1.3260E+02 -1.1590E+01                  1.2490E+02       1.3869E+02
                 -5.3049E-02 -9.1423E-01 -7.9911E-02                  8.6118E-01       9.5623E-01 13      1.8797E+01 -7.1605E+01 -1.3701E+01                 9.0402E+01       8.8937E+01 1.2960E-01 -4.9370E-01 -9.4466E-02                 6.2330E-01       6.1320E-01 14      1.4042E+01 -5.4197E+01 -1.0913E+01                 6.8240E+01       5.4589E+01 9.6818E-02 -3.7368E-01 -7.5244E-02                 4.7050E-01       3.7638E-01 15    -6.5318E+01 -2.4885E+02 -7.3545E+01                  1.8353E+02       2.2005E+02
                 -4.5035E-01 -1.7157E+00 -5.0708E-01                  1.2654E+00       1.5172E+00 2-582                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.9412E+01 -1.2380E+02 -6.3409E+01 1.4322E+02 2.0975E+02 1.3384E-01 -8.5360E-01 -4.3719E-01 9.8744E-01 1.4462E+00 17 -1.1423E+00 -1.0229E+02 -5.4177E+01 1.0115E+02 1.5936E+02

                  -7.8758E-03 -7.0526E-01 -3.7354E-01                 6.9738E-01      1.0987E+00 18        2.2928E-01 -1.0755E+02 -5.2818E+01                1.0778E+02      1.7108E+02 1.5808E-03 -7.4152E-01 -3.6417E-01                7.4310E-01      1.1796E+00 19        2.7292E+01 -1.4174E+02 -6.5878E+01                1.6904E+02      2.5177E+02 1.8817E-01 -9.7729E-01 -4.5421E-01                1.1655E+00      1.7359E+00 20        2.0009E+01 -1.0845E+02 -5.3036E+01                1.2846E+02      2.4152E+02 1.3796E-01 -7.4777E-01 -3.6567E-01                8.8573E-01      1.6652E+00 21      -1.5622E+01 -1.4864E+02 -1.7156E+01                 1.3302E+02      7.2967E+01
                  -1.0771E-01 -1.0249E+00 -1.1829E-01                 9.1715E-01      5.0309E-01 22      -5.1788E+00 -5.4847E+01 -7.3022E+00                 4.9668E+01      2.2968E+01
                  -3.5707E-02 -3.7816E-01 -5.0347E-02                 3.4245E-01      1.5836E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-583 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-281. Load Case 204, Additional Increased External Pressure, 2 MPa (290 psia), Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -1.8938E+02 -3.5619E+02 -6.7702E+02 1.6681E+02 1.0421E+02

                 -1.3057E+00 -2.4558E+00 -4.6679E+00                  1.1501E+00       7.1852E-01 2    -1.8438E+02 -3.4056E+02 -6.6267E+02                  1.5618E+02       4.4556E+00
                 -1.2712E+00 -2.3481E+00 -4.5690E+00                  1.0769E+00       3.0720E-02 3    -1.9571E+02 -3.6662E+02 -6.6608E+02                  1.7092E+02       1.1573E+02
                 -1.3493E+00 -2.5278E+00 -4.5925E+00                  1.1784E+00       7.9794E-01 4      1.6926E+03 -3.7634E+03 -5.4869E+02                 5.4560E+03       1.0170E+04 1.1670E+01 -2.5947E+01 -3.7831E+00                 3.7618E+01       7.0117E+01 5      1.5542E+03 -3.9613E+03 -4.0001E+02                 5.5155E+03       8.4232E+03 1.0716E+01 -2.7312E+01 -2.7580E+00                 3.8028E+01       5.8076E+01 6    -6.1023E+01 -2.1961E+03 -9.8109E+02                  2.1351E+03       3.4499E+03
                 -4.2074E-01 -1.5141E+01 -6.7644E+00                  1.4721E+01       2.3786E+01 7    -6.5404E+00 -1.1180E+03            8.4648E+01        1.1114E+03       1.8282E+01
                 -4.5094E-02 -7.7082E+00            5.8363E-01        7.6631E+00       1.2605E-01 8    -6.5434E+00 -1.1172E+03            5.6792E+01        1.1107E+03       2.8813E-01
                 -4.5115E-02 -7.7028E+00            3.9156E-01        7.6577E+00       1.9866E-03 9    -6.3082E+00 -1.1165E+03            5.3730E+01        1.1102E+03       1.6962E+01
                 -4.3493E-02 -7.6981E+00            3.7046E-01        7.6546E+00       1.1695E-01 10    -1.3828E+02 -1.1616E+03            3.4250E+01        1.0234E+03       6.6777E+02
                 -9.5338E-01 -8.0093E+00            2.3614E-01        7.0559E+00       4.6041E+00 11      1.6835E+02 -5.0911E+02 -6.4845E+01                 6.7746E+02       4.0912E+02 1.1608E+00 -3.5102E+00 -4.4709E-01                 4.6709E+00       2.8208E+00 12    -7.0673E+01 -1.7027E+03 -1.7382E+02                  1.6320E+03       2.4142E+03
                 -4.8728E-01 -1.1740E+01 -1.1984E+00                  1.1252E+01       1.6645E+01 13      2.5169E+02 -7.2728E+02 -1.6806E+02                 9.7897E+02       1.0358E+03 1.7354E+00 -5.0144E+00 -1.1587E+00                 6.7498E+00       7.1418E+00 14      1.6580E+02 -5.0221E+02 -1.1545E+02                 6.6801E+02       3.6496E+02 1.1431E+00 -3.4626E+00 -7.9597E-01                 4.6057E+00       2.5163E+00 15    -1.1726E+03 -4.8875E+03 -6.3248E+02                  3.7150E+03       7.0757E+01
                 -8.0845E+00 -3.3698E+01 -4.3608E+00                  2.5614E+01       4.8785E-01 2-584                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8950E+02 -5.8363E+02 -1.7592E+02 7.7313E+02 1.1317E+03 1.3066E+00 -4.0240E+00 -1.2129E+00 5.3306E+00 7.8029E+00 17 2.7957E+01 -5.2449E+02 2.5910E+00 5.5244E+02 9.7715E+02 1.9275E-01 -3.6162E+00 1.7864E-02 3.8090E+00 6.7372E+00 18 4.2621E+01 -5.3946E+02 -7.2332E+01 5.8208E+02 1.0222E+03 2.9386E-01 -3.7195E+00 -4.9871E-01 4.0133E+00 7.0475E+00 19 1.9275E+02 -6.3767E+02 -2.9370E+02 8.3042E+02 1.0015E+03 1.3290E+00 -4.3966E+00 -2.0250E+00 5.7256E+00 6.9048E+00 20 3.4137E+02 -5.2526E+02 -2.7881E+02 8.6663E+02 1.0628E+03 2.3536E+00 -3.6216E+00 -1.9224E+00 5.9752E+00 7.3278E+00 21 -2.2739E+02 -2.1138E+03 -2.4453E+02 1.8864E+03 8.9000E+02

                  -1.5678E+00 -1.4574E+01 -1.6860E+00                 1.3007E+01      6.1363E+00 22      -1.1200E+02 -1.6656E+03 -4.1001E+02                 1.5536E+03      8.9413E+02
                  -7.7225E-01 -1.1484E+01 -2.8269E+00                 1.0712E+01      6.1648E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-585 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-282. Load Case 211, Fabrication Stress, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 4.8501E+02 -1.0148E+02 4.1733E+01 5.8649E+02 8.4660E+02 3.3440E+00 -6.9966E-01 2.8774E-01 4.0437E+00 5.8371E+00 2 7.9194E+00 -2.3676E+01 3.1818E+01 3.1596E+01 2.6392E+01 5.4603E-02 -1.6324E-01 2.1938E-01 2.1784E-01 1.8196E-01 3 6.5146E-01 -9.7676E+00 3.1614E+00 1.0419E+01 3.7264E+00 4.4916E-03 -6.7345E-02 2.1797E-02 7.1837E-02 2.5693E-02 4 5.1276E+02 -2.7696E+02 -1.7763E+01 7.8972E+02 1.3865E+03 3.5354E+00 -1.9096E+00 -1.2247E-01 5.4449E+00 9.5595E+00 5 5.7698E+02 -2.8656E+02 -5.4983E+01 8.6354E+02 1.3236E+03 3.9781E+00 -1.9758E+00 -3.7910E-01 5.9539E+00 9.1258E+00 6 3.5146E+02 -1.0345E+01 8.6866E+01 3.6181E+02 6.1937E+02 2.4232E+00 -7.1328E-02 5.9892E-01 2.4946E+00 4.2704E+00 7 1.4944E+02 4.3845E-01 -8.9387E-01 1.4900E+02 1.9476E+00 1.0303E+00 3.0230E-03 -6.1630E-03 1.0273E+00 1.3428E-02 8 1.4935E+02 4.0939E-01 3.7247E+00 1.4894E+02 4.4174E-02 1.0297E+00 2.8226E-03 2.5681E-02 1.0269E+00 3.0457E-04 9 1.4935E+02 3.9967E-01 1.9826E+00 1.4895E+02 6.1644E-02 1.0297E+00 2.7556E-03 1.3670E-02 1.0270E+00 4.2502E-04 10 1.4984E+02 -5.6285E+00 6.3516E+01 1.5547E+02 4.1670E+01 1.0331E+00 -3.8807E-02 4.3792E-01 1.0719E+00 2.8730E-01 11 5.6314E+01 -2.7677E+01 3.3436E+01 8.3991E+01 5.9976E+01 3.8827E-01 -1.9083E-01 2.3053E-01 5.7910E-01 4.1352E-01 12 5.9136E+01 1.9400E+01 3.9125E+01 3.9736E+01 8.5089E+00 4.0773E-01 1.3376E-01 2.6975E-01 2.7397E-01 5.8667E-02 13 2.5872E+02 -4.8757E+01 6.9335E+01 3.0748E+02 3.2102E+02 1.7838E+00 -3.3617E-01 4.7805E-01 2.1200E+00 2.2133E+00 14 2.4820E+02 -4.9865E+01 7.3710E+01 2.9807E+02 2.5178E+02 1.7113E+00 -3.4381E-01 5.0822E-01 2.0551E+00 1.7360E+00 15 4.0912E+02 9.4841E+01 4.9988E+01 3.1428E+02 1.2156E+01 2.8208E+00 6.5391E-01 3.4466E-01 2.1669E+00 8.3816E-02 2-586 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.2502E+01 -2.6229E+00 8.3354E+00 2.5125E+01 3.2013E+01 1.5515E-01 -1.8084E-02 5.7470E-02 1.7323E-01 2.2073E-01 17 2.0822E+01 1.5247E+00 -1.3011E+01 1.9297E+01 3.2841E+01 1.4356E-01 1.0512E-02 -8.9705E-02 1.3305E-01 2.2643E-01 18 6.2622E+01 -2.5562E+01 -3.2996E+01 8.8184E+01 1.5707E+02 4.3176E-01 -1.7625E-01 -2.2750E-01 6.0801E-01 1.0830E+00 19 7.2071E+01 -4.2653E+01 1.2702E+01 1.1472E+02 1.3128E+02 4.9691E-01 -2.9408E-01 8.7580E-02 7.9099E-01 9.0518E-01 20 7.6190E+01 -7.0101E+01 1.2497E+01 1.4629E+02 2.1132E+02 5.2531E-01 -4.8333E-01 8.6166E-02 1.0086E+00 1.4570E+00 21 2.2184E+01 -4.5781E+00 4.4874E-01 2.6762E+01 6.4225E+01 1.5295E-01 -3.1565E-02 3.0939E-03 1.8452E-01 4.4281E-01 22 3.6010E+02 7.9852E+01 3.4061E+02 2.8025E+02 3.5378E+00 2.4828E+00 5.5056E-01 2.3484E+00 1.9323E+00 2.4392E-02 Radioactive Material Transport Packaging System Safety Analysis Report 2-587 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-283. Load Case 215, Compression Load (5x weight), Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.3658E+00 -1.2765E+02 -1.6318E+01 1.3002E+02 1.9505E+02 1.6311E-02 -8.8011E-01 -1.1251E-01 8.9642E-01 1.3448E+00 2 1.5175E+00 -9.8912E+01 1.3542E+01 1.0043E+02 2.9327E+00 1.0463E-02 -6.8197E-01 9.3367E-02 6.9244E-01 2.0220E-02 3 -2.9633E+00 -1.1494E+02 5.2656E+00 1.1198E+02 3.5007E+01

                 -2.0431E-02 -7.9251E-01            3.6305E-02        7.7208E-01       2.4136E-01 4      2.7031E+02 -3.7393E+02           7.0544E+01        6.4424E+02       1.1801E+03 1.8637E+00 -2.5782E+00           4.8638E-01        4.4419E+00       8.1367E+00 5      2.5740E+02 -4.2556E+02           7.5476E+01        6.8296E+02       9.5558E+02 1.7747E+00 -2.9341E+00           5.2039E-01        4.7088E+00       6.5885E+00 6    -7.5599E+01 -3.4300E+02 -6.7963E+01                  2.6740E+02       3.2496E+02
                 -5.2124E-01 -2.3649E+00 -4.6859E-01                  1.8437E+00       2.2405E+00 7    -3.0777E-01 -2.0730E+02 -1.5253E-01                  2.0699E+02       1.2480E+00
                 -2.1220E-03 -1.4293E+00 -1.0517E-03                  1.4271E+00       8.6045E-03 8    -3.1884E-01 -1.6477E+02 -2.4264E+00                  1.6445E+02       8.2386E-03
                 -2.1983E-03 -1.1360E+00 -1.6729E-02                  1.1338E+00       5.6803E-05 9    -3.1779E-01 -1.4688E+02 -1.3157E+00                  1.4656E+02       6.2749E-01
                 -2.1911E-03 -1.0127E+00 -9.0716E-03                  1.0105E+00       4.3264E-03 10    -3.5740E+00 -1.4903E+02 -4.2076E+01                  1.4546E+02       2.1058E+00
                 -2.4642E-02 -1.0275E+00 -2.9010E-01                  1.0029E+00       1.4519E-02 11      1.3678E+01 -4.4026E+01 -2.1512E+01                 5.7704E+01       5.8859E+01 9.4310E-02 -3.0355E-01 -1.4832E-01                 3.9786E-01       4.0582E-01 12    -2.2699E+01 -9.3622E+01 -2.8402E+01                  7.0923E+01       9.6809E+01
                 -1.5650E-01 -6.4550E-01 -1.9583E-01                  4.8900E-01       6.6748E-01 13      4.7426E+01 -1.8876E+02 -4.3744E+01                 2.3619E+02       2.2598E+02 3.2699E-01 -1.3015E+00 -3.0161E-01                 1.6285E+00       1.5581E+00 14      3.9828E+01 -1.5964E+02 -4.2252E+01                 1.9947E+02       1.8017E+02 2.7461E-01 -1.1007E+00 -2.9132E-01                 1.3753E+00       1.2422E+00 15    -6.2896E+02 -2.8004E+03 -3.1978E+02                  2.1715E+03       1.3835E+02
                 -4.3365E+00 -1.9308E+01 -2.2048E+00                  1.4972E+01       9.5386E-01 2-588                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.7437E+02 -4.1480E+02 -6.8711E+01 5.8916E+02 8.0097E+02 1.2022E+00 -2.8599E+00 -4.7375E-01 4.0621E+00 5.5225E+00 17 -9.9755E+01 -4.3683E+02 -4.1559E+01 3.3707E+02 5.1338E+02

                  -6.8779E-01 -3.0118E+00 -2.8654E-01                 2.3240E+00      3.5396E+00 18      -5.8351E+01 -2.5561E+02 -2.7289E+01                 1.9726E+02      2.9246E+02
                  -4.0231E-01 -1.7624E+00 -1.8815E-01                 1.3601E+00      2.0165E+00 19        1.4604E+02 -2.6296E+02 -4.7481E+01                4.0899E+02      5.5603E+02 1.0069E+00 -1.8130E+00 -3.2737E-01                2.8199E+00      3.8337E+00 20        2.0817E+02 -2.8803E+02 -5.9896E+01                4.9620E+02      8.5022E+02 1.4353E+00 -1.9859E+00 -4.1297E-01                3.4212E+00      5.8621E+00 21      -1.3365E+01 -1.4375E+02 -1.4241E+01                 1.3039E+02      6.6990E+01
                  -9.2146E-02 -9.9112E-01 -9.8191E-02                 8.9897E-01      4.6188E-01 22      -2.2108E+02 -8.1762E+02 -3.0105E+02                 5.9653E+02      1.3959E+02
                  -1.5243E+00 -5.6373E+00 -2.0757E+00                 4.1130E+00      9.6245E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-589 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-284. Load Case 216, Rod Drop onto Cask, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 8.4333E+00 -1.6671E+01 2.2942E+01 2.5104E+01 1.3012E+01 5.8146E-02 -1.1494E-01 1.5818E-01 1.7309E-01 8.9715E-02 2 2.1340E-01 -1.5475E+01 -8.4199E-01 1.5688E+01 5.5909E+00 1.4713E-03 -1.0669E-01 -5.8053E-03 1.0817E-01 3.8548E-02 3 7.7830E-01 -1.4149E+01 -1.4557E-01 1.4927E+01 1.5585E+00 5.3662E-03 -9.7551E-02 -1.0037E-03 1.0292E-01 1.0746E-02 4 9.4239E+01 -2.4038E+01 6.1295E+01 1.1828E+02 1.4099E+02 6.4975E-01 -1.6573E-01 4.2262E-01 8.1549E-01 9.7209E-01 5 5.3039E+01 -1.6018E+01 5.1447E+01 6.9057E+01 5.1055E+01 3.6569E-01 -1.1044E-01 3.5472E-01 4.7613E-01 3.5201E-01 6 6.2745E+00 -7.4543E+01 2.7290E+01 8.0817E+01 5.1907E+01 4.3261E-02 -5.1396E-01 1.8815E-01 5.5722E-01 3.5789E-01 7 -7.0090E-02 -5.0886E+01 -1.0434E+00 5.0816E+01 7.5721E-01

                 -4.8325E-04 -3.5084E-01 -7.1940E-03                  3.5036E-01       5.2208E-03 8    -5.8683E-02 -3.5112E+01 -6.0866E-01                  3.5053E+01       1.7600E-02
                 -4.0461E-04 -2.4209E-01 -4.1966E-03                  2.4168E-01       1.2135E-04 9    -5.0346E-02 -2.5741E+01 -3.4281E-01                  2.5691E+01       5.1197E-02
                 -3.4713E-04 -1.7748E-01 -2.3636E-03                  1.7713E-01       3.5299E-04 10    -1.6312E-01 -2.0350E+01 -5.6738E+00                  2.0187E+01       2.0498E+00
                 -1.1247E-03 -1.4031E-01 -3.9120E-02                  1.3919E-01       1.4133E-02 11      2.5516E+00 -4.7386E+00 -1.3303E+00                 7.2903E+00       8.4236E+00 1.7593E-02 -3.2672E-02 -9.1721E-03                 5.0265E-02       5.8079E-02 12    -1.6017E+00 -9.0831E+00 -2.0052E+00                  7.4814E+00       8.4322E+00
                 -1.1043E-02 -6.2626E-02 -1.3825E-02                  5.1582E-02       5.8138E-02 13      7.7893E+00 -2.2673E+01 -3.1391E+00                 3.0463E+01       2.5994E+01 5.3705E-02 -1.5633E-01 -2.1643E-02                 2.1003E-01       1.7922E-01 14      7.1270E+00 -1.9484E+01 -2.9825E+00                 2.6611E+01       2.6235E+01 4.9139E-02 -1.3434E-01 -2.0563E-02                 1.8348E-01       1.8088E-01 15    -8.3941E+02 -4.9038E+03 -2.8876E+02                  4.0644E+03       7.4901E+02
                 -5.7875E+00 -3.3810E+01 -1.9910E+00                  2.8023E+01       5.1642E+00 2-590                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.6205E+02 -3.4125E+02 -1.9840E+00 5.0330E+02 7.6073E+02 1.1173E+00 -2.3529E+00 -1.3679E-02 3.4701E+00 5.2451E+00 17 -1.4398E+00 -2.9131E+02 5.3461E+01 2.8987E+02 5.1015E+02

                  -9.9271E-03 -2.0085E+00            3.6860E-01       1.9986E+00      3.5174E+00 18      -1.1799E+01 -9.5708E+01 -2.0161E+01                 8.3909E+01      4.2785E+00
                  -8.1352E-02 -6.5988E-01 -1.3900E-01                 5.7853E-01      2.9499E-02 19        3.6876E+01 -4.7346E+01 -3.7438E+00                8.4222E+01      9.7521E+01 2.5425E-01 -3.2644E-01 -2.5813E-02                5.8069E-01      6.7238E-01 20        5.6102E+01 -5.3666E+01 -1.5243E+01                1.0977E+02      1.5310E+02 3.8681E-01 -3.7002E-01 -1.0510E-01                7.5683E-01      1.0556E+00 21      -3.1829E-01 -4.5769E+00 -3.4193E-01                 4.2586E+00      2.1352E+00
                  -2.1946E-03 -3.1556E-02 -2.3575E-03                 2.9362E-02      1.4722E-02 22        2.4910E+02 -3.7685E+03 -7.6798E+02                4.0176E+03      4.7597E+03 1.7175E+00 -2.5983E+01 -5.2950E+00                2.7700E+01      3.2817E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-591 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-285. Load Case 221, Forward 10g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.6659E+02 3.2882E+01 -6.0940E+01 3.2753E+02 6.9083E+01 1.8381E+00 2.2671E-01 -4.2017E-01 2.2582E+00 4.7631E-01 2 5.8894E+02 1.0064E+02 -3.3935E+01 8.3430E+02 2.0773E+02 4.0606E+00 6.9389E-01 -2.3397E-01 5.7523E+00 1.4322E+00 3 2.3444E+02 3.5685E+01 -6.3090E+01 2.9753E+02 1.0043E+02 1.6164E+00 2.4604E-01 -4.3499E-01 2.0514E+00 6.9241E-01 4 5.5996E+02 6.8523E+01 1.5955E+01 5.4401E+02 3.0152E+02 3.8608E+00 4.7245E-01 1.1001E-01 3.7508E+00 2.0789E+00 5 3.8235E+02 3.8745E+01 9.6501E+00 3.9057E+02 1.3598E+02 2.6362E+00 2.6714E-01 6.6535E-02 2.6929E+00 9.3757E-01 6 1.9008E+02 2.4897E+01 -3.6801E+01 2.1418E+02 5.5415E+01 1.3106E+00 1.7166E-01 -2.5373E-01 1.4767E+00 3.8207E-01 7 5.1640E+01 5.4004E+00 -2.5234E+01 6.3285E+01 2.0464E+01 3.5605E-01 3.7235E-02 -1.7398E-01 4.3633E-01 1.4109E-01 8 4.9557E+01 -8.8915E-01 -2.0868E+01 6.0547E+01 2.1599E+01 3.4168E-01 -6.1304E-03 -1.4388E-01 4.1746E-01 1.4892E-01 9 4.5591E+01 3.5317E+00 -1.6958E+01 5.5773E+01 2.3666E+01 3.1434E-01 2.4350E-02 -1.1692E-01 3.8454E-01 1.6317E-01 10 8.6499E+01 9.3231E+00 -3.2061E+01 1.1856E+02 1.3932E+02 5.9639E-01 6.4280E-02 -2.2105E-01 8.1744E-01 9.6061E-01 11 1.7364E+02 2.2242E+01 -3.1329E-01 1.7395E+02 5.4633E+01 1.1972E+00 1.5336E-01 -2.1600E-03 1.1993E+00 3.7668E-01 12 1.5659E+02 2.7380E+00 -5.2831E+00 1.6188E+02 3.4699E+01 1.0797E+00 1.8878E-02 -3.6426E-02 1.1161E+00 2.3924E-01 13 3.2123E+02 2.1928E+01 1.0767E+01 3.1046E+02 1.9980E+01 2.2148E+00 1.5119E-01 7.4233E-02 2.1405E+00 1.3776E-01 14 3.2645E+02 2.7620E+01 1.0973E+01 3.1548E+02 9.8320E+01 2.2508E+00 1.9043E-01 7.5655E-02 2.1751E+00 6.7790E-01 15 1.3543E+02 -1.2885E+00 -5.7906E+01 1.9334E+02 1.6230E+02 9.3377E-01 -8.8841E-03 -3.9925E-01 1.3330E+00 1.1190E+00 2-592 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.5178E+02 2.0870E+01 -1.1094E+00 1.5289E+02 1.3273E+02 1.0465E+00 1.4390E-01 -7.6489E-03 1.0541E+00 9.1517E-01 17 9.0911E+01 -2.3428E+00 -4.5487E+01 1.3640E+02 6.0305E+01 6.2681E-01 -1.6153E-02 -3.1362E-01 9.4043E-01 4.1579E-01 18 7.5746E+01 -8.6920E+00 -4.1804E+01 1.1755E+02 9.0382E+01 5.2225E-01 -5.9929E-02 -2.8823E-01 8.1048E-01 6.2316E-01 19 2.4103E+02 2.6225E+01 -5.6238E-01 2.4159E+02 6.4073E+01 1.6618E+00 1.8082E-01 -3.8775E-03 1.6657E+00 4.4177E-01 20 2.8897E+02 2.5819E+01 8.3274E+00 2.8310E+02 1.3391E+02 1.9924E+00 1.7802E-01 5.7415E-02 1.9519E+00 9.2328E-01 21 2.3965E+02 2.6277E+01 -8.6023E-01 2.4051E+02 6.0551E+01 1.6523E+00 1.8117E-01 -5.9311E-03 1.6583E+00 4.1749E-01 22 1.4738E+02 2.0357E+00 -4.5493E+00 1.5193E+02 4.8760E+01 1.0162E+00 1.4036E-02 -3.1366E-02 1.0475E+00 3.3619E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-593 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-286. Load Case 222, Lateral 5g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.1239E+01 1.2971E+00 -3.0493E+01 8.2259E+01 2.8856E+01 4.9118E-01 8.9432E-03 -2.1024E-01 5.6716E-01 1.9896E-01 2 6.2725E+01 1.3868E+01 -3.0221E+01 7.2006E+01 2.8141E+01 4.3248E-01 9.5616E-02 -2.0836E-01 4.9646E-01 1.9402E-01 3 7.1426E+01 -1.4235E+00 -3.0953E+01 8.2167E+01 2.8125E+01 4.9246E-01 -9.8146E-03 -2.1341E-01 5.6652E-01 1.9391E-01 4 6.7314E+01 8.0847E+00 -1.9069E+00 7.3809E+01 5.3920E+01 4.6412E-01 5.5742E-02 -1.3147E-02 5.0890E-01 3.7176E-01 5 4.9245E+01 8.0405E+00 2.4483E+00 7.1867E+01 3.4528E+01 3.3953E-01 5.5437E-02 1.6880E-02 4.9550E-01 2.3806E-01 6 2.0484E+01 4.1956E+00 -2.0053E+00 3.4237E+01 1.3443E+01 1.4123E-01 2.8928E-02 -1.3826E-02 2.3605E-01 9.2684E-02 7 4.1020E+00 -2.0515E+00 -3.9641E+00 5.2096E+00 9.6729E-01 2.8282E-02 -1.4145E-02 -2.7331E-02 3.5919E-02 6.6692E-03 8 4.4289E+00 -1.5313E+00 -4.4386E+00 5.1857E+00 7.2379E-01 3.0536E-02 -1.0558E-02 -3.0603E-02 3.5754E-02 4.9904E-03 9 4.5556E+00 -2.3430E+00 -4.4312E+00 5.4521E+00 1.1779E+00 3.1410E-02 -1.6154E-02 -3.0552E-02 3.7591E-02 8.1211E-03 10 1.2079E+01 -2.2138E+00 -4.4477E+00 2.4128E+01 4.2216E+00 8.3281E-02 -1.5263E-02 -3.0666E-02 1.6636E-01 2.9107E-02 11 9.2518E+00 -1.3517E+00 -3.2488E+00 1.3205E+01 1.0481E+01 6.3789E-02 -9.3194E-03 -2.2399E-02 9.1048E-02 7.2262E-02 12 9.6060E+00 5.5064E-01 -2.4198E+00 1.2028E+01 1.3276E+01 6.6231E-02 3.7966E-03 -1.6684E-02 8.2929E-02 9.1536E-02 13 3.2252E+01 2.4542E+00 -2.9228E-01 4.1455E+01 8.1674E+00 2.2237E-01 1.6921E-02 -2.0152E-03 2.8582E-01 5.6312E-02 14 3.4637E+01 2.8226E+00 -3.2608E+00 3.7932E+01 1.9408E+01 2.3881E-01 1.9461E-02 -2.2483E-02 2.6153E-01 1.3381E-01 15 5.2127E+01 -4.1156E-01 -4.0878E+01 9.3012E+01 8.7407E+01 3.5941E-01 -2.8376E-03 -2.8184E-01 6.4130E-01 6.0265E-01 2-594 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8391E+01 -2.0416E-01 -4.7055E+00 2.3097E+01 8.9950E-01 1.2680E-01 -1.4076E-03 -3.2444E-02 1.5925E-01 6.2018E-03 17 7.8495E+00 -3.7211E+00 -6.4705E+00 1.4321E+01 9.2355E-01 5.4120E-02 -2.5656E-02 -4.4613E-02 9.8743E-02 6.3677E-03 18 1.0768E+01 -3.7937E+00 -1.0766E+01 1.8931E+01 1.1043E+01 7.4243E-02 -2.6157E-02 -7.4227E-02 1.3052E-01 7.6136E-02 19 2.4583E+01 1.7372E+00 -5.7274E+00 3.0315E+01 4.1146E+00 1.6950E-01 1.1977E-02 -3.9489E-02 2.0901E-01 2.8369E-02 20 2.3101E+01 6.1340E-01 -3.2872E+00 2.6388E+01 8.9684E+00 1.5928E-01 4.2293E-03 -2.2664E-02 1.8194E-01 6.1835E-02 21 2.1783E+01 1.2681E+00 -5.7775E+00 2.7560E+01 2.9002E+01 1.5019E-01 8.7429E-03 -3.9835E-02 1.9002E-01 1.9996E-01 22 1.2324E+01 7.9082E-01 -3.2059E+00 1.5530E+01 1.6337E+01 8.4972E-02 5.4525E-03 -2.2104E-02 1.0708E-01 1.1264E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-595 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-287. Load Case 223, Vertical 2g Vibration Inertia Load, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.3521E+00 1.5632E+00 -5.6581E-01 7.9584E+00 2.2911E+00 5.0691E-02 1.0778E-02 -3.9012E-03 5.4871E-02 1.5796E-02 2 2.5154E+01 4.7512E+00 -4.1851E-01 2.9376E+01 9.9860E+00 1.7343E-01 3.2759E-02 -2.8856E-03 2.0254E-01 6.8851E-02 3 2.8984E+01 2.8168E+00 -1.8686E+00 3.0852E+01 1.1972E+01 1.9984E-01 1.9421E-02 -1.2883E-02 2.1272E-01 8.2547E-02 4 8.6560E-01 -9.9521E+00 -1.7798E+01 1.8623E+01 1.4036E+01 5.9681E-03 -6.8617E-02 -1.2271E-01 1.2840E-01 9.6774E-02 5 1.8196E+00 -7.5895E+00 -1.1464E+01 1.3208E+01 1.0154E+01 1.2546E-02 -5.2328E-02 -7.9039E-02 9.1063E-02 7.0009E-02 6 1.0679E+01 -2.0076E+00 -4.3830E+00 1.5017E+01 8.9184E+00 7.3627E-02 -1.3842E-02 -3.0220E-02 1.0354E-01 6.1490E-02 7 8.3457E+00 2.9847E-01 4.1650E-02 8.3198E+00 3.1798E-02 5.7542E-02 2.0579E-03 2.8716E-04 5.7363E-02 2.1924E-04 8 1.0970E+01 3.5986E-01 6.4421E-02 1.0927E+01 2.1606E-02 7.5633E-02 2.4811E-03 4.4417E-04 7.5342E-02 1.4897E-04 9 1.6722E+01 4.3994E-01 6.8710E-02 1.6663E+01 2.5112E-01 1.1529E-01 3.0333E-03 4.7374E-04 1.1489E-01 1.7314E-03 10 2.9156E+01 7.0123E+00 1.5161E+00 2.7776E+01 4.8589E+00 2.0102E-01 4.8348E-02 1.0453E-02 1.9151E-01 3.3501E-02 11 1.0894E+01 5.4145E+00 -1.3395E+00 1.2233E+01 1.1250E+01 7.5108E-02 3.7332E-02 -9.2358E-03 8.4344E-02 7.7568E-02 12 1.9692E+01 6.6013E+00 3.2294E+00 1.7030E+01 2.2876E+01 1.3577E-01 4.5514E-02 2.2266E-02 1.1742E-01 1.5773E-01 13 3.9612E+01 1.0038E+01 -7.1041E+00 4.6716E+01 4.7430E+01 2.7312E-01 6.9211E-02 -4.8981E-02 3.2210E-01 3.2702E-01 14 3.5543E+01 9.4214E+00 -6.3537E+00 4.1896E+01 3.0958E+01 2.4506E-01 6.4958E-02 -4.3807E-02 2.8886E-01 2.1345E-01 15 4.5735E+00 -6.1560E-01 -8.9241E-01 5.4639E+00 6.0187E-01 3.1533E-02 -4.2444E-03 -6.1530E-03 3.7672E-02 4.1498E-03 2-596 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 8.1183E+00 1.0540E+00 -4.7885E+00 1.2907E+01 1.3600E+01 5.5974E-02 7.2674E-03 -3.3015E-02 8.8989E-02 9.3767E-02 17 8.3584E+00 -1.6610E-01 -3.1385E+00 1.1497E+01 1.4024E+01 5.7629E-02 -1.1452E-03 -2.1639E-02 7.9268E-02 9.6695E-02 18 8.4619E+00 1.4811E+00 -3.4233E+00 1.1885E+01 1.1634E+01 5.8343E-02 1.0212E-02 -2.3603E-02 8.1946E-02 8.0213E-02 19 2.1298E+00 -2.0574E+00 -7.2346E+00 9.3519E+00 2.2602E+00 1.4684E-02 -1.4185E-02 -4.9881E-02 6.4479E-02 1.5583E-02 20 4.0044E+00 -8.9306E-01 -9.3791E+00 1.3364E+01 3.5009E+00 2.7610E-02 -6.1575E-03 -6.4666E-02 9.2140E-02 2.4138E-02 21 6.7440E+01 8.4553E+00 2.6382E+00 6.5109E+01 2.4042E+01 4.6498E-01 5.8297E-02 1.8190E-02 4.4891E-01 1.6577E-01 22 7.6497E+00 4.5009E+00 -1.6657E+00 9.3089E+00 1.5188E+01 5.2743E-02 3.1033E-02 -1.1485E-02 6.4183E-02 1.0471E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-597 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-288. Load Case 231, 3-ft. Head-On Drop, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 5.2893E+00 -1.1045E+02 4.8701E+00 1.1574E+02 3.3927E+01 3.6468E-02 -7.6150E-01 3.3578E-02 7.9797E-01 2.3392E-01 2 1.5814E+00 -5.9614E+01 -1.9467E+00 6.1196E+01 5.5359E+00 1.0903E-02 -4.1103E-01 -1.3422E-02 4.2193E-01 3.8169E-02 3 -4.2678E-02 -2.0986E+01 -4.7846E-01 2.0944E+01 5.1599E-01

                 -2.9426E-04 -1.4470E-01 -3.2989E-03                  1.4440E-01       3.5576E-03 4      7.0873E+01 -1.5825E+02 -1.6707E+01                 2.2912E+02       2.1843E+02 4.8865E-01 -1.0911E+00 -1.1519E-01                 1.5798E+00       1.5061E+00 5      4.0897E+01 -8.0737E+01 -3.9752E+00                 1.2163E+02       1.6924E+02 2.8197E-01 -5.5666E-01 -2.7408E-02                 8.3864E-01       1.1669E+00 6    -1.7824E+01 -8.3645E+01 -2.2269E+01                  6.5821E+01       1.0287E+01
                 -1.2289E-01 -5.7671E-01 -1.5354E-01                  4.5382E-01       7.0924E-02 7    -1.1135E-01 -3.8311E+01 -2.5945E-01                  3.8200E+01       9.9396E-01
                 -7.6776E-04 -2.6414E-01 -1.7889E-03                  2.6338E-01       6.8531E-03 8    -7.9429E-02 -2.6506E+01 -5.3638E-01                  2.6427E+01       3.2321E-02
                 -5.4764E-04 -1.8276E-01 -3.6982E-03                  1.8221E-01       2.2285E-04 9    -4.9581E-02 -2.3987E+01 -8.2209E-01                  2.3937E+01       3.9130E-02
                 -3.4185E-04 -1.6538E-01 -5.6681E-03                  1.6504E-01       2.6979E-04 10    -5.5323E+00 -3.7309E+01            1.9997E+00        3.1777E+01       2.7439E+01
                 -3.8144E-02 -2.5724E-01            1.3787E-02        2.1910E-01       1.8919E-01 11      1.1373E+01 -2.2173E+01           3.0644E+00        3.3547E+01       1.2374E+01 7.8415E-02 -1.5288E-01           2.1128E-02        2.3130E-01       8.5318E-02 12      9.5675E+00 -1.4001E+01           8.1720E+00        2.3569E+01       4.1608E+01 6.5965E-02 -9.6536E-02           5.6344E-02        1.6250E-01       2.8688E-01 13      1.8196E+01 -9.9047E+00           7.7296E+00        2.8101E+01       5.6810E+00 1.2546E-01 -6.8291E-02           5.3294E-02        1.9375E-01       3.9169E-02 14      1.9332E+01 -5.0481E+00           1.1035E+01        2.4380E+01       4.8746E-01 1.3329E-01 -3.4806E-02           7.6086E-02        1.6809E-01       3.3609E-03 15    -1.1745E+02 -4.9548E+02 -7.4386E+01                  3.7804E+02       2.0875E+01
                 -8.0977E-01 -3.4162E+00 -5.1287E-01                  2.6065E+00       1.4393E-01 2-598                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.8936E+01 -4.6506E+01 7.2581E+00 6.5442E+01 4.8381E+01 1.3056E-01 -3.2065E-01 5.0043E-02 4.5121E-01 3.3357E-01 17 -9.2174E+00 -1.1104E+02 -2.0015E+01 1.0182E+02 1.6928E+01

                  -6.3552E-02 -7.6556E-01 -1.3800E-01                 7.0201E-01      1.1671E-01 18      -7.3170E+00 -5.8801E+01 -3.3685E+00                 5.1484E+01      6.4371E+01
                  -5.0449E-02 -4.0542E-01 -2.3225E-02                 3.5497E-01      4.4382E-01 19        3.5483E+01 -5.3888E+01 -3.9258E-01                8.9371E+01      7.9479E+01 2.4465E-01 -3.7155E-01 -2.7067E-03                6.1619E-01      5.4799E-01 20        3.7086E+01 -5.0814E+01 -8.6148E+00                8.7900E+01      9.9294E+01 2.5570E-01 -3.5035E-01 -5.9397E-02                6.0605E-01      6.8461E-01 21      -5.0943E+00 -1.7411E+01 -1.2532E+01                 1.2317E+01      7.6682E+00
                  -3.5124E-02 -1.2005E-01 -8.6403E-02                 8.4921E-02      5.2870E-02 22      -1.4452E+01 -2.1083E+02 -1.3852E+01                 1.9638E+02      6.6197E+01
                  -9.9642E-02 -1.4536E+00 -9.5507E-02                 1.3540E+00      4.5641E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-599 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-289. Load Case 232, 30-ft. Head-On Drop Impact Test, Normal Conditions, Normal Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -3.5624E+01 -3.0377E+03 -5.7141E+02 3.0021E+03 1.3153E+03

                 -2.4562E-01 -2.0944E+01 -3.9398E+00                  2.0699E+01       9.0686E+00 2      3.3840E+01 -1.6948E+03 -5.7305E+01                 1.7286E+03       2.1319E+01 2.3332E-01 -1.1685E+01 -3.9511E-01                 1.1919E+01       1.4699E-01 3      2.3417E+01 -9.1756E+02 -3.3970E+01                 9.4097E+02       1.3890E+01 1.6145E-01 -6.3263E+00 -2.3421E-01                 6.4878E+00       9.5771E-02 4      1.3051E+03 -5.1575E+03 -1.6233E+03                 6.4626E+03       6.6418E+03 8.9985E+00 -3.5560E+01 -1.1192E+01                 4.4558E+01       4.5794E+01 5      5.1571E+02 -2.4203E+03 -9.5034E+02                 2.9360E+03       4.4849E+03 3.5557E+00 -1.6687E+01 -6.5523E+00                 2.0243E+01       3.0922E+01 6    -3.5056E+02 -1.2789E+03 -8.9242E+02                  9.2831E+02       9.7681E+02
                 -2.4170E+00 -8.8175E+00 -6.1530E+00                  6.4005E+00       6.7348E+00 7    -3.0675E+00 -6.6503E+02 -2.0442E+01                  6.6196E+02       1.9669E+01
                 -2.1150E-02 -4.5852E+00 -1.4094E-01                  4.5641E+00       1.3561E-01 8    -1.2572E+00 -5.8923E+02 -1.4967E+01                  5.8797E+02       6.8131E-01
                 -8.6684E-03 -4.0626E+00 -1.0319E-01                  4.0539E+00       4.6975E-03 9    -1.0983E+00 -5.6084E+02 -1.6324E+01                  5.5975E+02       1.6999E+00
                 -7.5728E-03 -3.8669E+00 -1.1255E-01                  3.8593E+00       1.1720E-02 10    -1.0327E+02 -7.9022E+02 -1.7452E+01                  6.8695E+02       4.5667E+02
                 -7.1206E-01 -5.4484E+00 -1.2033E-01                  4.7363E+00       3.1486E+00 11      1.8320E+02 -3.9676E+02           1.9767E+01        5.7996E+02       2.6192E+02 1.2631E+00 -2.7355E+00           1.3629E-01        3.9987E+00       1.8059E+00 12      1.3812E+02 -2.1573E+02           1.0509E+02        3.5384E+02       6.9455E+02 9.5228E-01 -1.4874E+00           7.2455E-01        2.4397E+00       4.7887E+00 13      2.6981E+02 -3.1839E+02           6.9013E+01        5.8820E+02       2.7305E+02 1.8603E+00 -2.1952E+00           4.7583E-01        4.0555E+00       1.8826E+00 14      2.5627E+02 -2.0323E+02           1.2073E+02        4.5950E+02       2.1369E+02 1.7669E+00 -1.4012E+00           8.3243E-01        3.1681E+00       1.4733E+00 15      1.1604E+03       6.6171E+01 -3.8550E+01            1.0942E+03       6.1555E+00 8.0003E+00       4.5624E-01 -2.6579E-01            7.5441E+00       4.2441E-02 2-600                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.1228E+02 -7.2998E+02 -3.3516E+02 1.1423E+03 8.1758E+02 2.8425E+00 -5.0331E+00 -2.3108E+00 7.8756E+00 5.6370E+00 17 5.8537E+02 -6.2846E+02 -4.2834E+02 1.2138E+03 1.3129E+03 4.0360E+00 -4.3331E+00 -2.9533E+00 8.3691E+00 9.0519E+00 18 6.6580E+02 -1.3209E+03 -1.4426E+02 1.9867E+03 2.6286E+03 4.5905E+00 -9.1071E+00 -9.9464E-01 1.3698E+01 1.8123E+01 19 4.3034E+02 -1.4481E+03 -6.0022E+02 1.8784E+03 1.7026E+03 2.9671E+00 -9.9843E+00 -4.1383E+00 1.2951E+01 1.1739E+01 20 1.3614E+02 -1.0829E+03 -6.0449E+02 1.2190E+03 2.2178E+03 9.3864E-01 -7.4661E+00 -4.1678E+00 8.4048E+00 1.5291E+01 21 8.6909E+02 7.8247E+01 7.1473E+01 7.9084E+02 2.7440E+02 5.9921E+00 5.3950E-01 4.9279E-01 5.4526E+00 1.8920E+00 22 6.8767E+02 3.9006E+01 3.4223E+02 6.4867E+02 6.5267E+02 4.7413E+00 2.6894E-01 2.3596E+00 4.4724E+00 4.5000E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-601 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-290. Load Combination 101, Hot Environment, Normal Conditions of Transport - Model AOS-100B Load Cases: 102, 201, 211 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.60 0.86 0.28 1.46 1.74 20.00 66.30 >10 4.14 5.93 1.96 10.07 12.02 137.90 457.12 2 0.04 0.03 0.43 0.07 0.50 20.00 66.30 >10 0.28 0.19 2.96 0.47 3.43 137.90 457.12 3 0.03 0.02 0.28 0.05 0.33 20.00 66.30 >10 0.17 0.16 1.96 0.33 2.30 137.90 457.12 4 4.94 8.72 2.98 13.66 16.64 20.00 66.30 1.20 34.09 60.09 20.55 94.18 114.73 137.90 457.12 5 4.28 6.97 3.25 11.24 14.49 20.00 66.30 1.67 29.48 48.05 22.40 77.52 99.93 137.90 457.12 6 1.66 2.27 1.39 3.93 5.32 20.00 61.80 6.63 11.45 15.65 9.61 27.10 36.70 137.90 426.10 7 0.29 0.01 0.42 0.29 0.72 20.00 61.80 >10 1.97 0.05 2.93 2.02 4.95 137.90 426.10 8 0.28 0.00 0.42 0.28 0.71 20.00 61.80 >10 1.96 0.00 2.92 1.96 4.89 137.90 426.10 9 0.28 0.01 0.42 0.30 0.72 20.00 61.80 >10 1.96 0.08 2.92 2.04 4.97 137.90 426.10 10 0.98 1.01 0.59 1.99 2.58 20.00 61.80 >10 6.76 6.95 4.04 13.72 17.76 137.90 426.10 11 0.61 0.28 0.75 0.90 1.65 20.00 61.80 >10 4.22 1.96 5.17 6.18 11.36 137.90 426.10 12 0.52 0.41 1.15 0.93 2.07 20.00 61.80 >10 3.55 2.83 7.89 6.39 14.28 137.90 426.10 13 1.04 0.92 1.41 1.96 3.37 20.00 61.80 >10 7.17 6.32 9.73 13.50 23.22 137.90 426.10 2-602 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.20 1.96 3.17 20.00 66.30 >10 6.76 6.78 8.30 13.53 21.83 137.90 457.12 15 3.84 5.45 0.71 9.29 10.00 20.00 66.30 2.23 26.44 37.58 4.91 64.02 68.93 137.90 457.12 16 2.32 3.39 0.28 5.72 5.99 20.00 66.30 4.25 16.01 23.40 1.90 39.41 41.31 137.90 457.12 17 1.64 2.46 0.18 4.10 4.28 20.00 66.30 6.32 11.32 16.94 1.23 28.26 29.49 137.90 457.12 18 1.94 3.00 0.33 4.94 5.27 20.00 66.30 5.07 13.41 20.68 2.25 34.09 36.34 137.90 457.12 19 3.11 4.80 0.45 7.92 8.37 20.00 66.30 2.79 21.47 33.11 3.10 54.57 57.68 137.90 457.12 20 2.54 4.71 0.98 7.25 8.23 20.00 61.80 3.14 17.53 32.47 6.72 50.00 56.73 137.90 426.10 21 0.22 0.47 0.06 0.69 0.75 20.00 66.30 >10 1.55 3.21 0.44 4.76 5.19 137.90 457.12 22 1.97 2.34 0.06 4.31 4.37 20.00 66.30 5.96 13.59 16.13 0.41 29.72 30.13 137.90 457.12 Min MS: 1.196, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-603 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-291. Load Combination 102, Cold Environment, Normal Conditions of Transport - Model AOS-100B Load Cases: 104, 201, 211 -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.60 0.86 0.02 1.46 1.48 20.00 70.00 >10 4.14 5.93 0.10 10.07 10.17 137.90 482.63 2 0.04 0.03 0.01 0.07 0.08 20.00 70.00 >10 0.28 0.19 0.08 0.47 0.56 137.90 482.63 3 0.03 0.02 0.02 0.05 0.06 20.00 70.00 >10 0.17 0.16 0.11 0.33 0.44 137.90 482.63 4 4.94 8.72 1.03 13.66 14.69 20.00 70.00 1.20 34.09 60.09 7.11 94.18 101.29 137.90 482.63 5 4.28 6.97 1.45 11.24 12.69 20.00 70.00 1.67 29.48 48.05 10.00 77.52 87.53 137.90 482.63 6 1.66 2.27 0.69 3.93 4.62 20.00 70.00 6.63 11.45 15.65 4.73 27.10 31.82 137.90 482.63 7 0.29 0.01 0.31 0.29 0.61 20.00 70.00 >10 1.97 0.05 2.16 2.02 4.18 137.90 482.63 8 0.28 0.00 0.31 0.28 0.60 20.00 70.00 >10 1.96 0.00 2.16 1.96 4.12 137.90 482.63 9 0.28 0.01 0.31 0.30 0.61 20.00 70.00 >10 1.96 0.08 2.16 2.04 4.21 137.90 482.63 10 0.98 1.01 0.37 1.99 2.36 20.00 70.00 >10 6.76 6.95 2.55 13.72 16.26 137.90 482.63 11 0.61 0.28 0.20 0.90 1.10 20.00 70.00 >10 4.22 1.96 1.37 6.18 7.55 137.90 482.63 12 0.52 0.41 0.15 0.93 1.08 20.00 70.00 >10 3.55 2.83 1.03 6.39 7.41 137.90 482.63 13 1.04 0.92 0.65 1.96 2.61 20.00 70.00 >10 7.17 6.32 4.51 13.50 18.01 137.90 482.63 2-604 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 0.53 1.96 2.50 20.00 70.00 >10 6.76 6.78 3.68 13.53 17.21 137.90 482.63 15 3.84 5.45 0.07 9.29 9.36 20.00 70.00 2.23 26.44 37.58 0.49 64.02 64.50 137.90 482.63 16 2.32 3.39 0.26 5.72 5.97 20.00 70.00 4.25 16.01 23.40 1.77 39.41 41.18 137.90 482.63 17 1.64 2.46 0.20 4.10 4.30 20.00 70.00 6.32 11.32 16.94 1.41 28.26 29.67 137.90 482.63 18 1.94 3.00 0.22 4.94 5.16 20.00 70.00 5.07 13.41 20.68 1.51 34.09 35.60 137.90 482.63 19 3.11 4.80 0.31 7.92 8.23 20.00 70.00 2.79 21.47 33.11 2.16 54.57 56.74 137.90 482.63 20 2.54 4.71 0.38 7.25 7.63 20.00 70.00 3.14 17.53 32.47 2.62 50.00 52.63 137.90 482.63 21 0.22 0.47 0.17 0.69 0.86 20.00 70.00 >10 1.55 3.21 1.17 4.76 5.93 137.90 482.63 22 1.97 2.34 0.02 4.31 4.33 20.00 70.00 5.96 13.59 16.13 0.15 29.72 29.88 137.90 482.63 Min MS: 1.196, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-605 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-292. Load Combination 103, Increased External Pressure, Normal Conditions of Transport - Model AOS-100B Load Cases: 103, 202, 211 -20°F Ambient, Zero Decay Heat, Zero Insolation Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.59 0.85 0.01 1.43 1.45 20.00 70.00 >10 4.05 5.84 0.09 9.89 9.98 137.90 482.63 2 0.03 0.03 0.01 0.06 0.07 20.00 70.00 >10 0.23 0.18 0.07 0.41 0.48 137.90 482.63 3 0.01 0.00 0.01 0.02 0.03 20.00 70.00 >10 0.08 0.03 0.09 0.11 0.20 137.90 482.63 4 0.91 1.59 0.84 2.50 3.34 20.00 70.00 >10 6.29 10.94 5.82 17.23 23.04 137.90 482.63 5 0.95 1.47 1.19 2.42 3.61 20.00 70.00 >10 6.55 10.13 8.18 16.68 24.86 137.90 482.63 6 0.39 0.65 0.56 1.04 1.60 20.00 70.00 >10 2.70 4.46 3.87 7.16 11.02 137.90 482.63 7 0.15 0.00 0.26 0.16 0.41 20.00 70.00 >10 1.06 0.01 1.77 1.07 2.84 137.90 482.63 8 0.15 0.00 0.26 0.15 0.41 20.00 70.00 >10 1.06 0.00 1.77 1.06 2.83 137.90 482.63 9 0.15 0.00 0.26 0.15 0.41 20.00 70.00 >10 1.06 0.00 1.77 1.06 2.83 137.90 482.63 10 0.20 0.09 0.30 0.29 0.59 20.00 70.00 >10 1.37 0.60 2.08 1.97 4.05 137.90 482.63 11 0.11 0.07 0.16 0.18 0.34 20.00 70.00 >10 0.75 0.46 1.12 1.21 2.33 137.90 482.63 12 0.08 0.01 0.12 0.08 0.21 20.00 70.00 >10 0.52 0.06 0.84 0.58 1.42 137.90 482.63 13 0.35 0.36 0.54 0.71 1.25 20.00 70.00 >10 2.44 2.48 3.69 4.92 8.61 137.90 482.63 2-606 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.34 0.29 0.44 0.63 1.07 20.00 70.00 >10 2.33 2.03 3.01 4.36 7.37 137.90 482.63 15 0.49 0.28 0.06 0.77 0.83 20.00 70.00 >10 3.37 1.95 0.40 5.32 5.72 137.90 482.63 16 0.14 0.20 0.21 0.35 0.56 20.00 70.00 >10 0.98 1.41 1.45 2.39 3.84 137.90 482.63 17 0.10 0.16 0.17 0.26 0.43 20.00 70.00 >10 0.71 1.08 1.15 1.78 2.94 137.90 482.63 18 0.19 0.31 0.18 0.49 0.67 20.00 70.00 >10 1.28 2.11 1.24 3.38 4.62 137.90 482.63 19 0.27 0.38 0.26 0.65 0.90 20.00 70.00 >10 1.87 2.59 1.77 4.46 6.23 137.90 482.63 20 0.27 0.45 0.31 0.72 1.03 20.00 70.00 >10 1.88 3.08 2.15 4.96 7.11 137.90 482.63 21 0.05 0.09 0.14 0.14 0.28 20.00 70.00 >10 0.37 0.62 0.96 0.99 1.95 137.90 482.63 22 0.35 0.08 0.02 0.43 0.45 20.00 70.00 >10 2.38 0.56 0.13 2.95 3.07 137.90 482.63 Min MS: 11.006, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-607 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-293. Load Combination 104, Minimum External Pressure, Normal Conditions of Transport - Model AOS-100B Load Cases: 101, 201, 202, 211 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.60 0.86 0.30 1.46 1.76 20.00 66.30 >10 4.15 5.93 2.07 10.08 12.15 137.90 457.12 2 0.04 0.03 0.45 0.07 0.52 20.00 66.30 >10 0.29 0.19 3.10 0.48 3.58 137.90 457.12 3 0.03 0.02 0.30 0.05 0.35 20.00 66.30 >10 0.18 0.16 2.05 0.34 2.39 137.90 457.12 4 5.07 8.91 3.16 13.98 17.14 20.00 66.30 1.15 34.94 61.47 21.76 96.40 118.17 137.90 457.12 5 4.36 7.11 3.43 11.48 14.91 20.00 66.30 1.61 30.08 49.05 23.66 79.12 102.79 137.90 457.12 6 1.69 2.30 1.47 3.99 5.46 20.00 66.30 6.52 11.65 15.84 10.16 27.49 37.65 137.90 457.12 7 0.29 0.01 0.44 0.30 0.74 20.00 66.30 >10 2.00 0.05 3.05 2.05 5.11 137.90 457.12 8 0.29 0.00 0.44 0.29 0.73 20.00 66.30 >10 2.00 0.00 3.05 2.00 5.05 137.90 457.12 9 0.29 0.01 0.44 0.30 0.74 20.00 66.30 >10 2.00 0.08 3.05 2.08 5.13 137.90 457.12 10 1.02 1.05 0.61 2.08 2.69 20.00 66.30 >10 7.07 7.26 4.21 14.33 18.54 137.90 457.12 11 0.64 0.29 0.79 0.93 1.72 20.00 66.30 >10 4.39 2.01 5.46 6.41 11.86 137.90 457.12 12 0.55 0.41 1.20 0.96 2.16 20.00 66.30 >10 3.80 2.84 8.28 6.64 14.92 137.90 457.12 2-608 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.09 0.96 1.49 2.04 3.53 20.00 66.30 >10 7.49 6.59 10.26 14.08 24.35 137.90 457.12 14 1.02 1.03 1.27 2.05 3.32 20.00 66.30 >10 7.03 7.07 8.76 14.10 22.87 137.90 457.12 15 4.01 5.72 0.51 9.73 10.24 20.00 66.30 2.08 27.65 39.44 3.51 67.09 70.60 137.90 457.12 16 2.44 3.57 0.19 6.01 6.19 20.00 66.30 4.00 16.82 24.59 1.29 41.41 42.69 137.90 457.12 17 1.72 2.58 0.13 4.31 4.43 20.00 66.30 5.97 11.89 17.79 0.89 29.68 30.57 137.90 457.12 18 2.04 3.15 0.34 5.19 5.53 20.00 66.30 4.78 14.08 21.70 2.35 35.78 38.13 137.90 457.12 19 3.27 5.05 0.44 8.32 8.75 20.00 66.30 2.61 22.55 34.79 3.01 57.34 60.35 137.90 457.12 20 2.67 4.95 1.02 7.61 8.64 20.00 66.30 2.94 18.40 34.10 7.05 52.50 59.55 137.90 457.12 21 0.25 0.49 0.06 0.74 0.81 20.00 66.30 >10 1.73 3.39 0.45 5.12 5.57 137.90 457.12 22 2.04 2.42 0.06 4.45 4.51 20.00 66.30 5.74 14.04 16.67 0.39 30.71 31.10 137.90 457.12 Min MS: 1.146, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-609 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-294. Load Combination 105, Cold Environment with Maximum Decay Heat, Normal Conditions of Transport - Model AOS-100B Load Cases: 105, 201, 202, 211 -40°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.60 0.86 0.33 1.46 1.79 20.00 70.00 >10 4.15 5.93 2.24 10.08 12.32 137.90 482.63 2 0.04 0.03 0.48 0.07 0.55 20.00 70.00 >10 0.29 0.19 3.32 0.48 3.80 137.90 482.63 3 0.03 0.02 0.32 0.05 0.37 20.00 70.00 >10 0.18 0.16 2.22 0.34 2.57 137.90 482.63 4 5.07 8.91 3.51 13.98 17.49 20.00 70.00 1.15 34.94 61.47 24.18 96.40 120.59 137.90 482.63 5 4.36 7.11 3.81 11.48 15.29 20.00 70.00 1.61 30.08 49.05 26.27 79.12 105.39 137.90 482.63 6 1.69 2.30 1.64 3.99 5.63 20.00 70.00 6.52 11.65 15.84 11.34 27.49 38.83 137.90 482.63 7 0.29 0.01 0.48 0.30 0.78 20.00 70.00 >10 2.00 0.05 3.32 2.05 5.37 137.90 482.63 8 0.29 0.00 0.48 0.29 0.77 20.00 70.00 >10 2.00 0.00 3.32 2.00 5.31 137.90 482.63 9 0.29 0.01 0.48 0.30 0.78 20.00 70.00 >10 2.00 0.08 3.31 2.08 5.39 137.90 482.63 10 1.02 1.05 0.66 2.08 2.74 20.00 70.00 >10 7.07 7.26 4.58 14.33 18.91 137.90 482.63 11 0.64 0.29 0.85 0.93 1.78 20.00 70.00 >10 4.39 2.01 5.86 6.41 12.26 137.90 482.63 12 0.55 0.41 1.29 0.96 2.25 20.00 70.00 >10 3.80 2.84 8.90 6.64 15.53 137.90 482.63 2-610 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.09 0.96 1.60 2.04 3.64 20.00 70.00 >10 7.49 6.59 11.01 14.08 25.09 137.90 482.63 14 1.02 1.03 1.37 2.05 3.41 20.00 70.00 >10 7.03 7.07 9.41 14.10 23.52 137.90 482.63 15 4.01 5.72 0.10 9.73 9.83 20.00 70.00 2.08 27.65 39.44 0.69 67.09 67.78 137.90 482.63 16 2.44 3.57 0.04 6.01 6.04 20.00 70.00 4.00 16.82 24.59 0.27 41.41 41.68 137.90 482.63 17 1.72 2.58 0.04 4.31 4.34 20.00 70.00 5.97 11.89 17.79 0.25 29.68 29.93 137.90 482.63 18 2.04 3.15 0.38 5.19 5.57 20.00 70.00 4.78 14.08 21.70 2.62 35.78 38.40 137.90 482.63 19 3.27 5.05 0.45 8.32 8.76 20.00 70.00 2.61 22.55 34.79 3.09 57.34 60.43 137.90 482.63 20 2.67 4.95 1.13 7.61 8.75 20.00 70.00 2.94 18.40 34.10 7.80 52.50 60.30 137.90 482.63 21 0.25 0.49 0.09 0.74 0.83 20.00 70.00 >10 1.73 3.39 0.60 5.12 5.72 137.90 482.63 22 2.04 2.42 0.09 4.45 4.54 20.00 70.00 5.74 14.04 16.67 0.61 30.71 31.32 137.90 482.63 Min MS: 1.146, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-611 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-295. Load Combination 106, Maximum Pressure, Hot Environment, Normal Conditions of Transport - Model AOS-100B Load Cases: 101, 201, 203, 211 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Maximum Increased External Pressure, 140 kPa (20 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.61 0.87 0.30 1.48 1.78 20.00 66.30 >10 4.22 5.97 2.07 10.19 12.26 137.90 457.12 2 0.05 0.03 0.45 0.08 0.53 20.00 66.30 >10 0.36 0.19 3.10 0.54 3.65 137.90 457.12 3 0.04 0.03 0.30 0.07 0.36 20.00 66.30 >10 0.25 0.21 2.05 0.46 2.51 137.90 457.12 4 5.19 9.19 3.16 14.38 17.53 20.00 66.30 1.09 35.77 63.35 21.76 99.13 120.89 137.90 457.12 5 4.56 7.38 3.43 11.94 15.37 20.00 66.30 1.51 31.46 50.88 23.66 82.33 106.00 137.90 457.12 6 1.78 2.47 1.47 4.25 5.72 20.00 66.30 6.06 12.27 17.02 10.16 29.29 39.45 137.90 457.12 7 0.35 0.01 0.44 0.36 0.80 20.00 66.30 >10 2.40 0.06 3.05 2.46 5.52 137.90 457.12 8 0.35 0.00 0.44 0.35 0.79 20.00 66.30 >10 2.40 0.00 3.05 2.40 5.45 137.90 457.12 9 0.35 0.01 0.44 0.36 0.80 20.00 66.30 >10 2.40 0.08 3.05 2.48 5.53 137.90 457.12 10 1.05 1.01 0.61 2.06 2.67 20.00 66.30 >10 7.24 6.97 4.21 14.21 18.42 137.90 457.12 11 0.64 0.30 0.79 0.94 1.73 20.00 66.30 >10 4.41 2.07 5.46 6.48 11.94 137.90 457.12 12 0.64 0.55 1.20 1.19 2.39 20.00 66.30 >10 4.42 3.79 8.28 8.20 16.49 137.90 457.12 2-612 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.13 1.01 1.49 2.14 3.63 20.00 66.30 >10 7.80 6.94 10.26 14.73 25.00 137.90 457.12 14 1.05 1.04 1.27 2.09 3.36 20.00 66.30 >10 7.23 7.15 8.76 14.38 23.14 137.90 457.12 15 4.02 5.67 0.51 9.69 10.20 20.00 66.30 2.10 27.71 39.09 3.51 66.80 70.31 137.90 457.12 16 2.46 3.60 0.19 6.07 6.26 20.00 66.30 3.94 16.99 24.85 1.29 41.84 43.13 137.90 457.12 17 1.74 2.62 0.13 4.36 4.49 20.00 66.30 5.88 12.01 18.04 0.89 30.06 30.94 137.90 457.12 18 2.05 3.17 0.34 5.22 5.56 20.00 66.30 4.74 14.15 21.86 2.35 36.01 38.36 137.90 457.12 19 3.28 5.05 0.44 8.34 8.77 20.00 66.30 2.60 22.63 34.84 3.01 57.47 60.49 137.90 457.12 20 2.67 4.95 1.02 7.62 8.64 20.00 66.30 2.94 18.42 34.14 7.05 52.55 59.60 137.90 457.12 21 0.36 0.54 0.06 0.90 0.96 20.00 66.30 >10 2.46 3.71 0.45 6.18 6.62 137.90 457.12 22 2.02 2.36 0.06 4.38 4.44 20.00 66.30 5.84 13.93 16.29 0.39 30.22 30.62 137.90 457.12 Min MS: 1.087, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-613 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-296. Load Combination 107, Maximum Pressure, Cold Environment, Normal Conditions of Transport - Model AOS-100B Load Cases: 105, 201, 203, 211 -40°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Maximum Increased External Pressure, 140 kPa (20 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.61 0.87 0.33 1.48 1.80 20.00 70.00 >10 4.22 5.97 2.24 10.19 12.43 137.90 482.63 2 0.05 0.03 0.48 0.08 0.56 20.00 70.00 >10 0.36 0.19 3.32 0.54 3.86 137.90 482.63 3 0.04 0.03 0.32 0.07 0.39 20.00 70.00 >10 0.25 0.21 2.22 0.46 2.68 137.90 482.63 4 5.19 9.19 3.51 14.38 17.88 20.00 70.00 1.09 35.77 63.35 24.18 99.13 123.31 137.90 482.63 5 4.56 7.38 3.81 11.94 15.75 20.00 70.00 1.51 31.46 50.88 26.27 82.33 108.60 137.90 482.63 6 1.78 2.47 1.64 4.25 5.89 20.00 70.00 6.06 12.27 17.02 11.34 29.29 40.63 137.90 482.63 7 0.35 0.01 0.48 0.36 0.84 20.00 70.00 >10 2.40 0.06 3.32 2.46 5.78 137.90 482.63 8 0.35 0.00 0.48 0.35 0.83 20.00 70.00 >10 2.40 0.00 3.32 2.40 5.72 137.90 482.63 9 0.35 0.01 0.48 0.36 0.84 20.00 70.00 >10 2.40 0.08 3.31 2.48 5.80 137.90 482.63 10 1.05 1.01 0.66 2.06 2.73 20.00 70.00 >10 7.24 6.97 4.58 14.21 18.79 137.90 482.63 11 0.64 0.30 0.85 0.94 1.79 20.00 70.00 >10 4.41 2.07 5.86 6.48 12.34 137.90 482.63 12 0.64 0.55 1.29 1.19 2.48 20.00 70.00 >10 4.42 3.79 8.90 8.20 17.10 137.90 482.63 2-614 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.13 1.01 1.60 2.14 3.73 20.00 70.00 >10 7.80 6.94 11.01 14.73 25.74 137.90 482.63 14 1.05 1.04 1.37 2.09 3.45 20.00 70.00 >10 7.23 7.15 9.41 14.38 23.79 137.90 482.63 15 4.02 5.67 0.10 9.69 9.79 20.00 70.00 2.10 27.71 39.09 0.69 66.80 67.49 137.90 482.63 16 2.46 3.60 0.04 6.07 6.11 20.00 70.00 3.94 16.99 24.85 0.27 41.84 42.12 137.90 482.63 17 1.74 2.62 0.04 4.36 4.40 20.00 70.00 5.88 12.01 18.04 0.25 30.06 30.30 137.90 482.63 18 2.05 3.17 0.38 5.22 5.60 20.00 70.00 4.74 14.15 21.86 2.62 36.01 38.63 137.90 482.63 19 3.28 5.05 0.45 8.34 8.78 20.00 70.00 2.60 22.63 34.84 3.09 57.47 60.56 137.90 482.63 20 2.67 4.95 1.13 7.62 8.75 20.00 70.00 2.94 18.42 34.14 7.80 52.55 60.36 137.90 482.63 21 0.36 0.54 0.09 0.90 0.98 20.00 70.00 >10 2.46 3.71 0.60 6.18 6.77 137.90 482.63 22 2.02 2.36 0.09 4.38 4.47 20.00 70.00 5.84 13.93 16.29 0.61 30.22 30.83 137.90 482.63 Min MS: 1.087, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-615 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-297. Load Combination 215, Compression Load, Normal Conditions of Transport - Model AOS-100B Load Cases: 215, 101, 201, 211 Compression Load (5x weight) 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.73 1.05 0.30 1.79 2.09 20.00 66.30 >10 5.04 7.27 2.07 12.31 14.38 137.90 457.12 2 0.14 0.03 0.45 0.17 0.62 20.00 66.30 >10 0.98 0.21 3.10 1.18 4.28 137.90 457.12 3 0.14 0.06 0.30 0.20 0.49 20.00 66.30 >10 0.94 0.40 2.05 1.35 3.40 137.90 457.12 4 5.59 9.90 3.16 15.48 18.64 20.00 66.30 0.94 38.54 68.23 21.76 106.76 128.52 137.90 457.12 5 4.96 7.92 3.43 12.88 16.31 20.00 66.30 1.33 34.19 54.64 23.66 88.82 112.49 137.90 457.12 6 1.93 2.59 1.47 4.52 6.00 20.00 66.30 5.63 13.29 17.89 10.16 31.18 41.34 137.90 457.12 7 0.49 0.01 0.44 0.50 0.94 20.00 66.30 >10 3.39 0.06 3.05 3.46 6.51 137.90 457.12 8 0.45 0.00 0.44 0.45 0.89 20.00 66.30 >10 3.10 0.00 3.05 3.10 6.15 137.90 457.12 9 0.43 0.01 0.44 0.44 0.89 20.00 66.30 >10 2.98 0.08 3.05 3.06 6.11 137.90 457.12 10 1.13 1.01 0.61 2.14 2.75 20.00 66.30 >10 7.77 6.97 4.21 14.73 18.95 137.90 457.12 11 0.67 0.34 0.79 1.01 1.81 20.00 66.30 >10 4.62 2.37 5.46 6.99 12.45 137.90 457.12 12 0.59 0.51 1.20 1.09 2.30 20.00 66.30 >10 4.04 3.50 8.28 7.54 15.83 137.90 457.12 2-616 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.28 1.14 1.49 2.42 3.91 20.00 66.30 >10 8.80 7.88 10.26 16.68 26.95 137.90 457.12 14 1.18 1.16 1.27 2.34 3.61 20.00 66.30 >10 8.13 8.02 8.76 16.15 24.91 137.90 457.12 15 6.01 5.59 0.51 11.59 12.10 20.00 66.30 1.59 41.41 38.53 3.51 79.94 83.45 137.90 457.12 16 2.91 4.20 0.19 7.11 7.29 20.00 66.30 3.22 20.07 28.93 1.29 49.00 50.28 137.90 457.12 17 1.98 2.97 0.13 4.95 5.08 20.00 66.30 5.06 13.64 20.48 0.89 34.12 35.01 137.90 457.12 18 2.14 3.29 0.34 5.43 5.77 20.00 66.30 4.52 14.77 22.70 2.35 37.47 39.81 137.90 457.12 19 3.52 5.36 0.44 8.88 9.32 20.00 66.30 2.38 24.29 36.94 3.01 61.23 64.24 137.90 457.12 20 3.04 5.56 1.02 8.60 9.62 20.00 66.30 2.49 20.95 38.34 7.05 59.29 66.33 137.90 457.12 21 0.35 0.53 0.06 0.89 0.95 20.00 66.30 >10 2.45 3.67 0.45 6.12 6.56 137.90 457.12 22 2.57 2.48 0.06 5.05 5.10 20.00 66.30 4.94 17.70 17.09 0.39 34.80 35.19 137.90 457.12 Min MS: 0.937, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-617 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-298. Load Combination 216, Rod Drop, Normal Conditions of Transport - Model AOS-100B Load Cases: 216, 101, 201, 211 Rod Drop onto Cask 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.63 0.87 0.30 1.50 1.80 20.00 66.30 >10 4.31 6.02 2.07 10.33 12.40 137.90 457.12 2 0.06 0.03 0.45 0.09 0.54 20.00 66.30 >10 0.39 0.23 3.10 0.62 3.72 137.90 457.12 3 0.04 0.02 0.30 0.06 0.36 20.00 66.30 >10 0.28 0.17 2.05 0.45 2.50 137.90 457.12 4 5.06 8.86 3.16 13.92 17.08 20.00 66.30 1.16 34.91 61.06 21.76 95.97 117.73 137.90 457.12 5 4.34 7.02 3.43 11.36 14.80 20.00 66.30 1.64 29.95 48.40 23.66 78.35 102.02 137.90 457.12 6 1.74 2.32 1.47 4.06 5.54 20.00 66.30 6.38 12.00 16.01 10.16 28.01 38.17 137.90 457.12 7 0.34 0.01 0.44 0.34 0.79 20.00 66.30 >10 2.32 0.06 3.05 2.38 5.43 137.90 457.12 8 0.32 0.00 0.44 0.32 0.76 20.00 66.30 >10 2.20 0.00 3.05 2.21 5.26 137.90 457.12 9 0.31 0.01 0.44 0.32 0.76 20.00 66.30 >10 2.14 0.08 3.05 2.22 5.27 137.90 457.12 10 1.00 1.01 0.61 2.01 2.62 20.00 66.30 >10 6.90 6.97 4.21 13.87 18.08 137.90 457.12 11 0.62 0.29 0.79 0.91 1.70 20.00 66.30 >10 4.27 2.02 5.46 6.29 11.75 137.90 457.12 12 0.52 0.42 1.20 0.94 2.14 20.00 66.30 >10 3.61 2.89 8.28 6.50 14.78 137.90 457.12 2-618 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.07 0.94 1.49 2.01 3.50 20.00 66.30 >10 7.38 6.50 10.26 13.89 24.15 137.90 457.12 14 1.01 1.01 1.27 2.02 3.29 20.00 66.30 >10 6.94 6.96 8.76 13.90 22.66 137.90 457.12 15 7.90 6.20 0.51 14.10 14.61 20.00 66.30 1.13 54.46 42.74 3.51 97.21 100.71 137.90 457.12 16 2.82 4.16 0.19 6.98 7.17 20.00 66.30 3.30 19.48 28.65 1.29 48.13 49.41 137.90 457.12 17 1.93 2.97 0.13 4.90 5.03 20.00 66.30 5.12 13.31 20.46 0.89 33.78 34.66 137.90 457.12 18 2.03 3.00 0.34 5.03 5.37 20.00 66.30 4.96 13.99 20.71 2.35 34.70 37.05 137.90 457.12 19 3.20 4.90 0.44 8.10 8.53 20.00 66.30 2.71 22.05 33.78 3.01 55.83 58.84 137.90 457.12 20 2.65 4.86 1.02 7.52 8.54 20.00 66.30 2.99 18.29 33.53 7.05 51.82 58.86 137.90 457.12 21 0.23 0.47 0.06 0.70 0.76 20.00 66.30 >10 1.58 3.23 0.45 4.80 5.25 137.90 457.12 22 5.99 7.10 0.06 13.09 13.15 20.00 66.30 1.29 41.29 48.95 0.39 90.24 90.63 137.90 457.12 Min MS: 1.128, Location: 15, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-619 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-299. Load Combination 217, Rod Drop, Cold Environment, Normal Conditions of Transport - Model AOS-100B Load Cases: 216, 104, 201, 211 Rod Drop onto Cask -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.63 0.87 0.02 1.50 1.51 20.00 70.00 >10 4.31 6.02 0.10 10.33 10.43 137.90 482.63 2 0.06 0.03 0.01 0.09 0.10 20.00 70.00 >10 0.39 0.23 0.08 0.62 0.70 137.90 482.63 3 0.04 0.02 0.02 0.06 0.08 20.00 70.00 >10 0.28 0.17 0.11 0.45 0.56 137.90 482.63 4 5.06 8.86 1.03 13.92 14.95 20.00 70.00 1.16 34.91 61.06 7.11 95.97 103.08 137.90 482.63 5 4.34 7.02 1.45 11.36 12.81 20.00 70.00 1.64 29.95 48.40 10.00 78.35 88.36 137.90 482.63 6 1.74 2.32 0.69 4.06 4.75 20.00 70.00 6.38 12.00 16.01 4.73 28.01 32.74 137.90 482.63 7 0.34 0.01 0.31 0.34 0.66 20.00 70.00 >10 2.32 0.06 2.16 2.38 4.54 137.90 482.63 8 0.32 0.00 0.31 0.32 0.63 20.00 70.00 >10 2.20 0.00 2.16 2.21 4.37 137.90 482.63 9 0.31 0.01 0.31 0.32 0.64 20.00 70.00 >10 2.14 0.08 2.16 2.22 4.38 137.90 482.63 10 1.00 1.01 0.37 2.01 2.38 20.00 70.00 >10 6.90 6.97 2.55 13.87 16.42 137.90 482.63 11 0.62 0.29 0.20 0.91 1.11 20.00 70.00 >10 4.27 2.02 1.37 6.29 7.66 137.90 482.63 12 0.52 0.42 0.15 0.94 1.09 20.00 70.00 >10 3.61 2.89 1.03 6.50 7.52 137.90 482.63 2-620 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.07 0.94 0.65 2.01 2.67 20.00 70.00 >10 7.38 6.50 4.51 13.89 18.40 137.90 482.63 14 1.01 1.01 0.53 2.02 2.55 20.00 70.00 >10 6.94 6.96 3.68 13.90 17.58 137.90 482.63 15 7.90 6.20 0.07 14.10 14.17 20.00 70.00 1.13 54.46 42.74 0.49 97.21 97.69 137.90 482.63 16 2.82 4.16 0.26 6.98 7.24 20.00 70.00 3.30 19.48 28.65 1.77 48.13 49.89 137.90 482.63 17 1.93 2.97 0.20 4.90 5.10 20.00 70.00 5.12 13.31 20.46 1.41 33.78 35.19 137.90 482.63 18 2.03 3.00 0.22 5.03 5.25 20.00 70.00 4.96 13.99 20.71 1.51 34.70 36.21 137.90 482.63 19 3.20 4.90 0.31 8.10 8.41 20.00 70.00 2.71 22.05 33.78 2.16 55.83 57.99 137.90 482.63 20 2.65 4.86 0.38 7.52 7.90 20.00 70.00 2.99 18.29 33.53 2.62 51.82 54.44 137.90 482.63 21 0.23 0.47 0.17 0.70 0.87 20.00 70.00 >10 1.58 3.23 1.17 4.80 5.98 137.90 482.63 22 5.99 7.10 0.02 13.09 13.11 20.00 70.00 1.29 41.29 48.95 0.15 90.24 90.39 137.90 482.63 Min MS: 1.128, Location: 15, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-621 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-300. Load Combination 221, Forward Vibration, Normal Conditions of Transport - Model AOS-100B Load Cases: 221, 101, 201, 211 Forward 10g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.93 0.93 0.30 1.86 2.16 20.00 66.30 >10 6.40 6.40 2.07 12.80 14.87 137.90 457.12 2 0.88 0.23 0.45 1.11 1.56 20.00 66.30 >10 6.04 1.62 3.10 7.66 10.76 137.90 457.12 3 0.32 0.12 0.30 0.45 0.74 20.00 66.30 >10 2.22 0.85 2.05 3.08 5.13 137.90 457.12 4 5.49 9.02 3.16 14.51 17.66 20.00 66.30 1.07 37.84 62.17 21.76 100.01 121.77 137.90 457.12 5 4.67 7.10 3.43 11.77 15.20 20.00 66.30 1.55 32.17 48.98 23.66 81.15 104.82 137.90 457.12 6 1.87 2.33 1.47 4.20 5.67 20.00 66.30 6.14 12.92 16.03 10.16 28.96 39.12 137.90 457.12 7 0.35 0.03 0.44 0.38 0.82 20.00 66.30 >10 2.40 0.19 3.05 2.60 5.65 137.90 457.12 8 0.35 0.02 0.44 0.37 0.81 20.00 66.30 >10 2.38 0.15 3.05 2.53 5.58 137.90 457.12 9 0.34 0.04 0.44 0.38 0.82 20.00 66.30 >10 2.35 0.24 3.05 2.59 5.64 137.90 457.12 10 1.10 1.15 0.61 2.25 2.86 20.00 66.30 >10 7.58 7.91 4.21 15.49 19.71 137.90 457.12 11 0.79 0.34 0.79 1.13 1.92 20.00 66.30 >10 5.42 2.34 5.46 7.76 13.22 137.90 457.12 12 0.68 0.45 1.20 1.12 2.32 20.00 66.30 >10 4.67 3.07 8.28 7.74 16.03 137.90 457.12 2-622 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.35 0.94 1.49 2.29 3.78 20.00 66.30 >10 9.31 6.46 10.26 15.77 26.04 137.90 457.12 14 1.30 1.08 1.27 2.38 3.65 20.00 66.30 >10 8.93 7.45 8.76 16.39 25.15 137.90 457.12 15 4.03 5.61 0.51 9.64 10.15 20.00 66.30 2.11 27.77 38.70 3.51 66.47 69.98 137.90 457.12 16 2.47 3.53 0.19 6.00 6.19 20.00 66.30 4.00 17.06 24.32 1.29 41.38 42.67 137.90 457.12 17 1.78 2.52 0.13 4.30 4.42 20.00 66.30 5.98 12.26 17.36 0.89 29.62 30.50 137.90 457.12 18 2.06 3.09 0.34 5.15 5.49 20.00 66.30 4.82 14.22 21.30 2.35 35.52 37.87 137.90 457.12 19 3.36 4.87 0.44 8.22 8.66 20.00 66.30 2.65 23.13 33.55 3.01 56.68 59.69 137.90 457.12 20 2.83 4.84 1.02 7.67 8.69 20.00 66.30 2.91 19.48 33.40 7.05 52.88 59.93 137.90 457.12 21 0.46 0.53 0.06 0.99 1.06 20.00 66.30 >10 3.20 3.63 0.45 6.83 7.28 137.90 457.12 22 2.12 2.39 0.06 4.51 4.57 20.00 66.30 5.65 14.64 16.47 0.39 31.11 31.50 137.90 457.12 Min MS: 1.068, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-623 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-301. Load Combination 222, Lateral Vibration, Normal Conditions of Transport - Model AOS-100B Load Cases: 222, 101, 201, 211 Lateral 5g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.68 0.89 0.30 1.57 1.87 20.00 66.30 >10 4.71 6.13 2.07 10.83 12.90 137.90 457.12 2 0.11 0.06 0.45 0.17 0.62 20.00 66.30 >10 0.78 0.38 3.10 1.16 4.26 137.90 457.12 3 0.11 0.05 0.30 0.16 0.46 20.00 66.30 >10 0.74 0.35 2.05 1.09 3.14 137.90 457.12 4 5.02 8.77 3.16 13.79 16.94 20.00 66.30 1.18 34.60 60.46 21.76 95.06 116.83 137.90 457.12 5 4.35 7.00 3.43 11.35 14.78 20.00 66.30 1.64 29.97 48.28 23.66 78.26 101.92 137.90 457.12 6 1.69 2.28 1.47 3.98 5.45 20.00 66.30 6.54 11.68 15.74 10.16 27.43 37.59 137.90 457.12 7 0.29 0.01 0.44 0.30 0.74 20.00 66.30 >10 2.00 0.06 3.05 2.06 5.11 137.90 457.12 8 0.29 0.00 0.44 0.29 0.73 20.00 66.30 >10 2.00 0.01 3.05 2.00 5.05 137.90 457.12 9 0.29 0.01 0.44 0.30 0.74 20.00 66.30 >10 2.00 0.09 3.05 2.09 5.14 137.90 457.12 10 1.01 1.01 0.61 2.02 2.63 20.00 66.30 >10 6.93 6.98 4.21 13.91 18.12 137.90 457.12 11 0.63 0.30 0.79 0.92 1.71 20.00 66.30 >10 4.31 2.04 5.46 6.35 11.81 137.90 457.12 12 0.53 0.42 1.20 0.95 2.15 20.00 66.30 >10 3.64 2.92 8.28 6.56 14.85 137.90 457.12 2-624 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.08 0.93 1.49 2.01 3.50 20.00 66.30 >10 7.46 6.38 10.26 13.84 24.10 137.90 457.12 14 1.02 1.00 1.27 2.02 3.29 20.00 66.30 >10 7.02 6.91 8.76 13.93 22.69 137.90 457.12 15 3.93 5.54 0.51 9.47 9.97 20.00 66.30 2.17 27.08 38.18 3.51 65.26 68.77 137.90 457.12 16 2.34 3.40 0.19 5.74 5.93 20.00 66.30 4.23 16.17 23.41 1.29 39.58 40.86 137.90 457.12 17 1.66 2.46 0.13 4.11 4.24 20.00 66.30 6.29 11.42 16.95 0.89 28.36 29.25 137.90 457.12 18 1.96 3.01 0.34 4.97 5.31 20.00 66.30 5.03 13.54 20.76 2.35 34.30 36.65 137.90 457.12 19 3.14 4.81 0.44 7.95 8.39 20.00 66.30 2.77 21.68 33.13 3.01 54.81 57.82 137.90 457.12 20 2.57 4.72 1.02 7.29 8.31 20.00 66.30 3.12 17.71 32.53 7.05 50.25 57.29 137.90 457.12 21 0.25 0.49 0.06 0.75 0.81 20.00 66.30 >10 1.74 3.41 0.45 5.15 5.59 137.90 457.12 22 1.99 2.36 0.06 4.34 4.40 20.00 66.30 5.91 13.70 16.24 0.39 29.94 30.34 137.90 457.12 Min MS: 1.176, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-625 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-302. Load Combination 223, Vertical Vibration, Normal Conditions of Transport - Model AOS-100B Load Cases: 223, 101, 201, 211 Vertical 2g Vibration Inertia Load 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.61 0.86 0.30 1.47 1.77 20.00 66.30 >10 4.19 5.94 2.07 10.14 12.21 137.90 457.12 2 0.07 0.04 0.45 0.11 0.56 20.00 66.30 >10 0.49 0.26 3.10 0.74 3.84 137.90 457.12 3 0.06 0.04 0.30 0.09 0.39 20.00 66.30 >10 0.39 0.24 2.05 0.63 2.68 137.90 457.12 4 4.96 8.73 3.16 13.69 16.85 20.00 66.30 1.19 34.22 60.19 21.76 94.41 116.17 137.90 457.12 5 4.29 6.98 3.43 11.27 14.70 20.00 66.30 1.66 29.57 48.12 23.66 77.69 101.35 137.90 457.12 6 1.68 2.28 1.47 3.95 5.43 20.00 66.30 6.59 11.55 15.71 10.16 27.26 37.42 137.90 457.12 7 0.29 0.01 0.44 0.30 0.74 20.00 66.30 >10 2.02 0.05 3.05 2.08 5.13 137.90 457.12 8 0.30 0.00 0.44 0.30 0.74 20.00 66.30 >10 2.04 0.00 3.05 2.04 5.09 137.90 457.12 9 0.30 0.01 0.44 0.31 0.76 20.00 66.30 >10 2.08 0.08 3.05 2.16 5.21 137.90 457.12 10 1.01 1.01 0.61 2.02 2.63 20.00 66.30 >10 6.96 6.99 4.21 13.94 18.15 137.90 457.12 11 0.62 0.30 0.79 0.92 1.71 20.00 66.30 >10 4.31 2.04 5.46 6.35 11.80 137.90 457.12 12 0.53 0.43 1.20 0.97 2.17 20.00 66.30 >10 3.67 2.99 8.28 6.66 14.95 137.90 457.12 2-626 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.09 0.96 1.49 2.05 3.54 20.00 66.30 >10 7.50 6.65 10.26 14.15 24.41 137.90 457.12 14 1.02 1.01 1.27 2.04 3.31 20.00 66.30 >10 7.05 6.99 8.76 14.04 22.80 137.90 457.12 15 3.84 5.45 0.51 9.29 9.80 20.00 66.30 2.23 26.48 37.58 3.51 64.06 67.57 137.90 457.12 16 2.33 3.41 0.19 5.74 5.93 20.00 66.30 4.22 16.10 23.50 1.29 39.59 40.88 137.90 457.12 17 1.65 2.47 0.13 4.12 4.25 20.00 66.30 6.27 11.40 17.04 0.89 28.44 29.32 137.90 457.12 18 1.96 3.01 0.34 4.97 5.31 20.00 66.30 5.04 13.49 20.76 2.35 34.25 36.60 137.90 457.12 19 3.12 4.80 0.44 7.93 8.36 20.00 66.30 2.78 21.53 33.12 3.01 54.65 57.66 137.90 457.12 20 2.56 4.71 1.02 7.27 8.29 20.00 66.30 3.13 17.62 32.50 7.05 50.12 57.17 137.90 457.12 21 0.29 0.49 0.06 0.78 0.84 20.00 66.30 >10 2.00 3.38 0.45 5.37 5.82 137.90 457.12 22 1.98 2.35 0.06 4.34 4.39 20.00 66.30 5.92 13.65 16.24 0.39 29.89 30.28 137.90 457.12 Min MS: 1.191, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-627 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-303. Load Combination 224, Forward Vibration at Cold Temperature, Normal Conditions of Transport - Models AOS-100B Load Cases: 221, 103, 201, 211 Forward 10g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.93 0.93 0.01 1.86 1.87 20.00 70.00 >10 6.40 6.40 0.09 12.80 12.89 137.90 482.63 2 0.88 0.23 0.01 1.11 1.12 20.00 70.00 >10 6.04 1.62 0.07 7.66 7.73 137.90 482.63 3 0.32 0.12 0.01 0.45 0.46 20.00 70.00 >10 2.22 0.85 0.09 3.08 3.17 137.90 482.63 4 5.49 9.02 0.84 14.51 15.35 20.00 70.00 1.07 37.84 62.17 5.82 100.01 105.83 137.90 482.63 5 4.67 7.10 1.19 11.77 12.96 20.00 70.00 1.55 32.17 48.98 8.18 81.15 89.34 137.90 482.63 6 1.87 2.33 0.56 4.20 4.76 20.00 70.00 6.14 12.92 16.03 3.87 28.96 32.82 137.90 482.63 7 0.35 0.03 0.26 0.38 0.63 20.00 70.00 >10 2.40 0.19 1.77 2.60 4.37 137.90 482.63 8 0.35 0.02 0.26 0.37 0.62 20.00 70.00 >10 2.38 0.15 1.77 2.53 4.30 137.90 482.63 9 0.34 0.04 0.26 0.38 0.63 20.00 70.00 >10 2.35 0.24 1.77 2.59 4.36 137.90 482.63 10 1.10 1.15 0.30 2.25 2.55 20.00 70.00 >10 7.58 7.91 2.08 15.49 17.58 137.90 482.63 11 0.79 0.34 0.16 1.13 1.29 20.00 70.00 >10 5.42 2.34 1.12 7.76 8.88 137.90 482.63 12 0.68 0.45 0.12 1.12 1.24 20.00 70.00 >10 4.67 3.07 0.84 7.74 8.58 137.90 482.63 2-628 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.35 0.94 0.54 2.29 2.82 20.00 70.00 >10 9.31 6.46 3.69 15.77 19.47 137.90 482.63 14 1.30 1.08 0.44 2.38 2.81 20.00 70.00 >10 8.93 7.45 3.01 16.39 19.40 137.90 482.63 15 4.03 5.61 0.06 9.64 9.70 20.00 70.00 2.11 27.77 38.70 0.40 66.47 66.87 137.90 482.63 16 2.47 3.53 0.21 6.00 6.21 20.00 70.00 4.00 17.06 24.32 1.45 41.38 42.83 137.90 482.63 17 1.78 2.52 0.17 4.30 4.46 20.00 70.00 5.98 12.26 17.36 1.15 29.62 30.77 137.90 482.63 18 2.06 3.09 0.18 5.15 5.33 20.00 70.00 4.82 14.22 21.30 1.24 35.52 36.76 137.90 482.63 19 3.36 4.87 0.26 8.22 8.48 20.00 70.00 2.65 23.13 33.55 1.77 56.68 58.45 137.90 482.63 20 2.83 4.84 0.31 7.67 7.98 20.00 70.00 2.91 19.48 33.40 2.15 52.88 55.02 137.90 482.63 21 0.46 0.53 0.14 0.99 1.13 20.00 70.00 >10 3.20 3.63 0.96 6.83 7.79 137.90 482.63 22 2.12 2.39 0.02 4.51 4.53 20.00 70.00 5.65 14.64 16.47 0.13 31.11 31.23 137.90 482.63 Min MS: 1.068, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-629 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-304. Load Combination 225, Lateral Vibration at Cold Temperature, Normal Conditions of Transport - Models AOS-100B Load Cases: 222, 103, 201, 211 Lateral 5g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.68 0.89 0.01 1.57 1.58 20.00 70.00 >10 4.71 6.13 0.09 10.83 10.92 137.90 482.63 2 0.11 0.06 0.01 0.17 0.18 20.00 70.00 >10 0.78 0.38 0.07 1.16 1.23 137.90 482.63 3 0.11 0.05 0.01 0.16 0.17 20.00 70.00 >10 0.74 0.35 0.09 1.09 1.18 137.90 482.63 4 5.02 8.77 0.84 13.79 14.63 20.00 70.00 1.18 34.60 60.46 5.82 95.06 100.88 137.90 482.63 5 4.35 7.00 1.19 11.35 12.54 20.00 70.00 1.64 29.97 48.28 8.18 78.26 86.44 137.90 482.63 6 1.69 2.28 0.56 3.98 4.54 20.00 70.00 6.54 11.68 15.74 3.87 27.43 31.29 137.90 482.63 7 0.29 0.01 0.26 0.30 0.56 20.00 70.00 >10 2.00 0.06 1.77 2.06 3.83 137.90 482.63 8 0.29 0.00 0.26 0.29 0.55 20.00 70.00 >10 2.00 0.01 1.77 2.00 3.77 137.90 482.63 9 0.29 0.01 0.26 0.30 0.56 20.00 70.00 >10 2.00 0.09 1.77 2.09 3.86 137.90 482.63 10 1.01 1.01 0.30 2.02 2.32 20.00 70.00 >10 6.93 6.98 2.08 13.91 16.00 137.90 482.63 11 0.63 0.30 0.16 0.92 1.08 20.00 70.00 >10 4.31 2.04 1.12 6.35 7.47 137.90 482.63 12 0.53 0.42 0.12 0.95 1.07 20.00 70.00 >10 3.64 2.92 0.84 6.56 7.40 137.90 482.63 2-630 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.08 0.93 0.54 2.01 2.54 20.00 70.00 >10 7.46 6.38 3.69 13.84 17.53 137.90 482.63 14 1.02 1.00 0.44 2.02 2.46 20.00 70.00 >10 7.02 6.91 3.01 13.93 16.94 137.90 482.63 15 3.93 5.54 0.06 9.47 9.52 20.00 70.00 2.17 27.08 38.18 0.40 65.26 65.66 137.90 482.63 16 2.34 3.40 0.21 5.74 5.95 20.00 70.00 4.23 16.17 23.41 1.45 39.58 41.02 137.90 482.63 17 1.66 2.46 0.17 4.11 4.28 20.00 70.00 6.29 11.42 16.95 1.15 28.36 29.52 137.90 482.63 18 1.96 3.01 0.18 4.97 5.15 20.00 70.00 5.03 13.54 20.76 1.24 34.30 35.53 137.90 482.63 19 3.14 4.81 0.26 7.95 8.21 20.00 70.00 2.77 21.68 33.13 1.77 54.81 56.58 137.90 482.63 20 2.57 4.72 0.31 7.29 7.60 20.00 70.00 3.12 17.71 32.53 2.15 50.25 52.39 137.90 482.63 21 0.25 0.49 0.14 0.75 0.89 20.00 70.00 >10 1.74 3.41 0.96 5.15 6.11 137.90 482.63 22 1.99 2.36 0.02 4.34 4.36 20.00 70.00 5.91 13.70 16.24 0.13 29.94 30.07 137.90 482.63 Min MS: 1.176, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-631 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-305. Load Combination 226, Vertical Vibration at Cold Temperature, Normal Conditions of Transport - Models AOS-100B Load Cases: 223, 103, 201, 211 Vertical 2g Vibration Inertia Load -20°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.61 0.86 0.01 1.47 1.48 20.00 70.00 >10 4.19 5.94 0.09 10.14 10.22 137.90 482.63 2 0.07 0.04 0.01 0.11 0.12 20.00 70.00 >10 0.49 0.26 0.07 0.74 0.81 137.90 482.63 3 0.06 0.04 0.01 0.09 0.10 20.00 70.00 >10 0.39 0.24 0.09 0.63 0.72 137.90 482.63 4 4.96 8.73 0.84 13.69 14.54 20.00 70.00 1.19 34.22 60.19 5.82 94.41 100.22 137.90 482.63 5 4.29 6.98 1.19 11.27 12.45 20.00 70.00 1.66 29.57 48.12 8.18 77.69 85.87 137.90 482.63 6 1.68 2.28 0.56 3.95 4.51 20.00 70.00 6.59 11.55 15.71 3.87 27.26 31.13 137.90 482.63 7 0.29 0.01 0.26 0.30 0.56 20.00 70.00 >10 2.02 0.05 1.77 2.08 3.85 137.90 482.63 8 0.30 0.00 0.26 0.30 0.55 20.00 70.00 >10 2.04 0.00 1.77 2.04 3.81 137.90 482.63 9 0.30 0.01 0.26 0.31 0.57 20.00 70.00 >10 2.08 0.08 1.77 2.16 3.93 137.90 482.63 10 1.01 1.01 0.30 2.02 2.32 20.00 70.00 >10 6.96 6.99 2.08 13.94 16.03 137.90 482.63 11 0.62 0.30 0.16 0.92 1.08 20.00 70.00 >10 4.31 2.04 1.12 6.35 7.47 137.90 482.63 12 0.53 0.43 0.12 0.97 1.09 20.00 70.00 >10 3.67 2.99 0.84 6.66 7.50 137.90 482.63 2-632 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.09 0.96 0.54 2.05 2.59 20.00 70.00 >10 7.50 6.65 3.69 14.15 17.84 137.90 482.63 14 1.02 1.01 0.44 2.04 2.47 20.00 70.00 >10 7.05 6.99 3.01 14.04 17.04 137.90 482.63 15 3.84 5.45 0.06 9.29 9.35 20.00 70.00 2.23 26.48 37.58 0.40 64.06 64.46 137.90 482.63 16 2.33 3.41 0.21 5.74 5.95 20.00 70.00 4.22 16.10 23.50 1.45 39.59 41.04 137.90 482.63 17 1.65 2.47 0.17 4.12 4.29 20.00 70.00 6.27 11.40 17.04 1.15 28.44 29.59 137.90 482.63 18 1.96 3.01 0.18 4.97 5.15 20.00 70.00 5.04 13.49 20.76 1.24 34.25 35.49 137.90 482.63 19 3.12 4.80 0.26 7.93 8.18 20.00 70.00 2.78 21.53 33.12 1.77 54.65 56.42 137.90 482.63 20 2.56 4.71 0.31 7.27 7.58 20.00 70.00 3.13 17.62 32.50 2.15 50.12 52.27 137.90 482.63 21 0.29 0.49 0.14 0.78 0.92 20.00 70.00 >10 2.00 3.38 0.96 5.37 6.33 137.90 482.63 22 1.98 2.35 0.02 4.34 4.35 20.00 70.00 5.92 13.65 16.24 0.13 29.89 30.02 137.90 482.63 Min MS: 1.191, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-633 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-306. Load Combination 231, 3-ft. Head-On Drop, Normal Conditions, Normal Conditions of Transport - Model AOS-100B Load Cases: 231, 102, 201, 211 3-ft. Head-On Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.72 0.89 0.28 1.61 1.89 20.00 66.30 >10 4.94 6.16 1.96 11.10 13.05 137.90 457.12 2 0.10 0.03 0.43 0.14 0.56 20.00 66.30 >10 0.71 0.23 2.96 0.93 3.89 137.90 457.12 3 0.05 0.02 0.28 0.07 0.35 20.00 66.30 >10 0.32 0.16 1.96 0.48 2.44 137.90 457.12 4 5.17 8.93 2.98 14.11 17.09 20.00 66.30 1.13 35.67 61.59 20.55 97.27 117.81 137.90 457.12 5 4.40 7.14 3.25 11.53 14.78 20.00 66.30 1.60 30.32 49.21 22.40 79.53 101.93 137.90 457.12 6 1.73 2.28 1.39 4.01 5.40 20.00 61.80 6.49 11.90 15.72 9.61 27.62 37.23 137.90 426.10 7 0.32 0.01 0.42 0.33 0.76 20.00 61.80 >10 2.23 0.06 2.93 2.29 5.22 137.90 426.10 8 0.31 0.00 0.42 0.31 0.74 20.00 61.80 >10 2.14 0.00 2.92 2.15 5.07 137.90 426.10 9 0.31 0.01 0.42 0.32 0.74 20.00 61.80 >10 2.13 0.08 2.92 2.21 5.13 137.90 426.10 10 1.01 1.04 0.59 2.05 2.63 20.00 61.80 >10 6.98 7.14 4.04 14.12 18.17 137.90 426.10 11 0.65 0.30 0.75 0.94 1.69 20.00 61.80 >10 4.45 2.05 5.17 6.50 11.67 137.90 426.10 12 0.54 0.45 1.15 0.99 2.14 20.00 61.80 >10 3.72 3.12 7.89 6.84 14.73 137.90 426.10 2-634 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.07 0.92 1.41 1.99 3.40 20.00 61.80 >10 7.37 6.36 9.73 13.73 23.46 137.90 426.10 14 1.00 0.98 1.20 1.99 3.19 20.00 66.30 >10 6.92 6.78 8.30 13.70 22.00 137.90 457.12 15 4.21 5.47 0.71 9.68 10.40 20.00 66.30 2.10 29.05 37.72 4.91 66.77 71.68 137.90 457.12 16 2.39 3.44 0.28 5.83 6.11 20.00 66.30 4.15 16.46 23.74 1.90 40.20 42.10 137.90 457.12 17 1.74 2.47 0.18 4.22 4.40 20.00 66.30 6.11 12.02 17.06 1.23 29.08 30.31 137.90 457.12 18 2.00 3.06 0.33 5.06 5.39 20.00 66.30 4.93 13.76 21.13 2.25 34.89 37.14 137.90 457.12 19 3.20 4.88 0.45 8.08 8.53 20.00 66.30 2.71 22.08 33.65 3.10 55.74 58.84 137.90 457.12 20 2.63 4.81 0.98 7.44 8.41 20.00 61.80 3.03 18.14 33.16 6.72 51.29 58.02 137.90 426.10 21 0.24 0.47 0.06 0.71 0.77 20.00 66.30 >10 1.63 3.26 0.44 4.90 5.33 137.90 457.12 22 2.17 2.41 0.06 4.57 4.63 20.00 66.30 5.56 14.94 16.59 0.41 31.53 31.94 137.90 457.12 Min MS: 1.127, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-635 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-307. Load Combination 233, 3-ft. Drop at Cold Temperature, Normal Conditions of Transport - Models AOS-100B Load Cases: 231, 103, 211 3-ft. Head-On Drop -20°F Ambient, Zero Decay Heat, Zero Insolation Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.70 0.88 0.01 1.58 1.60 20.00 70.00 >10 4.84 6.07 0.09 10.91 11.00 137.90 482.63 2 0.09 0.03 0.01 0.12 0.13 20.00 70.00 >10 0.64 0.22 0.07 0.86 0.93 137.90 482.63 3 0.03 0.00 0.01 0.04 0.05 20.00 70.00 >10 0.22 0.03 0.09 0.25 0.34 137.90 482.63 4 1.02 1.60 0.84 2.62 3.47 20.00 70.00 >10 7.02 11.07 5.82 18.09 23.91 137.90 482.63 5 0.99 1.49 1.19 2.48 3.67 20.00 70.00 >10 6.79 10.29 8.18 17.09 25.27 137.90 482.63 6 0.43 0.63 0.56 1.06 1.62 20.00 70.00 >10 2.95 4.34 3.87 7.29 11.16 137.90 482.63 7 0.19 0.00 0.26 0.19 0.45 20.00 70.00 >10 1.29 0.02 1.77 1.31 3.08 137.90 482.63 8 0.18 0.00 0.26 0.18 0.43 20.00 70.00 >10 1.21 0.00 1.77 1.21 2.98 137.90 482.63 9 0.17 0.00 0.26 0.17 0.43 20.00 70.00 >10 1.19 0.00 1.77 1.19 2.96 137.90 482.63 10 0.19 0.07 0.30 0.26 0.56 20.00 70.00 >10 1.29 0.48 2.08 1.77 3.85 137.90 482.63 11 0.12 0.07 0.16 0.19 0.35 20.00 70.00 >10 0.81 0.50 1.12 1.31 2.43 137.90 482.63 12 0.06 0.05 0.12 0.11 0.24 20.00 70.00 >10 0.44 0.35 0.84 0.78 1.62 137.90 482.63 13 0.34 0.33 0.54 0.66 1.20 20.00 70.00 >10 2.31 2.25 3.69 4.57 8.26 137.90 482.63 2-636 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.32 0.25 0.44 0.57 1.01 20.00 70.00 >10 2.22 1.74 3.01 3.96 6.97 137.90 482.63 15 0.69 0.03 0.06 0.73 0.78 20.00 70.00 >10 4.77 0.23 0.40 5.00 5.40 137.90 482.63 16 0.09 0.08 0.21 0.17 0.38 20.00 70.00 >10 0.62 0.55 1.45 1.18 2.62 137.90 482.63 17 0.12 0.05 0.17 0.17 0.34 20.00 70.00 >10 0.84 0.34 1.15 1.18 2.33 137.90 482.63 18 0.14 0.22 0.18 0.36 0.54 20.00 70.00 >10 0.96 1.53 1.24 2.49 3.73 137.90 482.63 19 0.20 0.21 0.26 0.41 0.67 20.00 70.00 >10 1.41 1.45 1.77 2.86 4.63 137.90 482.63 20 0.23 0.31 0.31 0.54 0.86 20.00 70.00 >10 1.61 2.14 2.15 3.76 5.90 137.90 482.63 21 0.04 0.07 0.14 0.11 0.25 20.00 70.00 >10 0.27 0.50 0.96 0.77 1.73 137.90 482.63 22 0.48 0.07 0.02 0.55 0.56 20.00 70.00 >10 3.29 0.48 0.13 3.77 3.89 137.90 482.63 Min MS: 10.434, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-637 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.2.4.2 Hypothetical Accident Conditions of Transport Summary of Damages (Stresses) - Model AOS-100B Table 2-308 and Table 2-309 present Model AOS-100B transport package Load Cases and Load Combinations, respectively, under Hypothetical Accident conditions of transport:

• Table 2-310 through Table 2-322 present Model AOS-050A transport package output data, for the Load Cases listed in Table 2-308. Comparisons with allowable stress limits are included for Load Cases 111 and 112.
• Table 2-323 through Table 2-337 present Model AOS-050A transport package output data, for the Load Combinations listed in Table 2-309.

Table 2-308. Load Cases Associated with Allowable Stresses under Hypothetical Accident Conditions of Transport - Model AOS-100B Load Case Description Data 111 Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat Table 2-310 Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-311 Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-312 112 Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-313 Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-314 Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Table 2-315 301 30-ft. Head-On Drop Table 2-316 302 30-ft. Side Drop + Slap-Down Table 2-317 303 30-ft. Cg/Corner Drop Table 2-318 304 30-ft. Head-On Drop at -40°F, Low Temperature Table 2-319 305 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature Table 2-320 306 30-ft. Cg/Corner Drop at -40°F, Low Temperature Table 2-321 311 4-ft. Drop onto Rod Table 2-322 2-638 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-309. Load Combinations Associated with Allowable Stresses under Hypothetical Accident Conditions of Transport - Model AOS-100B Load Combination Load Casesa Description Data 301 301, 102, 201, 211 Head-On Drop Orientation Table 2-323 302 302, 102, 201, 211 Side Drop Orientation Table 2-324 303 303, 102, 201, 211 Cg/Corner Drop Orientation Table 2-325 Head-On Drop Orientation at -40°F, Cold 304 304, 105, 202, 211 Table 2-326 Environment Side Drop Orientation at -40°F, Cold 305 305, 105, 202, 211 Table 2-327 Environment Cg/Corner Drop Orientation at -40°F, 306 306, 105, 202, 211 Table 2-328 Cold Environment Additional Increased External Pressure 310 204, 101, 211 Table 2-329 (290 psi) 311 311, 101, 201, 211 4-ft. Drop onto Rod Table 2-330 4-ft. Drop onto Rod at -40°F, 312 311, 104, 201, 211 Table 2-331 Cold Environment 350 111, 201, 211 Fire at 30 Minutes Table 2-332 351 Post Fire at 60 Minutes Table 2-333 352 Post Fire at 90 Minutes Table 2-334 353 112, 201, 211 Post Fire at 120 Minutes Table 2-335 354 Post Fire at 150 Minutes Table 2-336 355 Post Fire at 180 Minutes Table 2-337

a. Some Normal conditions of transport Load Cases are included in Hypothetical Accident conditions of transport Load Combinations, to meet regulatory requirements.

Radioactive Material Transport Packaging System Safety Analysis Report 2-639 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-310. Load Case 111, Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 9.0726E+03 -4.7465E+03 5.5696E+03 1.3819E+04 2.3055E+04 6.2553E+01 -3.2726E+01 3.8401E+01 9.5280E+01 1.5896E+02 2 1.4658E+04 -4.8666E+03 5.7606E+03 1.9525E+04 4.0121E+04 1.0107E+02 -3.3554E+01 3.9718E+01 1.3462E+02 2.7663E+02 3 9.1776E+03 -4.8127E+03 5.6969E+03 1.3990E+04 2.3464E+04 6.3277E+01 -3.3182E+01 3.9279E+01 9.6460E+01 1.6178E+02 4 1.5615E+04 -6.9478E+03 3.0024E+03 2.2563E+04 4.4039E+04 1.0766E+02 -4.7903E+01 2.0701E+01 1.5556E+02 3.0364E+02 5 1.6693E+04 -6.4612E+03 3.0841E+03 2.3154E+04 3.5963E+04 1.1509E+02 -4.4548E+01 2.1264E+01 1.5964E+02 2.4795E+02 6 8.7624E+03 -9.5512E+02 5.4606E+03 9.7175E+03 1.4278E+04 6.0414E+01 -6.5853E+00 3.7650E+01 6.7000E+01 9.8445E+01 7 2.9866E+03 -4.5990E-01 -1.1098E+02 2.9871E+03 4.7387E+01 2.0592E+01 -3.1709E-03 -7.6517E-01 2.0595E+01 3.2672E-01 8 2.9853E+03 2.6582E+00 5.4217E+00 2.9826E+03 7.6729E+01 2.0583E+01 1.8328E-02 3.7381E-02 2.0564E+01 5.2903E-01 9 2.9832E+03 -5.3737E-01 -5.0554E+00 2.9837E+03 1.2700E+02 2.0568E+01 -3.7050E-03 -3.4856E-02 2.0572E+01 8.7567E-01 10 2.9932E+03 1.2102E+02 7.7498E+02 2.8722E+03 3.5798E+01 2.0638E+01 8.3438E-01 5.3433E+00 1.9803E+01 2.4682E-01 11 1.8702E+03 -2.8561E+01 1.3186E+03 1.8988E+03 7.9925E+02 1.2895E+01 -1.9692E-01 9.0916E+00 1.3092E+01 5.5107E+00 12 1.9630E+03 -2.8210E+00 1.9575E+03 1.9658E+03 8.8416E+02 1.3535E+01 -1.9450E-02 1.3497E+01 1.3554E+01 6.0961E+00 13 5.8891E+03 -3.5033E+02 1.7894E+03 6.2394E+03 4.8346E+03 4.0604E+01 -2.4154E+00 1.2337E+01 4.3019E+01 3.3333E+01 14 5.4160E+03 -3.6513E+02 1.7124E+03 5.7812E+03 6.2386E+03 3.7342E+01 -2.5175E+00 1.1806E+01 3.9860E+01 4.3014E+01 15 2.0220E+02 -2.5866E+02 -3.9595E+01 4.6086E+02 8.0014E+02 1.3941E+00 -1.7834E+00 -2.7300E-01 3.1775E+00 5.5167E+00 2-640 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 8.9323E+01 -7.4065E+01 5.8036E+01 1.6339E+02 2.3393E+02 6.1586E-01 -5.1066E-01 4.0014E-01 1.1265E+00 1.6129E+00 17 7.6795E+01 -4.2262E+01 3.9729E+01 1.1906E+02 1.9686E+02 5.2949E-01 -2.9138E-01 2.7392E-01 8.2087E-01 1.3573E+00 18 1.3471E+02 -5.5665E+01 -4.0694E+02 1.9038E+02 1.8932E+02 9.2881E-01 -3.8380E-01 -2.8057E+00 1.3126E+00 1.3053E+00 19 2.0797E+02 -1.8062E+01 -5.1441E+02 2.2604E+02 4.4022E+02 1.4339E+00 -1.2453E-01 -3.5467E+00 1.5585E+00 3.0352E+00 20 3.4856E+02 -1.6868E+01 -6.7462E+01 3.6543E+02 2.5720E+02 2.4032E+00 -1.1630E-01 -4.6513E-01 2.5196E+00 1.7733E+00 21 1.1848E+02 -1.3672E+03 -1.2481E+03 1.4857E+03 2.2650E+03 8.1690E-01 -9.4268E+00 -8.6051E+00 1.0244E+01 1.5617E+01 22 1.5491E+02 -5.9977E+02 -4.6587E+02 7.5468E+02 1.2493E+03 1.0681E+00 -4.1352E+00 -3.2121E+00 5.2033E+00 8.6133E+00 Allowable Stress for Load Case 111 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 292.80 290.44 20.00 23.60 66.30 2 379.41 299.30 20.00 23.60 66.30 3 294.33 292.02 20.00 23.60 66.30 4 296.03 295.84 20.00 23.60 66.30 5 299.42 298.79 20.00 23.60 66.30 6 303.90 301.60 20.00 22.40 61.80 7 303.41 301.70 20.00 22.40 61.80 8 303.76 302.05 20.00 22.40 61.80 9 303.94 302.24 20.00 22.40 61.80 10 304.61 302.51 20.00 22.40 61.80 11 306.71 303.48 20.00 22.40 61.80 12 311.79 307.68 20.00 22.40 61.80 13 299.84 299.12 20.00 23.60 66.30 14 298.38 298.04 20.00 23.60 66.30 15 295.39 294.81 20.00 23.60 66.30 16 294.89 294.49 20.00 23.60 66.30 17 294.98 294.50 20.00 23.60 66.30 18 296.84 296.21 20.00 23.60 66.30 19 297.59 297.19 20.00 23.60 66.30 20 303.35 301.66 20.00 22.40 61.80 21 295.38 294.02 20.00 23.60 66.30 22 294.07 293.33 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-641 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-311. Load Case 112, Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 8.1904E+02 -5.0496E+02 2.0463E+03 1.3240E+03 1.4838E+02 5.6471E+00 -3.4816E+00 1.4109E+01 9.1286E+00 1.0230E+00 2 1.9537E+03 -2.3244E+03 -2.1032E+03 4.2781E+03 6.6275E+03 1.3470E+01 -1.6026E+01 -1.4501E+01 2.9497E+01 4.5695E+01 3 7.1891E+02 -5.2914E+02 1.7040E+03 1.2481E+03 2.4226E+02 4.9567E+00 -3.6483E+00 1.1749E+01 8.6050E+00 1.6703E+00 4 6.9183E+02 -2.3292E+03 1.3287E+03 3.0210E+03 4.4243E+03 4.7700E+00 -1.6059E+01 9.1613E+00 2.0829E+01 3.0505E+01 5 2.4760E+02 -2.3540E+03 -3.3957E+03 2.6016E+03 1.9783E+02 1.7071E+00 -1.6230E+01 -2.3412E+01 1.7937E+01 1.3640E+00 6 7.5839E+02 -8.6566E+02 -3.0087E+03 1.6240E+03 1.8142E+03 5.2289E+00 -5.9685E+00 -2.0744E+01 1.1197E+01 1.2509E+01 7 1.8983E+02 -3.0234E+01 7.5502E+01 2.2006E+02 2.5919E+02 1.3088E+00 -2.0846E-01 5.2057E-01 1.5173E+00 1.7871E+00 8 2.2274E+02 -7.4501E+01 -1.1948E+01 2.9724E+02 4.6859E+02 1.5357E+00 -5.1366E-01 -8.2382E-02 2.0494E+00 3.2308E+00 9 2.1764E+02 -6.5180E+01 1.3540E+02 2.8282E+02 4.0239E+02 1.5006E+00 -4.4940E-01 9.3355E-01 1.9500E+00 2.7744E+00 10 1.0260E+03 -2.8693E+02 -1.6501E+03 1.3129E+03 3.3008E+02 7.0737E+00 -1.9783E+00 -1.1377E+01 9.0520E+00 2.2758E+00 11 8.0709E+02 -1.9014E+03 -2.1192E+03 2.7085E+03 4.3287E+03 5.5647E+00 -1.3110E+01 -1.4611E+01 1.8675E+01 2.9845E+01 12 7.2554E+02 -1.7810E+03 -1.0730E+03 2.5065E+03 4.6347E+03 5.0024E+00 -1.2280E+01 -7.3983E+00 1.7282E+01 3.1955E+01 13 -2.3426E+02 -4.2584E+03 -1.7055E+03 4.0242E+03 2.3255E+03

                 -1.6152E+00 -2.9361E+01 -1.1759E+01                  2.7746E+01       1.6033E+01 14      2.2164E+02 -3.7350E+03           9.2367E+02        3.9567E+03       2.6513E+03 1.5281E+00 -2.5752E+01           6.3685E+00        2.7280E+01       1.8280E+01 15      3.9050E+02 -9.1140E+01           3.0037E+02        4.8164E+02       7.0530E+02 2.6924E+00 -6.2839E-01           2.0710E+00        3.3208E+00       4.8629E+00 2-642                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 9.8130E+01 -2.3807E+01 -4.2038E+02 1.2194E+02 1.1281E+02 6.7658E-01 -1.6415E-01 -2.8984E+00 8.4073E-01 7.7781E-01 17 3.8125E+01 -5.7613E+01 -4.5176E+02 9.5738E+01 1.4063E+02 2.6287E-01 -3.9723E-01 -3.1148E+00 6.6009E-01 9.6961E-01 18 3.2244E+02 -4.4205E+02 2.2419E+03 7.6450E+02 6.4598E+02 2.2232E+00 -3.0479E+00 1.5457E+01 5.2710E+00 4.4539E+00 19 -4.8324E+01 -8.7042E+02 2.4751E+03 8.2210E+02 7.6676E+02

                  -3.3318E-01 -6.0014E+00            1.7066E+01       5.6682E+00      5.2866E+00 20        4.9801E+01 -1.7867E+03 -6.7880E+02                1.8365E+03      7.6410E+02 3.4337E-01 -1.2319E+01 -4.6802E+00                1.2662E+01      5.2683E+00 21        4.4635E+02      1.2284E+01       4.4569E+02       4.3407E+02      4.5492E+01 3.0775E+00      8.4692E-02       3.0729E+00       2.9928E+00      3.1366E-01 22        1.0865E+03 -9.5839E+01           1.0078E+03       1.1823E+03      1.6293E+03 7.4910E+00 -6.6078E-01           6.9488E+00       8.1518E+00      1.1234E+01 Allowable Stress for Load Case 112 (Post Fire at 60 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 409.02 401.04 18.70 20.70 59.70 2 538.47 520.65 17.40 19.40 59.20 3 411.08 404.42 18.70 20.70 59.70 4 344.69 342.72 20.00 22.40 61.80 5 370.24 364.68 20.00 22.40 61.80 6 379.06 374.81 20.00 22.40 61.80 7 433.75 432.49 18.70 20.70 59.70 8 445.45 444.89 18.70 20.70 59.70 9 433.71 432.43 18.70 20.70 59.70 10 392.59 384.81 20.00 22.40 61.80 11 375.32 360.74 20.00 22.40 61.80 12 356.41 353.76 20.00 22.40 61.80 13 352.83 343.55 20.00 22.40 61.80 14 334.72 330.21 20.00 22.40 61.80 15 299.24 299.15 20.00 23.60 66.30 16 303.87 303.26 20.00 22.40 61.80 17 304.70 304.31 20.00 22.40 61.80 18 313.45 311.70 20.00 22.40 61.80 19 317.08 315.36 20.00 22.40 61.80 20 337.08 333.26 20.00 22.40 61.80 21 299.74 299.55 20.00 23.60 66.30 22 298.05 297.96 20.00 23.60 66.30 Radioactive Material Transport Packaging System Safety Analysis Report 2-643 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-312. Load Case 112, Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 9.1996E+02 -1.1920E+03 1.0819E+03 2.1119E+03 2.1362E+03 6.3429E+00 -8.2184E+00 7.4591E+00 1.4561E+01 1.4728E+01 2 1.5952E+03 -2.5937E+03 -1.5067E+03 4.1888E+03 8.1944E+03 1.0998E+01 -1.7883E+01 -1.0388E+01 2.8881E+01 5.6499E+01 3 8.7561E+02 -1.2316E+03 7.8355E+02 2.1072E+03 2.4717E+03 6.0371E+00 -8.4918E+00 5.4024E+00 1.4529E+01 1.7042E+01 4 5.4994E+02 -5.2729E+03 4.8558E+02 5.8229E+03 1.1027E+04 3.7917E+00 -3.6356E+01 3.3480E+00 4.0147E+01 7.6030E+01 5 1.0166E+03 -6.7828E+03 -4.5986E+03 7.7995E+03 1.2347E+04 7.0094E+00 -4.6766E+01 -3.1706E+01 5.3775E+01 8.5127E+01 6 2.9524E+02 -3.1621E+03 -5.0028E+03 3.4573E+03 3.1078E+03 2.0356E+00 -2.1802E+01 -3.4493E+01 2.3837E+01 2.1427E+01 7 -1.5028E+01 -9.1190E+02 1.1537E+02 8.9687E+02 4.8540E+02

                 -1.0362E-01 -6.2873E+00            7.9543E-01        6.1837E+00       3.3467E+00 8    -1.7922E+01 -9.1637E+02 -8.9565E+00                  8.9845E+02       6.0103E+02
                 -1.2357E-01 -6.3182E+00 -6.1753E-02                  6.1946E+00       4.1439E+00 9    -1.4998E+01 -9.1683E+02            1.2347E+02        9.0183E+02       5.8142E+02
                 -1.0341E-01 -6.3213E+00            8.5128E-01        6.2179E+00       4.0088E+00 10      5.3375E+02 -1.1233E+03 -1.6998E+03                 1.6571E+03       7.9107E+02 3.6801E+00 -7.7450E+00 -1.1720E+01                 1.1425E+01       5.4543E+00 11      4.2021E+02 -3.1466E+03 -3.0062E+03                 3.5668E+03       4.4323E+03 2.8972E+00 -2.1695E+01 -2.0727E+01                 2.4592E+01       3.0560E+01 12      2.3407E+02 -2.9932E+03 -2.7618E+03                 3.2272E+03       4.7461E+03 1.6139E+00 -2.0637E+01 -1.9042E+01                 2.2251E+01       3.2723E+01 13    -7.4559E+02 -6.9239E+03 -2.4026E+03                  6.1783E+03       4.1388E+03
                 -5.1406E+00 -4.7738E+01 -1.6565E+01                  4.2598E+01       2.8536E+01 14    -2.4216E+02 -6.1142E+03            7.6363E+02        5.8720E+03       5.3631E+02
                 -1.6697E+00 -4.2156E+01            5.2651E+00        4.0486E+01       3.6977E+00 15      8.4357E+02 -4.1818E+02           5.1871E+02        1.2618E+03       1.9722E+03 5.8162E+00 -2.8833E+00           3.5764E+00        8.6995E+00       1.3598E+01 2-644                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.1236E+02 -1.6503E+02 -7.5972E+02 3.7740E+02 5.4760E+02 1.4642E+00 -1.1379E+00 -5.2381E+00 2.6021E+00 3.7756E+00 17 8.8614E+01 -1.9263E+02 -7.1865E+02 2.8124E+02 4.5516E+02 6.1097E-01 -1.3281E+00 -4.9549E+00 1.9391E+00 3.1382E+00 18 4.3361E+02 -6.9333E+02 3.4114E+03 1.1269E+03 7.3959E+02 2.9896E+00 -4.7803E+00 2.3521E+01 7.7700E+00 5.0993E+00 19 -8.2705E+01 -1.3960E+03 3.7174E+03 1.3133E+03 1.5525E+03

                  -5.7023E-01 -9.6249E+00            2.5631E+01       9.0546E+00      1.0704E+01 20        4.1213E+01 -2.7701E+03 -7.8058E+02                2.8113E+03      8.4754E+02 2.8415E-01 -1.9099E+01 -5.3819E+00                1.9383E+01      5.8436E+00 21        1.1238E+03 -1.5185E+00           1.1234E+03       1.1254E+03      6.6815E+02 7.7486E+00 -1.0469E-02           7.7455E+00       7.7590E+00      4.6067E+00 22        2.0486E+03 -1.4355E+02           1.9738E+03       2.1921E+03      2.7619E+03 1.4124E+01 -9.8972E-01           1.3609E+01       1.5114E+01      1.9043E+01 Allowable Stress for Load Case 112 (Post Fire at 90 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 409.78 404.01 18.70 20.70 59.70 2 476.62 474.03 18.70 20.70 59.70 3 416.06 408.48 18.70 20.70 59.70 4 372.58 370.46 20.00 22.40 61.80 5 400.61 394.84 20.00 22.40 61.80 6 409.33 405.38 18.70 20.70 59.70 7 458.11 456.46 18.70 20.70 59.70 8 466.58 465.42 18.70 20.70 59.70 9 457.89 456.23 18.70 20.70 59.70 10 420.76 414.35 18.70 20.70 59.70 11 406.37 392.90 20.00 22.40 61.80 12 393.89 391.08 20.00 22.40 61.80 13 381.54 370.78 20.00 22.40 61.80 14 359.47 353.89 20.00 22.40 61.80 15 311.15 311.02 20.00 22.40 61.80 16 319.21 318.42 20.00 22.40 61.80 17 320.47 319.89 20.00 22.40 61.80 18 332.73 330.25 20.00 22.40 61.80 19 338.25 335.69 20.00 22.40 61.80 20 366.88 361.81 20.00 22.40 61.80 21 311.06 310.70 20.00 22.40 61.80 22 309.81 309.71 20.00 22.40 61.80 Radioactive Material Transport Packaging System Safety Analysis Report 2-645 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-313. Load Case 112, Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 7.9718E+02 -1.1509E+03 6.2377E+02 1.9481E+03 2.2671E+03 5.4964E+00 -7.9353E+00 4.3008E+00 1.3432E+01 1.5631E+01 2 1.2434E+03 -2.1786E+03 -1.0259E+03 3.4220E+03 6.8902E+03 8.5727E+00 -1.5021E+01 -7.0736E+00 2.3594E+01 4.7506E+01 3 7.7107E+02 -1.1776E+03 3.9363E+02 1.9487E+03 2.5312E+03 5.3164E+00 -8.1192E+00 2.7140E+00 1.3436E+01 1.7452E+01 4 1.0479E+03 -5.5897E+03 2.9087E+02 6.6376E+03 1.2902E+04 7.2247E+00 -3.8540E+01 2.0055E+00 4.5764E+01 8.8953E+01 5 1.3419E+03 -6.8739E+03 -3.9018E+03 8.2158E+03 1.3087E+04 9.2522E+00 -4.7394E+01 -2.6902E+01 5.6646E+01 9.0230E+01 6 2.8313E+02 -3.2893E+03 -4.4858E+03 3.5724E+03 3.7312E+03 1.9521E+00 -2.2679E+01 -3.0929E+01 2.4631E+01 2.5726E+01 7 -1.7488E+01 -1.0111E+03 1.0241E+02 9.9359E+02 5.0401E+02

                 -1.2058E-01 -6.9711E+00            7.0607E-01        6.8506E+00       3.4750E+00 8    -1.9663E+01 -1.0132E+03 -5.7619E+00                  9.9349E+02       5.6277E+02
                 -1.3557E-01 -6.9854E+00 -3.9727E-02                  6.8499E+00       3.8801E+00 9    -1.7836E+01 -1.0138E+03            9.1542E+01        9.9595E+02       5.6309E+02
                 -1.2297E-01 -6.9898E+00            6.3116E-01        6.8669E+00       3.8824E+00 10      2.8914E+02 -1.1754E+03 -1.2748E+03                 1.4645E+03       1.2227E+03 1.9936E+00 -8.1038E+00 -8.7893E+00                 1.0097E+01       8.4299E+00 11      1.7047E+02 -3.0112E+03 -2.6950E+03                 3.1817E+03       3.5917E+03 1.1753E+00 -2.0761E+01 -1.8581E+01                 2.1937E+01       2.4764E+01 12      8.2081E+01 -2.9798E+03 -2.8975E+03                 3.0619E+03       3.8328E+03 5.6593E-01 -2.0545E+01 -1.9978E+01                 2.1111E+01       2.6426E+01 13    -6.8845E+02 -6.5012E+03 -2.0772E+03                  5.8127E+03       3.7495E+03
                 -4.7467E+00 -4.4824E+01 -1.4322E+01                  4.0077E+01       2.5852E+01 14    -2.8715E+02 -5.7389E+03            6.5731E+02        5.4518E+03       1.5430E+02
                 -1.9798E+00 -3.9569E+01            4.5320E+00        3.7589E+01       1.0638E+00 15      8.8810E+02 -4.1819E+02           5.6129E+02        1.3063E+03       2.0309E+03 6.1232E+00 -2.8833E+00           3.8700E+00        9.0065E+00       1.4002E+01 2-646                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.2096E+02 -1.6808E+02 -7.9452E+02 3.8904E+02 5.6039E+02 1.5235E+00 -1.1589E+00 -5.4780E+00 2.6823E+00 3.8638E+00 17 9.2597E+01 -1.9833E+02 -7.4127E+02 2.9093E+02 4.7125E+02 6.3844E-01 -1.3675E+00 -5.1109E+00 2.0059E+00 3.2491E+00 18 4.2790E+02 -6.9453E+02 3.4260E+03 1.1224E+03 7.1586E+02 2.9503E+00 -4.7886E+00 2.3621E+01 7.7389E+00 4.9357E+00 19 -8.0489E+01 -1.4079E+03 3.7465E+03 1.3274E+03 1.6002E+03

                  -5.5495E-01 -9.7072E+00            2.5831E+01       9.1522E+00      1.1033E+01 20        2.7482E+01 -2.8148E+03 -6.2236E+02                2.8423E+03      7.9073E+02 1.8948E-01 -1.9407E+01 -4.2910E+00                1.9597E+01      5.4519E+00 21        1.2395E+03 -1.7681E+00           1.2387E+03       1.2413E+03      7.6140E+02 8.5462E+00 -1.2191E-02           8.5407E+00       8.5583E+00      5.2496E+00 22        2.1259E+03 -1.3052E+02           2.0649E+03       2.2564E+03      2.7666E+03 1.4657E+01 -8.9992E-01           1.4237E+01       1.5557E+01      1.9075E+01 Allowable Stress for Load Case 112 (Post Fire at 120 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 412.09 405.21 18.70 20.70 59.70 2 452.57 449.69 18.70 20.70 59.70 3 417.23 409.71 18.70 20.70 59.70 4 386.29 384.54 20.00 22.40 61.80 5 409.66 404.93 18.70 20.70 59.70 6 416.63 413.65 18.70 20.70 59.70 7 453.96 452.34 18.70 20.70 59.70 8 459.73 458.45 18.70 20.70 59.70 9 453.89 452.27 18.70 20.70 59.70 10 425.30 420.78 18.70 20.70 59.70 11 415.13 404.65 18.70 20.70 59.70 12 408.53 405.77 18.70 20.70 59.70 13 393.97 384.77 20.00 22.40 61.80 14 374.74 369.88 20.00 22.40 61.80 15 328.92 328.79 20.00 22.40 61.80 16 337.45 336.69 20.00 22.40 61.80 17 338.71 338.14 20.00 22.40 61.80 18 350.47 348.11 20.00 22.40 61.80 19 355.96 353.45 20.00 22.40 61.80 20 383.93 379.15 20.00 22.40 61.80 21 327.68 327.24 20.00 22.40 61.80 22 327.67 327.58 20.00 22.40 61.80 Radioactive Material Transport Packaging System Safety Analysis Report 2-647 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-314. Load Case 112, Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 6.3675E+02 -9.6211E+02 3.7347E+02 1.5989E+03 1.9658E+03 4.3902E+00 -6.6335E+00 2.5750E+00 1.1024E+01 1.3554E+01 2 9.4728E+02 -1.7268E+03 -7.2874E+02 2.6741E+03 5.4333E+03 6.5312E+00 -1.1906E+01 -5.0245E+00 1.8437E+01 3.7462E+01 3 6.2296E+02 -9.8362E+02 1.9770E+02 1.6066E+03 2.1776E+03 4.2951E+00 -6.7818E+00 1.3631E+00 1.1077E+01 1.5014E+01 4 1.0640E+03 -4.9036E+03 1.7328E+02 5.9675E+03 1.1678E+04 7.3359E+00 -3.3809E+01 1.1947E+00 4.1145E+01 8.0516E+01 5 1.2534E+03 -5.9237E+03 -3.1087E+03 7.1771E+03 1.1438E+04 8.6416E+00 -4.0843E+01 -2.1433E+01 4.9484E+01 7.8863E+01 6 2.3811E+02 -2.8639E+03 -3.6842E+03 3.1020E+03 3.3867E+03 1.6417E+00 -1.9746E+01 -2.5402E+01 2.1387E+01 2.3351E+01 7 -1.7910E+01 -9.0442E+02 8.3161E+01 8.8651E+02 4.8201E+02

                 -1.2349E-01 -6.2358E+00            5.7338E-01        6.1123E+00       3.3233E+00 8    -1.9502E+01 -9.0543E+02 -3.8064E+00                  8.8592E+02       5.1361E+02
                 -1.3446E-01 -6.2427E+00 -2.6244E-02                  6.1082E+00       3.5412E+00 9    -1.8287E+01 -9.0600E+02            6.4994E+01        8.8771E+02       5.1903E+02
                 -1.2609E-01 -6.2467E+00            4.4812E-01        6.1206E+00       3.5786E+00 10      1.5249E+02 -1.0465E+03 -8.9555E+02                 1.1990E+03       1.2936E+03 1.0514E+00 -7.2153E+00 -6.1746E+00                 8.2667E+00       8.9190E+00 11      3.3820E+01 -2.5407E+03 -2.1741E+03                 2.5745E+03       2.7066E+03 2.3318E-01 -1.7518E+01 -1.4990E+01                 1.7751E+01       1.8661E+01 12      2.5527E+01 -2.5939E+03 -2.5665E+03                 2.6195E+03       2.8793E+03 1.7600E-01 -1.7885E+01 -1.7695E+01                 1.8061E+01       1.9852E+01 13    -5.6266E+02 -5.4033E+03 -1.6212E+03                  4.8406E+03       3.0511E+03
                 -3.8794E+00 -3.7254E+01 -1.1178E+01                  3.3375E+01       2.1036E+01 14    -2.6143E+02 -4.7652E+03            5.4038E+02        4.5038E+03       4.0243E+02
                 -1.8025E+00 -3.2855E+01            3.7258E+00        3.1053E+01       2.7747E+00 15      8.4784E+02 -4.5237E+02           4.8357E+02        1.3002E+03       2.0635E+03 5.8456E+00 -3.1190E+00           3.3341E+00        8.9646E+00       1.4227E+01 2-648                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.1573E+02 -1.9509E+02 -7.0577E+02 4.1082E+02 6.1080E+02 1.4874E+00 -1.3451E+00 -4.8661E+00 2.8325E+00 4.2113E+00 17 9.0595E+01 -2.0613E+02 -6.3938E+02 2.9672E+02 4.8826E+02 6.2463E-01 -1.4212E+00 -4.4084E+00 2.0458E+00 3.3664E+00 18 3.6385E+02 -6.1269E+02 3.0130E+03 9.7655E+02 5.8420E+02 2.5087E+00 -4.2244E+00 2.0774E+01 6.7331E+00 4.0279E+00 19 -6.9331E+01 -1.2497E+03 3.3005E+03 1.1804E+03 1.4599E+03

                  -4.7802E-01 -8.6164E+00            2.2756E+01       8.1384E+00      1.0066E+01 20        8.3768E+00 -2.4986E+03 -4.5214E+02                2.5069E+03      5.8772E+02 5.7756E-02 -1.7227E+01 -3.1174E+00                1.7285E+01      4.0522E+00 21        1.1078E+03 -1.4889E+00           1.1071E+03       1.1093E+03      6.9085E+02 7.6383E+00 -1.0266E-02           7.6333E+00       7.6486E+00      4.7633E+00 22        1.8163E+03 -1.1410E+02           1.7733E+03       1.9304E+03      2.3069E+03 1.2523E+01 -7.8667E-01           1.2227E+01       1.3310E+01      1.5905E+01 Allowable Stress for Load Case 112 (Post Fire at 150 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 411.36 405.27 18.70 20.70 59.70 2 439.60 434.45 18.70 20.70 59.70 3 415.63 409.42 18.70 20.70 59.70 4 393.51 392.16 20.00 22.40 61.80 5 411.93 408.24 18.70 20.70 59.70 6 417.26 415.13 18.70 20.70 59.70 7 445.24 443.70 18.70 20.70 59.70 8 449.30 448.00 18.70 20.70 59.70 9 445.39 443.85 18.70 20.70 59.70 10 423.89 420.89 18.70 20.70 59.70 11 417.12 409.24 18.70 20.70 59.70 12 414.31 411.64 18.70 20.70 59.70 13 400.23 392.96 20.00 22.40 61.80 14 384.90 381.03 20.00 22.40 61.80 15 346.46 346.35 20.00 22.40 61.80 16 353.93 353.27 20.00 22.40 61.80 17 355.00 354.52 20.00 22.40 61.80 18 364.90 362.95 20.00 22.40 61.80 19 369.70 367.53 20.00 22.40 61.80 20 393.89 389.84 20.00 22.40 61.80 21 344.50 344.09 20.00 22.40 61.80 22 345.39 345.31 20.00 22.40 61.80 Radioactive Material Transport Packaging System Safety Analysis Report 2-649 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-315. Load Case 112, Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 5.0278E+02 -7.8453E+02 2.2398E+02 1.2873E+03 1.6419E+03 3.4666E+00 -5.4092E+00 1.5443E+00 8.8757E+00 1.1320E+01 2 7.2491E+02 -1.3676E+03 -5.4044E+02 2.0925E+03 4.2757E+03 4.9981E+00 -9.4295E+00 -3.7262E+00 1.4428E+01 2.9480E+01 3 4.9680E+02 -8.0185E+02 9.2114E+01 1.2987E+03 1.8075E+03 3.4253E+00 -5.5286E+00 6.3511E-01 8.9539E+00 1.2462E+01 4 9.8667E+02 -4.2149E+03 5.2223E+01 5.2016E+03 1.0194E+04 6.8028E+00 -2.9061E+01 3.6007E-01 3.5864E+01 7.0285E+01 5 1.1078E+03 -5.0208E+03 -2.5127E+03 6.1286E+03 9.7624E+03 7.6378E+00 -3.4617E+01 -1.7324E+01 4.2255E+01 6.7309E+01 6 1.9685E+02 -2.4419E+03 -3.0415E+03 2.6387E+03 2.9506E+03 1.3573E+00 -1.6836E+01 -2.0970E+01 1.8193E+01 2.0344E+01 7 -1.7888E+01 -7.8620E+02 6.6947E+01 7.6831E+02 4.5682E+02

                 -1.2334E-01 -5.4207E+00            4.6158E-01        5.2973E+00       3.1496E+00 8    -1.9078E+01 -7.8670E+02 -2.5591E+00                  7.6762E+02       4.7460E+02
                 -1.3154E-01 -5.4241E+00 -1.7644E-02                  5.2925E+00       3.2722E+00 9    -1.8261E+01 -7.8707E+02            4.4485E+01        7.6881E+02       4.7908E+02
                 -1.2590E-01 -5.4266E+00            3.0671E-01        5.3007E+00       3.3032E+00 10      6.4044E+01 -9.1522E+02 -6.0079E+02                 9.7926E+02       1.2712E+03 4.4157E-01 -6.3102E+00 -4.1423E+00                 6.7518E+00       8.7645E+00 11    -4.9479E+01 -2.0930E+03 -1.7085E+03                  2.0435E+03       1.9706E+03
                 -3.4115E-01 -1.4430E+01 -1.1780E+01                  1.4089E+01       1.3587E+01 12      1.0540E+01 -2.2139E+03 -2.2003E+03                 2.2245E+03       2.0885E+03 7.2669E-02 -1.5264E+01 -1.5171E+01                 1.5337E+01       1.4400E+01 13    -4.4834E+02 -4.3780E+03 -1.2278E+03                  3.9296E+03       2.4313E+03
                 -3.0912E+00 -3.0185E+01 -8.4652E+00                  2.7094E+01       1.6764E+01 14    -2.2864E+02 -3.8566E+03            4.3693E+02        3.6280E+03       5.4080E+02
                 -1.5764E+00 -2.6590E+01            3.0125E+00        2.5014E+01       3.7287E+00 15      7.7806E+02 -4.8292E+02           3.7810E+02        1.2610E+03       2.0459E+03 5.3645E+00 -3.3296E+00           2.6069E+00        8.6942E+00       1.4106E+01 2-650                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.0478E+02 -2.2111E+02 -5.8825E+02 4.2589E+02 6.5215E+02 1.4119E+00 -1.5245E+00 -4.0558E+00 2.9364E+00 4.4964E+00 17 8.5915E+01 -2.0967E+02 -5.1376E+02 2.9558E+02 4.9395E+02 5.9236E-01 -1.4456E+00 -3.5422E+00 2.0380E+00 3.4056E+00 18 2.9602E+02 -5.2119E+02 2.5536E+03 8.1721E+02 4.5133E+02 2.0410E+00 -3.5934E+00 1.7607E+01 5.6345E+00 3.1118E+00 19 -5.7649E+01 -1.0695E+03 2.8016E+03 1.0118E+03 1.2813E+03

                  -3.9747E-01 -7.3737E+00            1.9317E+01       6.9762E+00      8.8341E+00 20      -7.0184E+00 -2.1362E+03 -3.1043E+02                 2.1292E+03      3.9341E+02
                  -4.8390E-02 -1.4729E+01 -2.1404E+00                 1.4680E+01      2.7125E+00 21        9.0350E+02 -1.1749E+00           9.0295E+02       9.0467E+02      5.7998E+02 6.2294E+00 -8.1007E-03           6.2256E+00       6.2375E+00      3.9988E+00 22        1.4237E+03 -9.8708E+01           1.3961E+03       1.5224E+03      1.7706E+03 9.8158E+00 -6.8057E-01           9.6254E+00       1.0496E+01      1.2208E+01 Allowable Stress for Load Case 112 (Post Fire at 180 Minutes)

LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 409.75 404.59 18.70 20.70 59.70 2 429.61 423.74 18.70 20.70 59.70 3 413.34 408.31 18.70 20.70 59.70 4 397.69 396.66 20.00 22.40 61.80 5 412.16 409.29 18.70 20.70 59.70 6 416.20 414.73 18.70 20.70 59.70 7 437.15 435.69 18.70 20.70 59.70 8 440.07 438.77 18.70 20.70 59.70 9 437.48 436.02 18.70 20.70 59.70 10 421.51 419.56 18.70 20.70 59.70 11 417.23 411.39 18.70 20.70 59.70 12 417.06 414.47 18.70 20.70 59.70 13 403.95 398.35 20.00 22.40 61.80 14 392.02 389.02 20.00 22.40 61.80 15 361.25 361.16 20.00 22.40 61.80 16 367.29 366.75 20.00 22.40 61.80 17 368.15 367.77 20.00 22.40 61.80 18 376.10 374.57 20.00 22.40 61.80 19 380.16 378.36 20.00 22.40 61.80 20 400.37 397.04 20.00 22.40 61.80 21 359.23 358.88 20.00 22.40 61.80 22 360.34 360.27 20.00 22.40 61.80 Radioactive Material Transport Packaging System Safety Analysis Report 2-651 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-316. Load Case 301, 30-ft. Head-On Drop, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -2.9940E+01 -2.8525E+03 -5.4790E+02 2.8226E+03 1.2605E+03

                 -2.0643E-01 -1.9668E+01 -3.7776E+00                  1.9461E+01       8.6905E+00 2      3.2567E+01 -1.4483E+03 -4.8487E+01                 1.4808E+03       4.1952E+00 2.2454E-01 -9.9854E+00 -3.3430E-01                 1.0210E+01       2.8925E-02 3      1.0120E+01 -5.5631E+02 -4.5881E+01                 5.6643E+02       7.6903E+01 6.9778E-02 -3.8356E+00 -3.1634E-01                 3.9054E+00       5.3023E-01 4      1.2360E+03 -4.9852E+03 -1.5991E+03                 6.2211E+03       6.3790E+03 8.5217E+00 -3.4371E+01 -1.1025E+01                 4.2893E+01       4.3982E+01 5      4.7810E+02 -2.3239E+03 -9.3470E+02                 2.8020E+03       4.2844E+03 3.2964E+00 -1.6023E+01 -6.4445E+00                 1.9319E+01       2.9540E+01 6    -2.9367E+02 -1.1656E+03 -8.4873E+02                  8.7192E+02       9.8877E+02
                 -2.0248E+00 -8.0365E+00 -5.8518E+00                  6.0117E+00       6.8173E+00 7    -2.4064E+00 -5.5893E+02 -1.7514E+01                  5.5653E+02       1.8545E+01
                 -1.6592E-02 -3.8537E+00 -1.2076E-01                  3.8371E+00       1.2786E-01 8    -6.7155E-01 -4.6163E+02 -1.1862E+01                  4.6096E+02       7.4107E-01
                 -4.6302E-03 -3.1828E+00 -8.1784E-02                  3.1782E+00       5.1095E-03 9    -2.7392E-01 -3.6212E+02 -1.0248E+01                  3.6184E+02       9.5463E-01
                 -1.8886E-03 -2.4967E+00 -7.0661E-02                  2.4948E+00       6.5819E-03 10    -5.4016E+01 -3.6226E+02            3.0567E+01        3.0824E+02       2.8123E+02
                 -3.7243E-01 -2.4977E+00            2.1075E-01        2.1252E+00       1.9390E+00 11      1.3456E+02 -2.1107E+02           4.5531E+01        3.4563E+02       1.0485E+02 9.2773E-01 -1.4553E+00           3.1392E-01        2.3830E+00       7.2295E-01 12      1.4592E+02 -3.0974E+01           1.0529E+02        1.7689E+02       3.1841E+02 1.0061E+00 -2.1355E-01           7.2595E-01        1.2196E+00       2.1953E+00 13      2.7004E+02 -6.2309E+01           1.1836E+02        3.3235E+02       2.0905E+02 1.8618E+00 -4.2961E-01           8.1604E-01        2.2914E+00       1.4413E+00 14      3.1019E+02 -3.5638E+01           1.6007E+02        3.4583E+02       7.0666E+01 2.1387E+00 -2.4572E-01           1.1036E+00        2.3844E+00       4.8722E-01 15      1.2085E+03       1.0180E+02 -6.9485E+00            1.1067E+03       5.4635E+00 8.3320E+00       7.0190E-01 -4.7908E-02            7.6301E+00       3.7670E-02 2-652                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.4746E+02 -7.1865E+02 -2.9993E+02 1.1661E+03 8.5265E+02 3.0851E+00 -4.9549E+00 -2.0679E+00 8.0400E+00 5.8788E+00 17 6.2459E+02 -6.2086E+02 -3.9725E+02 1.2454E+03 1.3436E+03 4.3064E+00 -4.2807E+00 -2.7390E+00 8.5871E+00 9.2636E+00 18 7.0210E+02 -1.2822E+03 -1.2982E+02 1.9843E+03 2.5937E+03 4.8408E+00 -8.8403E+00 -8.9510E-01 1.3681E+01 1.7883E+01 19 4.0754E+02 -1.4038E+03 -5.9775E+02 1.8113E+03 1.6132E+03 2.8099E+00 -9.6786E+00 -4.1213E+00 1.2489E+01 1.1123E+01 20 1.0619E+02 -1.0356E+03 -5.8430E+02 1.1418E+03 2.1014E+03 7.3216E-01 -7.1404E+00 -4.0286E+00 7.8726E+00 1.4488E+01 21 1.5583E+03 1.4514E+02 1.3330E+02 1.4132E+03 5.2131E+02 1.0744E+01 1.0007E+00 9.1904E-01 9.7436E+00 3.5943E+00 22 7.3129E+02 6.1186E+01 3.9463E+02 6.7010E+02 6.7024E+02 5.0421E+00 4.2186E-01 2.7209E+00 4.6202E+00 4.6211E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-653 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-317. Load Case 302, 30-ft. Side Drop + Slap-Down, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.3968E+02 -6.8637E+01 -5.3256E+02 3.6131E+03 1.2213E+03 9.6309E-01 -4.7324E-01 -3.6719E+00 2.4911E+01 8.4208E+00 2 9.1222E+02 -1.3328E+02 -2.5653E+02 9.3053E+02 1.1567E+03 6.2895E+00 -9.1893E-01 -1.7687E+00 6.4158E+00 7.9750E+00 3 1.3409E+02 -6.2195E+01 -5.2913E+02 3.6142E+03 1.2153E+03 9.2449E-01 -4.2882E-01 -3.6482E+00 2.4919E+01 8.3795E+00 4 7.1756E+02 -3.9376E+01 -9.5615E+02 2.9538E+03 6.3647E+02 4.9474E+00 -2.7149E-01 -6.5924E+00 2.0366E+01 4.3883E+00 5 1.0110E+03 -1.5693E+02 -1.3386E+03 2.9148E+03 7.6459E+01 6.9708E+00 -1.0820E+00 -9.2293E+00 2.0097E+01 5.2717E-01 6 1.1511E+03 -2.3027E+02 -1.3557E+03 2.6470E+03 1.4563E+02 7.9368E+00 -1.5877E+00 -9.3473E+00 1.8250E+01 1.0041E+00 7 2.0904E+02 1.2182E+02 -1.1830E+01 1.5169E+03 8.0662E+01 1.4412E+00 8.3991E-01 -8.1566E-02 1.0459E+01 5.5614E-01 8 1.3473E+02 1.1408E+02 1.7296E+01 7.2069E+02 1.0594E+02 9.2895E-01 7.8656E-01 1.1925E-01 4.9690E+00 7.3045E-01 9 2.1845E+02 1.1923E+02 -1.2258E+01 1.4963E+03 8.1904E+01 1.5062E+00 8.2203E-01 -8.4518E-02 1.0317E+01 5.6471E-01 10 1.2717E+03 -6.8768E+01 -1.3667E+03 1.9866E+03 6.7179E+02 8.7678E+00 -4.7414E-01 -9.4232E+00 1.3697E+01 4.6318E+00 11 6.0792E+02 -3.3477E+02 -1.5654E+03 2.0550E+03 6.2723E+02 4.1915E+00 -2.3082E+00 -1.0793E+01 1.4168E+01 4.3246E+00 12 -4.2067E+01 -2.9458E+02 -1.2994E+03 1.2681E+03 1.4601E+02

                 -2.9004E-01 -2.0310E+00 -8.9587E+00                  8.7433E+00       1.0067E+00 13      1.0517E+03 -1.6792E+02 -1.2557E+03                 2.8279E+03       8.2296E+01 7.2513E+00 -1.1577E+00 -8.6579E+00                 1.9497E+01       5.6741E-01 14      8.0120E+02 -1.2512E+02 -1.1483E+03                 2.7763E+03       5.5651E+02 5.5241E+00 -8.6270E-01 -7.9169E+00                 1.9142E+01       3.8370E+00 15    -6.5674E+01 -2.3256E+02 -1.2914E+03                  1.2881E+03       5.3015E+01
                 -4.5281E-01 -1.6035E+00 -8.9037E+00                  8.8812E+00       3.6552E-01 2-654                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.2799E+02 -8.8239E+01 -1.1994E+03 2.6960E+03 2.5158E+02 8.8247E-01 -6.0838E-01 -8.2695E+00 1.8589E+01 1.7346E+00 17 4.0181E+02 -2.6336E+01 -1.0550E+03 2.6877E+03 2.6710E+02 2.7704E+00 -1.8158E-01 -7.2740E+00 1.8531E+01 1.8416E+00 18 8.6913E+02 -1.0430E+02 -1.0064E+03 2.9196E+03 2.0213E+02 5.9924E+00 -7.1913E-01 -6.9386E+00 2.0130E+01 1.3936E+00 19 7.5856E+02 -2.0786E+02 -1.3113E+03 3.1150E+03 2.3580E+02 5.2301E+00 -1.4331E+00 -9.0411E+00 2.1477E+01 1.6258E+00 20 7.9190E+02 -2.1748E+02 -1.2537E+03 2.3570E+03 1.8706E+02 5.4600E+00 -1.4995E+00 -8.6437E+00 1.6251E+01 1.2898E+00 21 -2.4145E+01 -2.8385E+02 -1.4077E+03 1.4476E+03 1.7288E+02

                  -1.6647E-01 -1.9571E+00 -9.7054E+00                 9.9809E+00      1.1920E+00 22      -2.1531E+01 -3.0654E+02 -1.4702E+03                 1.5102E+03      1.4132E+02
                  -1.4845E-01 -2.1135E+00 -1.0136E+01                 1.0412E+01      9.7438E-01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-655 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-318. Load Case 303, 30-ft. Cg/Corner Drop, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.0882E+02 9.9384E+01 -1.3350E+03 2.3145E+03 8.3219E+02 2.1292E+00 6.8523E-01 -9.2043E+00 1.5958E+01 5.7377E+00 2 3.2694E+02 -9.7695E+01 -5.7799E+02 1.2703E+03 2.0891E+02 2.2541E+00 -6.7358E-01 -3.9851E+00 8.7586E+00 1.4404E+00 3 1.0783E+03 -3.4774E+01 -1.3952E+02 1.2178E+03 3.2285E+02 7.4345E+00 -2.3976E-01 -9.6193E-01 8.3964E+00 2.2260E+00 4 3.1767E+02 3.0107E+01 -1.4176E+03 3.9975E+03 4.3202E+02 2.1903E+00 2.0758E-01 -9.7741E+00 2.7562E+01 2.9787E+00 5 3.9524E+02 -3.3432E+02 -1.9562E+03 2.3042E+03 2.6207E+02 2.7251E+00 -2.3051E+00 -1.3487E+01 1.5887E+01 1.8069E+00 6 3.8951E+02 -6.0195E+02 -2.1436E+03 2.4948E+03 4.8545E+02 2.6856E+00 -4.1503E+00 -1.4780E+01 1.7201E+01 3.3470E+00 7 3.3983E+02 5.9379E+01 -2.2951E+02 2.5180E+03 5.0709E+01 2.3430E+00 4.0941E-01 -1.5824E+00 1.7361E+01 3.4963E-01 8 4.5534E+02 1.0147E+01 -2.9234E+02 1.9301E+03 3.3335E+01 3.1395E+00 6.9965E-02 -2.0156E+00 1.3308E+01 2.2984E-01 9 5.0291E+02 -1.4606E+02 -3.0233E+02 1.3196E+03 4.5411E+01 3.4674E+00 -1.0070E+00 -2.0845E+00 9.0983E+00 3.1310E-01 10 5.3146E+02 -1.3192E+02 -2.0961E+02 9.6928E+02 4.4100E+02 3.6643E+00 -9.0956E-01 -1.4452E+00 6.6829E+00 3.0406E+00 11 6.2706E+02 5.8407E+01 -7.3861E+01 7.1636E+02 3.3225E+02 4.3235E+00 4.0270E-01 -5.0926E-01 4.9391E+00 2.2908E+00 12 3.3457E+02 1.2032E+01 -1.4275E+01 3.4885E+02 7.1196E+01 2.3068E+00 8.2959E-02 -9.8420E-02 2.4052E+00 4.9088E-01 13 5.3330E+02 -1.0521E+02 -1.8677E+02 7.2444E+02 3.1629E+01 3.6770E+00 -7.2538E-01 -1.2877E+00 4.9948E+00 2.1807E-01 14 5.3246E+02 -1.3802E+02 -2.0479E+02 7.3725E+02 8.2920E+01 3.6712E+00 -9.5164E-01 -1.4120E+00 5.0832E+00 5.7171E-01 15 3.3884E+02 1.0369E+02 -1.0038E+03 1.3811E+03 3.2166E+01 2.3362E+00 7.1493E-01 -6.9213E+00 9.5227E+00 2.2178E-01 2-656 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 4.4454E+02 3.1933E+01 -1.0252E+03 3.0364E+03 2.5476E+02 3.0650E+00 2.2017E-01 -7.0682E+00 2.0935E+01 1.7565E+00 17 4.1155E+02 9.8915E+01 -9.5956E+02 2.9072E+03 5.0705E+02 2.8375E+00 6.8199E-01 -6.6159E+00 2.0044E+01 3.4960E+00 18 3.9052E+02 -9.1967E+01 -1.4386E+03 2.3354E+03 4.5800E+02 2.6925E+00 -6.3409E-01 -9.9186E+00 1.6102E+01 3.1578E+00 19 4.2118E+02 -2.2376E+02 -1.9041E+03 2.1644E+03 5.2637E+02 2.9039E+00 -1.5428E+00 -1.3128E+01 1.4923E+01 3.6292E+00 20 2.7251E+02 -3.8419E+02 -1.8683E+03 2.1308E+03 1.9785E+02 1.8789E+00 -2.6489E+00 -1.2881E+01 1.4691E+01 1.3641E+00 21 2.9946E+02 2.2593E+02 -3.6470E+01 3.2279E+02 8.0494E+00 2.0647E+00 1.5577E+00 -2.5145E-01 2.2256E+00 5.5499E-02 22 5.0760E+02 4.1393E+01 -9.8404E+02 1.5315E+03 1.2996E+02 3.4998E+00 2.8539E-01 -6.7847E+00 1.0560E+01 8.9601E-01 Radioactive Material Transport Packaging System Safety Analysis Report 2-657 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-319. Load Case 304, 30-ft. Head-On Drop at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 -4.2094E+01 -4.0127E+03 -7.6985E+02 3.9707E+03 1.7722E+03

                 -2.9023E-01 -2.7667E+01 -5.3079E+00                  2.7377E+01       1.2219E+01 2      4.5773E+01 -2.0425E+03 -6.8408E+01                 2.0882E+03       6.5677E+00 3.1559E-01 -1.4082E+01 -4.7165E-01                 1.4398E+01       4.5283E-02 3      1.4450E+01 -7.9327E+02 -6.4051E+01                 8.0772E+02       1.0498E+02 9.9628E-02 -5.4694E+00 -4.4161E-01                 5.5691E+00       7.2380E-01 4      1.7387E+03 -7.0074E+03 -2.2463E+03                 8.7461E+03       8.9683E+03 1.1988E+01 -4.8314E+01 -1.5488E+01                 6.0302E+01       6.1834E+01 5      6.7297E+02 -3.2671E+03 -1.3129E+03                 3.9400E+03       6.0243E+03 4.6400E+00 -2.2526E+01 -9.0524E+00                 2.7166E+01       4.1536E+01 6    -4.1478E+02 -1.6406E+03 -1.1933E+03                  1.2258E+03       1.3883E+03
                 -2.8598E+00 -1.1311E+01 -8.2276E+00                  8.4515E+00       9.5719E+00 7    -3.4014E+00 -7.8863E+02 -2.4678E+01                  7.8522E+02       2.6087E+01
                 -2.3452E-02 -5.4374E+00 -1.7015E-01                  5.4139E+00       1.7987E-01 8    -9.6327E-01 -6.5266E+02 -1.6763E+01                  6.5170E+02       1.0380E+00
                 -6.6415E-03 -4.4999E+00 -1.1557E-01                  4.4933E+00       7.1571E-03 9    -4.1248E-01 -5.1526E+02 -1.4599E+01                  5.1485E+02       1.2519E+00
                 -2.8439E-03 -3.5526E+00 -1.0066E-01                  3.5498E+00       8.6317E-03 10    -7.7868E+01 -5.2278E+02            4.1327E+01        4.4491E+02       4.0089E+02
                 -5.3688E-01 -3.6045E+00            2.8494E-01        3.0676E+00       2.7640E+00 11      1.9052E+02 -3.0257E+02           6.3088E+01        4.9309E+02       1.5253E+02 1.3136E+00 -2.0862E+00           4.3498E-01        3.3998E+00       1.0517E+00 12      2.0361E+02 -4.8603E+01           1.4788E+02        2.5221E+02       4.5981E+02 1.4038E+00 -3.3511E-01           1.0196E+00        1.7389E+00       3.1703E+00 13      3.7569E+02 -9.2489E+01           1.6459E+02        4.6817E+02       2.7750E+02 2.5903E+00 -6.3769E-01           1.1348E+00        3.2279E+00       1.9133E+00 14      4.2923E+02 -5.1008E+01           2.2351E+02        4.8024E+02       8.9745E+01 2.9594E+00 -3.5169E-01           1.5411E+00        3.3111E+00       6.1877E-01 15      1.6958E+03       1.4207E+02 -1.0543E+01            1.5537E+03       7.7502E+00 1.1692E+01       9.7953E-01 -7.2693E-02            1.0712E+01       5.3436E-02 2-658                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 6.2734E+02 -1.0095E+03 -4.2212E+02 1.6368E+03 1.1965E+03 4.3254E+00 -6.9603E+00 -2.9104E+00 1.1286E+01 8.2493E+00 17 8.7592E+02 -8.7259E+02 -5.5885E+02 1.7485E+03 1.8863E+03 6.0393E+00 -6.0163E+00 -3.8531E+00 1.2056E+01 1.3006E+01 18 9.8482E+02 -1.8022E+03 -1.8269E+02 2.7870E+03 3.6441E+03 6.7901E+00 -1.2426E+01 -1.2596E+00 1.9216E+01 2.5125E+01 19 5.7335E+02 -1.9731E+03 -8.3942E+02 2.5464E+03 2.2689E+03 3.9531E+00 -1.3604E+01 -5.7876E+00 1.7557E+01 1.5644E+01 20 1.5027E+02 -1.4560E+03 -8.2116E+02 1.6063E+03 2.9554E+03 1.0361E+00 -1.0039E+01 -5.6617E+00 1.1075E+01 2.0377E+01 21 2.1657E+03 2.0163E+02 1.8515E+02 1.9641E+03 7.2396E+02 1.4932E+01 1.3902E+00 1.2766E+00 1.3542E+01 4.9915E+00 22 1.0261E+03 8.5458E+01 5.5324E+02 9.4068E+02 9.4114E+02 7.0750E+00 5.8921E-01 3.8145E+00 6.4858E+00 6.4889E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-659 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-320. Load Case 305, 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.9412E+02 -9.2510E+01 -7.1002E+02 5.0282E+03 1.6993E+03 1.3384E+00 -6.3783E-01 -4.8954E+00 3.4668E+01 1.1716E+01 2 1.2705E+03 -1.8353E+02 -3.4588E+02 1.2956E+03 1.6107E+03 8.7597E+00 -1.2654E+00 -2.3847E+00 8.9328E+00 1.1105E+01 3 1.8634E+02 -8.3546E+01 -7.0533E+02 5.0297E+03 1.6910E+03 1.2848E+00 -5.7603E-01 -4.8631E+00 3.4678E+01 1.1659E+01 4 9.9781E+02 -5.7415E+01 -1.3161E+03 4.1071E+03 8.8459E+02 6.8796E+00 -3.9586E-01 -9.0741E+00 2.8317E+01 6.0990E+00 5 1.4064E+03 -2.2092E+02 -1.8471E+03 4.0504E+03 1.0609E+02 9.6965E+00 -1.5232E+00 -1.2735E+01 2.7927E+01 7.3148E-01 6 1.6015E+03 -3.2210E+02 -1.8724E+03 3.6777E+03 2.0161E+02 1.1042E+01 -2.2208E+00 -1.2910E+01 2.5357E+01 1.3901E+00 7 2.8822E+02 1.5972E+02 -1.7752E+01 2.1032E+03 1.1034E+02 1.9872E+00 1.1012E+00 -1.2240E-01 1.4501E+01 7.6075E-01 8 1.7966E+02 1.4991E+02 2.3124E+01 9.8986E+02 1.4815E+02 1.2387E+00 1.0336E+00 1.5943E-01 6.8248E+00 1.0215E+00 9 3.0138E+02 1.5610E+02 -1.8358E+01 2.0745E+03 1.1206E+02 2.0779E+00 1.0763E+00 -1.2657E-01 1.4303E+01 7.7260E-01 10 1.7692E+03 -1.0179E+02 -1.8912E+03 2.7594E+03 9.3568E+02 1.2198E+01 -7.0182E-01 -1.3039E+01 1.9026E+01 6.4513E+00 11 8.4687E+02 -4.4524E+02 -2.1696E+03 2.8542E+03 8.6720E+02 5.8390E+00 -3.0698E+00 -1.4959E+01 1.9679E+01 5.9791E+00 12 -5.8495E+01 -4.1322E+02 -1.7998E+03 1.7568E+03 2.0230E+02

                 -4.0331E-01 -2.8490E+00 -1.2409E+01                  1.2113E+01       1.3948E+00 13      1.4630E+03 -2.3587E+02 -1.7329E+03                 3.9300E+03       1.1378E+02 1.0087E+01 -1.6263E+00 -1.1948E+01                 2.7096E+01       7.8452E-01 14      1.1144E+03 -1.7639E+02 -1.5827E+03                 3.8590E+03       7.7373E+02 7.6836E+00 -1.2162E+00 -1.0913E+01                 2.6607E+01       5.3347E+00 15    -9.0950E+01 -3.2607E+02 -1.7920E+03                  1.7880E+03       7.3707E+01
                 -6.2708E-01 -2.2482E+00 -1.2355E+01                  1.2328E+01       5.0819E-01 2-660                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 1.7775E+02 -1.2436E+02 -1.6547E+03 3.7477E+03 3.4974E+02 1.2255E+00 -8.5741E-01 -1.1408E+01 2.5839E+01 2.4114E+00 17 5.5885E+02 -3.9168E+01 -1.4542E+03 3.7364E+03 3.7155E+02 3.8532E+00 -2.7006E-01 -1.0026E+01 2.5761E+01 2.5617E+00 18 1.2090E+03 -1.4722E+02 -1.3855E+03 4.0588E+03 2.8121E+02 8.3354E+00 -1.0151E+00 -9.5528E+00 2.7984E+01 1.9388E+00 19 1.0553E+03 -2.9021E+02 -1.8070E+03 4.3297E+03 3.2814E+02 7.2759E+00 -2.0010E+00 -1.2459E+01 2.9852E+01 2.2624E+00 20 1.1022E+03 -3.0343E+02 -1.7320E+03 3.2749E+03 2.5961E+02 7.5991E+00 -2.0921E+00 -1.1942E+01 2.2580E+01 1.7899E+00 21 -3.3469E+01 -3.9757E+02 -1.9533E+03 2.0093E+03 2.4029E+02

                  -2.3076E-01 -2.7412E+00 -1.3468E+01                 1.3854E+01      1.6567E+00 22      -2.9865E+01 -4.2919E+02 -2.0401E+03                 2.0961E+03      1.9640E+02
                  -2.0591E-01 -2.9592E+00 -1.4066E+01                 1.4452E+01      1.3541E+00 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-661 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-321. Load Case 306, 30-ft. Cg/Corner Drop at -40°F, Low Temperature, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 3.6031E+02 1.1604E+02 -1.5585E+03 2.7004E+03 9.7099E+02 2.4843E+00 8.0008E-01 -1.0746E+01 1.8619E+01 6.6947E+00 2 3.8085E+02 -1.1403E+02 -6.7492E+02 1.4821E+03 2.4375E+02 2.6259E+00 -7.8621E-01 -4.6534E+00 1.0219E+01 1.6806E+00 3 1.2572E+03 -4.0757E+01 -1.6291E+02 1.4201E+03 3.7648E+02 8.6681E+00 -2.8101E-01 -1.1232E+00 9.7914E+00 2.5957E+00 4 3.7062E+02 3.5184E+01 -1.6544E+03 4.6640E+03 5.0417E+02 2.5553E+00 2.4259E-01 -1.1406E+01 3.2157E+01 3.4761E+00 5 4.6116E+02 -3.9003E+02 -2.2827E+03 2.6886E+03 3.0576E+02 3.1796E+00 -2.6892E+00 -1.5739E+01 1.8537E+01 2.1082E+00 6 4.5447E+02 -7.0231E+02 -2.5014E+03 2.9109E+03 5.6637E+02 3.1334E+00 -4.8423E+00 -1.7247E+01 2.0070E+01 3.9050E+00 7 3.9637E+02 6.9316E+01 -2.6767E+02 2.9378E+03 5.9191E+01 2.7329E+00 4.7792E-01 -1.8455E+00 2.0256E+01 4.0811E-01 8 5.3104E+02 1.1888E+01 -3.4097E+02 2.2519E+03 3.8881E+01 3.6614E+00 8.1965E-02 -2.3509E+00 1.5526E+01 2.6807E-01 9 5.8648E+02 -1.7018E+02 -3.5260E+02 1.5395E+03 5.2968E+01 4.0436E+00 -1.1734E+00 -2.4311E+00 1.0615E+01 3.6520E-01 10 6.1982E+02 -1.5383E+02 -2.4448E+02 1.1308E+03 5.1456E+02 4.2735E+00 -1.0606E+00 -1.6856E+00 7.7963E+00 3.5478E+00 11 7.3131E+02 6.8124E+01 -8.6113E+01 8.3556E+02 3.8754E+02 5.0422E+00 4.6970E-01 -5.9373E-01 5.7610E+00 2.6720E+00 12 3.9020E+02 1.4076E+01 -1.6619E+01 4.0682E+02 8.3056E+01 2.6904E+00 9.7054E-02 -1.1458E-01 2.8049E+00 5.7265E-01 13 6.2191E+02 -1.2274E+02 -2.1791E+02 8.4494E+02 3.6907E+01 4.2880E+00 -8.4627E-01 -1.5024E+00 5.8257E+00 2.5446E-01 14 6.2092E+02 -1.6100E+02 -2.3898E+02 8.5990E+02 9.6686E+01 4.2811E+00 -1.1101E+00 -1.6477E+00 5.9288E+00 6.6663E-01 15 3.9537E+02 1.2096E+02 -1.1714E+03 1.6116E+03 3.7528E+01 2.7259E+00 8.3399E-01 -8.0766E+00 1.1112E+01 2.5875E-01 2-662 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 5.1874E+02 3.7258E+01 -1.1965E+03 3.5428E+03 2.9725E+02 3.5766E+00 2.5689E-01 -8.2496E+00 2.4427E+01 2.0494E+00 17 4.8025E+02 1.1544E+02 -1.1199E+03 3.3920E+03 5.9156E+02 3.3112E+00 7.9591E-01 -7.7218E+00 2.3387E+01 4.0787E+00 18 4.5567E+02 -1.0726E+02 -1.6788E+03 2.7248E+03 5.3436E+02 3.1417E+00 -7.3955E-01 -1.1575E+01 1.8787E+01 3.6843E+00 19 4.9145E+02 -2.6105E+02 -2.2220E+03 2.5253E+03 6.1414E+02 3.3884E+00 -1.7999E+00 -1.5320E+01 1.7412E+01 4.2343E+00 20 3.1796E+02 -4.4826E+02 -2.1801E+03 2.4862E+03 2.3085E+02 2.1923E+00 -3.0907E+00 -1.5031E+01 1.7142E+01 1.5916E+00 21 3.4932E+02 2.6348E+02 -4.2515E+01 3.7650E+02 9.3910E+00 2.4085E+00 1.8166E+00 -2.9313E-01 2.5959E+00 6.4749E-02 22 5.9226E+02 4.8287E+01 -1.1483E+03 1.7871E+03 1.5162E+02 4.0835E+00 3.3293E-01 -7.9176E+00 1.2322E+01 1.0454E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-663 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-322. Load Case 311, 4-ft. Drop onto Rod, Hypothetical Accident Conditions of Transport - Model AOS-100B Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 2.0628E+02 -4.9951E+02 5.2133E+02 7.0578E+02 3.6794E+00 1.4222E+00 -3.4440E+00 3.5944E+00 4.8662E+00 2.5369E-02 2 9.7119E+00 -3.3206E+02 2.2342E+01 3.4177E+02 1.1125E+02 6.6961E-02 -2.2895E+00 1.5404E-01 2.3564E+00 7.6705E-01 3 -1.6402E+00 -1.2721E+02 -1.3949E+00 1.2557E+02 1.4617E+01

                 -1.1309E-02 -8.7706E-01 -9.6178E-03                  8.6575E-01       1.0078E-01 4      9.9753E+02 -2.9860E+02           9.2603E+02        1.2961E+03       3.8144E+02 6.8777E+00 -2.0588E+00           6.3848E+00        8.9365E+00       2.6299E+00 5      8.9652E+02 -7.3102E+02           8.0956E+02        1.6275E+03       1.2367E+03 6.1813E+00 -5.0402E+00           5.5817E+00        1.1221E+01       8.5265E+00 6    -1.6175E+02 -1.5458E+03            2.2211E+02        1.3841E+03       1.0179E+02
                 -1.1152E+00 -1.0658E+01            1.5314E+00        9.5430E+00       7.0184E-01 7    -7.5795E-01 -9.6629E+02 -1.1520E+01                  9.6553E+02       1.2715E+01
                 -5.2259E-03 -6.6623E+00 -7.9425E-02                  6.6571E+00       8.7666E-02 8    -1.0510E-01 -5.5458E+02 -8.0492E+00                  5.5448E+02       1.1177E-01
                 -7.2461E-04 -3.8237E+00 -5.5498E-02                  3.8230E+00       7.7061E-04 9      1.4254E+00 -2.4540E+02 -9.5904E+00                 2.4683E+02       4.6153E+00 9.8277E-03 -1.6920E+00 -6.6124E-02                 1.7018E+00       3.1821E-02 10      9.6863E+01 -1.3712E+02           1.8414E+02        2.3398E+02       3.1484E+02 6.6785E-01 -9.4540E-01           1.2696E+00        1.6132E+00       2.1707E+00 11      1.6178E+02 -1.5472E+02           1.0365E+02        3.1650E+02       3.7600E+01 1.1154E+00 -1.0667E+00           7.1461E-01        2.1822E+00       2.5925E-01 12      1.2243E+02 -2.8632E+02           1.0373E+02        4.0875E+02       6.0876E+02 8.4414E-01 -1.9741E+00           7.1518E-01        2.8182E+00       4.1972E+00 13      5.9946E+02 -6.6468E+01           1.9441E+02        6.6593E+02       6.8838E+02 4.1331E+00 -4.5828E-01           1.3404E+00        4.5914E+00       4.7462E+00 14      6.1276E+02 -8.5532E+01           2.1954E+02        6.9829E+02       5.9216E+02 4.2248E+00 -5.8972E-01           1.5137E+00        4.8145E+00       4.0828E+00 15    -7.8465E+03 -4.0547E+04 -3.2688E+03                  3.2700E+04       8.6713E+02
                 -5.4100E+01 -2.7956E+02 -2.2538E+01                  2.2546E+02       5.9787E+00 2-664                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

16 2.2425E+03 -4.5369E+03 -1.8808E+02 6.7794E+03 9.6881E+03 1.5462E+01 -3.1281E+01 -1.2968E+00 4.6742E+01 6.6797E+01 17 -3.0895E+02 -4.2002E+03 4.6060E+02 3.8912E+03 6.8057E+03

                  -2.1301E+00 -2.8959E+01            3.1757E+00       2.6829E+01      4.6924E+01 18      -2.7004E+02 -1.6941E+03 -3.1620E+02                 1.4241E+03      4.3105E+02
                  -1.8619E+00 -1.1681E+01 -2.1801E+00                 9.8189E+00      2.9720E+00 19        7.4373E+02 -1.0598E+03 -1.3258E+02                1.8035E+03      2.2113E+03 5.1279E+00 -7.3070E+00 -9.1408E-01                1.2435E+01      1.5246E+01 20        1.1079E+03 -1.1824E+03 -3.2353E+02                2.2903E+03      3.4755E+03 7.6386E+00 -8.1524E+00 -2.2307E+00                1.5791E+01      2.3963E+01 21        8.6882E+01 -1.2537E+02 -2.6223E+01                2.1225E+02      4.0111E+02 5.9903E-01 -8.6440E-01 -1.8080E-01                1.4634E+00      2.7655E+00 22      -1.1520E+03 -1.4960E+04 -4.2375E+03                 1.3808E+04      1.0341E+04
                  -7.9425E+00 -1.0314E+02 -2.9216E+01                 9.5200E+01      7.1298E+01 Radioactive Material Transport Packaging System Safety Analysis Report                                    2-665 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-323. Load Combination 301, Head-On Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 301, 102, 201, 211 30-ft. Head-On Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 3.42 2.12 5.54 20.00 66.30 >10 23.60 14.62 38.22 137.90 457.12 2 1.52 0.03 1.55 20.00 66.30 >10 10.49 0.22 10.71 137.90 457.12 3 0.59 0.10 0.69 20.00 66.30 >10 4.08 0.69 4.77 137.90 457.12 4 11.17 15.09 26.26 20.00 66.30 1.52 76.99 104.07 181.06 137.90 457.12 5 7.08 11.25 18.33 20.00 66.30 2.62 48.80 77.59 126.38 137.90 457.12 6 2.53 3.26 5.79 20.00 61.80 9.67 17.46 22.47 39.93 137.90 426.10 7 0.84 0.03 0.87 20.00 61.80 >10 5.80 0.18 5.98 137.90 426.10 8 0.75 0.00 0.75 20.00 61.80 >10 5.14 0.01 5.15 137.90 426.10 9 0.65 0.01 0.66 20.00 61.80 >10 4.46 0.09 4.55 137.90 426.10 10 1.29 1.29 2.58 20.00 61.80 >10 8.89 8.89 17.78 137.90 426.10 11 0.96 0.39 1.35 20.00 61.80 >10 6.60 2.69 9.29 137.90 426.10 12 0.69 0.73 1.42 20.00 61.80 >10 4.77 5.03 9.80 137.90 426.10 2-666 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.37 1.13 2.50 20.00 61.80 >10 9.47 7.76 17.23 137.90 426.10 14 1.33 1.05 2.38 20.00 66.30 >10 9.14 7.26 16.40 137.90 457.12 15 4.94 5.46 10.40 20.00 66.30 5.38 34.07 37.61 71.69 137.90 457.12 16 3.49 4.25 7.73 20.00 66.30 7.57 24.05 29.28 53.33 137.90 457.12 17 2.89 3.80 6.69 20.00 66.30 8.91 19.90 26.21 46.11 137.90 457.12 18 3.93 5.59 9.52 20.00 66.30 5.96 27.09 38.56 65.65 137.90 457.12 19 4.93 6.41 11.34 20.00 66.30 4.85 33.96 44.23 78.18 137.90 457.12 20 3.68 6.81 10.50 20.00 61.80 4.89 25.40 46.96 72.36 137.90 426.10 21 1.64 0.99 2.62 20.00 66.30 >10 11.29 6.81 18.10 137.90 457.12 22 2.64 3.01 5.65 20.00 66.30 >10 18.21 20.75 38.96 137.90 457.12 Min MS: 1.525, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-667 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-324. Load Combination 302, Side Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 302, 102, 201, 211 30-ft. Side Drop + Slap-Down 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 4.21 2.08 6.29 20.00 66.30 9.53 29.05 14.35 43.40 137.90 457.12 2 0.97 1.18 2.16 20.00 66.30 >10 6.70 8.16 14.86 137.90 457.12 3 3.64 1.24 4.88 20.00 66.30 >10 25.09 8.54 33.63 137.90 457.12 4 7.90 9.35 17.25 20.00 66.30 2.84 54.46 64.48 118.94 137.90 457.12 5 7.19 7.05 14.24 20.00 66.30 3.66 49.57 48.57 98.15 137.90 457.12 6 4.31 2.42 6.72 20.00 61.80 8.19 29.70 16.65 46.35 137.90 426.10 7 1.80 0.09 1.89 20.00 61.80 >10 12.42 0.61 13.03 137.90 426.10 8 1.01 0.11 1.11 20.00 61.80 >10 6.93 0.73 7.66 137.90 426.10 9 1.78 0.09 1.87 20.00 61.80 >10 12.28 0.64 12.93 137.90 426.10 10 2.97 1.68 4.65 20.00 61.80 >10 20.46 11.58 32.05 137.90 426.10 11 2.67 0.91 3.58 20.00 61.80 >10 18.39 6.29 24.68 137.90 426.10 12 1.78 0.56 2.34 20.00 61.80 >10 12.30 3.84 16.14 137.90 426.10 2-668 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 3.87 1.00 4.87 20.00 61.80 >10 26.67 6.89 33.56 137.90 426.10 14 3.76 1.54 5.30 20.00 66.30 >10 25.90 10.61 36.51 137.90 457.12 15 5.12 5.50 10.63 20.00 66.30 5.24 35.32 37.94 73.27 137.90 457.12 16 5.02 3.65 8.66 20.00 66.30 6.65 34.59 25.14 59.73 137.90 457.12 17 4.33 2.72 7.05 20.00 66.30 8.40 29.85 18.78 48.63 137.90 457.12 18 4.86 3.20 8.07 20.00 66.30 7.22 33.54 22.07 55.61 137.90 457.12 19 6.23 5.04 11.27 20.00 66.30 4.88 42.95 34.73 77.68 137.90 457.12 20 4.90 4.90 9.80 20.00 61.80 5.31 33.78 33.76 67.54 137.90 426.10 21 1.67 0.64 2.31 20.00 66.30 >10 11.53 4.40 15.93 137.90 457.12 22 3.48 2.48 5.96 20.00 66.30 >10 24.00 17.11 41.11 137.90 457.12 Min MS: 2.843, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-669 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-325. Load Combination 303, Cg/Corner Drop Orientation, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 303, 102, 201, 211 30-ft. Cg/Corner Drop 100°F Ambient, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 2.91 1.69 4.61 20.00 66.30 >10 20.10 11.66 31.76 137.90 457.12 2 1.31 0.24 1.55 20.00 66.30 >10 9.04 1.63 10.67 137.90 457.12 3 1.24 0.35 1.59 20.00 66.30 >10 8.57 2.39 10.95 137.90 457.12 4 8.94 9.15 18.09 20.00 66.30 2.67 61.66 63.07 124.72 137.90 457.12 5 6.58 7.23 13.81 20.00 66.30 3.80 45.36 49.85 95.22 137.90 457.12 6 4.16 2.76 6.91 20.00 61.80 7.94 28.65 19.00 47.65 137.90 426.10 7 2.80 0.06 2.86 20.00 61.80 >10 19.33 0.40 19.73 137.90 426.10 8 2.21 0.03 2.25 20.00 61.80 >10 15.27 0.23 15.50 137.90 426.10 9 1.60 0.06 1.66 20.00 61.80 >10 11.06 0.39 11.46 137.90 426.10 10 1.95 1.45 3.40 20.00 61.80 >10 13.45 9.99 23.44 137.90 426.10 11 1.33 0.62 1.95 20.00 61.80 >10 9.16 4.25 13.41 137.90 426.10 12 0.86 0.48 1.35 20.00 61.80 >10 5.96 3.32 9.28 137.90 426.10 2-670 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.76 0.95 2.71 20.00 61.80 >10 12.17 6.54 18.71 137.90 426.10 14 1.72 1.07 2.78 20.00 66.30 >10 11.84 7.35 19.19 137.90 457.12 15 5.22 5.48 10.70 20.00 66.30 5.20 35.96 37.80 73.76 137.90 457.12 16 5.36 3.65 9.01 20.00 66.30 6.36 36.94 25.16 62.10 137.90 457.12 17 4.55 2.96 7.51 20.00 66.30 7.82 31.36 20.44 51.80 137.90 457.12 18 4.28 3.46 7.74 20.00 66.30 7.57 29.51 23.84 53.35 137.90 457.12 19 5.28 5.33 10.61 20.00 66.30 5.25 36.39 36.73 73.13 137.90 457.12 20 4.67 4.91 9.58 20.00 61.80 5.45 32.22 33.84 66.06 137.90 426.10 21 0.55 0.47 1.02 20.00 66.30 >10 3.77 3.27 7.04 137.90 457.12 22 3.50 2.47 5.97 20.00 66.30 >10 24.15 17.03 41.18 137.90 457.12 Min MS: 2.665, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-671 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-326. Load Combination 304, Head-On Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 304, 105, 202, 211 30-ft. Head-On Drop at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 4.56 2.62 7.18 20.00 70.00 8.75 31.43 18.06 49.49 137.90 482.63 2 2.12 0.03 2.15 20.00 70.00 >10 14.62 0.23 14.85 137.90 482.63 3 0.82 0.11 0.93 20.00 70.00 >10 5.65 0.75 6.40 137.90 482.63 4 9.66 10.55 20.21 20.00 70.00 2.46 66.59 72.77 139.36 137.90 482.63 5 4.89 7.49 12.38 20.00 70.00 4.65 33.72 51.66 85.38 137.90 482.63 6 1.62 2.03 3.65 20.00 70.00 >10 11.15 14.03 25.18 137.90 482.63 7 0.94 0.03 0.97 20.00 70.00 >10 6.47 0.19 6.67 137.90 482.63 8 0.81 0.00 0.81 20.00 70.00 >10 5.55 0.01 5.56 137.90 482.63 9 0.67 0.00 0.67 20.00 70.00 >10 4.61 0.01 4.62 137.90 482.63 10 0.64 0.49 1.13 20.00 70.00 >10 4.44 3.36 7.80 137.90 482.63 11 0.60 0.22 0.82 20.00 70.00 >10 4.15 1.52 5.67 137.90 482.63 12 0.33 0.47 0.80 20.00 70.00 >10 2.26 3.23 5.49 137.90 482.63 2-672 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 0.82 0.64 1.46 20.00 70.00 >10 5.67 4.39 10.06 137.90 482.63 14 0.82 0.38 1.20 20.00 70.00 >10 5.64 2.65 8.29 137.90 482.63 15 2.04 0.29 2.33 20.00 70.00 >10 14.09 2.01 16.09 137.90 482.63 16 1.78 1.40 3.18 20.00 70.00 >10 12.27 9.65 21.92 137.90 482.63 17 1.85 2.04 3.89 20.00 70.00 >10 12.76 14.08 26.84 137.90 482.63 18 2.97 3.95 6.92 20.00 70.00 9.11 20.49 27.23 47.72 137.90 482.63 19 2.82 2.64 5.46 20.00 70.00 >10 19.43 18.23 37.66 137.90 482.63 20 1.88 3.40 5.28 20.00 70.00 >10 12.95 23.46 36.41 137.90 482.63 21 2.02 0.81 2.83 20.00 70.00 >10 13.91 5.62 19.53 137.90 482.63 22 1.29 1.02 2.31 20.00 70.00 >10 8.87 7.05 15.92 137.90 482.63 Min MS: 2.463, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-673 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-327. Load Combination 305, Side Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 305, 105, 202, 211 30-ft. Side Drop + Slap-Down at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 5.62 2.55 8.16 20.00 70.00 7.55 38.72 17.56 56.28 137.90 482.63 2 1.33 1.64 2.97 20.00 70.00 >10 9.16 11.29 20.45 137.90 482.63 3 5.04 1.70 6.74 20.00 70.00 8.52 34.76 11.69 46.45 137.90 482.63 4 5.02 2.47 7.49 20.00 70.00 8.35 34.61 17.04 51.64 137.90 482.63 5 5.00 1.57 6.58 20.00 70.00 8.60 34.48 10.86 45.34 137.90 482.63 6 4.07 0.85 4.92 20.00 70.00 >10 28.06 5.85 33.91 137.90 482.63 7 2.26 0.11 2.37 20.00 70.00 >10 15.56 0.77 16.34 137.90 482.63 8 1.14 0.15 1.29 20.00 70.00 >10 7.89 1.02 8.91 137.90 482.63 9 2.23 0.11 2.34 20.00 70.00 >10 15.36 0.78 16.14 137.90 482.63 10 2.96 1.02 3.98 20.00 70.00 >10 20.40 7.05 27.45 137.90 482.63 11 2.96 0.93 3.90 20.00 70.00 >10 20.43 6.44 26.87 137.90 482.63 12 1.83 0.21 2.04 20.00 70.00 >10 12.63 1.46 14.09 137.90 482.63 2-674 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 4.28 0.47 4.76 20.00 70.00 >10 29.54 3.26 32.80 137.90 482.63 14 4.20 1.07 5.27 20.00 70.00 >10 28.94 7.36 36.30 137.90 482.63 15 2.28 0.36 2.63 20.00 70.00 >10 15.70 2.46 18.16 137.90 482.63 16 3.89 0.55 4.44 20.00 70.00 >10 26.82 3.82 30.64 137.90 482.63 17 3.84 0.53 4.37 20.00 70.00 >10 26.47 3.64 30.11 137.90 482.63 18 4.24 0.59 4.83 20.00 70.00 >10 29.26 4.04 33.31 137.90 482.63 19 4.60 0.70 5.30 20.00 70.00 9.43 31.72 4.85 36.58 137.90 482.63 20 3.55 0.71 4.25 20.00 70.00 >10 24.46 4.87 29.33 137.90 482.63 21 2.06 0.33 2.39 20.00 70.00 >10 14.22 2.28 16.50 137.90 482.63 22 2.44 0.28 2.72 20.00 70.00 >10 16.83 1.92 18.75 137.90 482.63 Min MS: 7.547, Location: 1, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-675 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-328. Load Combination 306, Cg/Corner Drop Orientation at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 306, 105, 202, 211 30-ft. Cg/Corner Drop at -40°F, Low Temperature -40°F Ambient, Maximum Decay Heat Minimum External Pressure, 24 kPa (3.5 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 3.29 1.82 5.11 20.00 70.00 >10 22.67 12.54 35.21 137.90 482.63 2 1.51 0.27 1.79 20.00 70.00 >10 10.45 1.86 12.31 137.90 482.63 3 1.43 0.38 1.81 20.00 70.00 >10 9.87 2.62 12.50 137.90 482.63 4 5.58 2.09 7.67 20.00 70.00 7.61 38.45 14.41 52.86 137.90 482.63 5 3.64 1.77 5.41 20.00 70.00 >10 25.09 12.23 37.32 137.90 482.63 6 3.30 1.21 4.52 20.00 70.00 >10 22.77 8.36 31.13 137.90 482.63 7 3.09 0.06 3.15 20.00 70.00 >10 21.32 0.42 21.74 137.90 482.63 8 2.41 0.04 2.44 20.00 70.00 >10 16.59 0.27 16.85 137.90 482.63 9 1.69 0.05 1.75 20.00 70.00 >10 11.67 0.37 12.04 137.90 482.63 10 1.33 0.60 1.93 20.00 70.00 >10 9.17 4.14 13.31 137.90 482.63 11 0.94 0.45 1.40 20.00 70.00 >10 6.51 3.14 9.65 137.90 482.63 12 0.48 0.09 0.57 20.00 70.00 >10 3.33 0.63 3.96 137.90 482.63 2-676 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.20 0.40 1.60 20.00 70.00 >10 8.27 2.73 11.00 137.90 482.63 14 1.20 0.39 1.59 20.00 70.00 >10 8.26 2.70 10.96 137.90 482.63 15 2.10 0.32 2.42 20.00 70.00 >10 14.48 2.21 16.69 137.90 482.63 16 3.69 0.50 4.19 20.00 70.00 >10 25.41 3.45 28.87 137.90 482.63 17 3.49 0.75 4.24 20.00 70.00 >10 24.09 5.16 29.25 137.90 482.63 18 2.91 0.84 3.75 20.00 70.00 >10 20.06 5.79 25.85 137.90 482.63 19 2.80 0.99 3.79 20.00 70.00 >10 19.28 6.82 26.11 137.90 482.63 20 2.76 0.68 3.44 20.00 70.00 >10 19.02 4.68 23.69 137.90 482.63 21 0.43 0.10 0.53 20.00 70.00 >10 2.96 0.69 3.65 137.90 482.63 22 2.13 0.23 2.37 20.00 70.00 >10 14.70 1.61 16.31 137.90 482.63 Min MS: 7.608, Location: 4, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-677 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-329. Load Combination 310, Additional Increased External Pressure (290 psi), Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 204, 101, 211 Additional Increased External Pressure, 2 MPa (290 psia) 100°F Ambient, Maximum Decay Heat Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.75 0.95 1.70 20.00 66.30 >10 5.19 6.56 11.75 137.90 457.12 2 0.19 0.03 0.22 20.00 66.30 >10 1.29 0.21 1.51 137.90 457.12 3 0.18 0.12 0.30 20.00 66.30 >10 1.25 0.82 2.07 137.90 457.12 4 6.25 11.56 17.80 20.00 66.30 2.72 43.06 79.68 122.74 137.90 457.12 5 6.38 9.75 16.13 20.00 66.30 3.11 43.98 67.20 111.18 137.90 457.12 6 2.50 4.07 6.57 20.00 66.30 9.10 17.22 28.06 45.27 137.90 457.12 7 1.26 0.02 1.28 20.00 66.30 >10 8.69 0.14 8.83 137.90 457.12 8 1.26 0.00 1.26 20.00 66.30 >10 8.68 0.00 8.69 137.90 457.12 9 1.26 0.02 1.28 20.00 66.30 >10 8.68 0.12 8.80 137.90 457.12 10 1.18 0.71 1.89 20.00 66.30 >10 8.13 4.89 13.02 137.90 457.12 11 0.76 0.47 1.23 20.00 66.30 >10 5.25 3.23 8.48 137.90 457.12 12 1.67 2.42 4.09 20.00 66.30 >10 11.53 16.70 28.23 137.90 457.12 13 1.29 1.36 2.64 20.00 66.30 >10 8.87 9.35 18.22 137.90 457.12 2-678 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.97 0.62 1.58 20.00 66.30 >10 6.66 4.25 10.91 137.90 457.12 15 4.03 0.08 4.11 20.00 66.30 >10 27.78 0.57 28.35 137.90 457.12 16 0.80 1.16 1.96 20.00 66.30 >10 5.50 8.02 13.53 137.90 457.12 17 0.57 1.01 1.58 20.00 66.30 >10 3.94 6.96 10.91 137.90 457.12 18 0.67 1.18 1.85 20.00 66.30 >10 4.62 8.13 12.75 137.90 457.12 19 0.95 1.13 2.08 20.00 66.30 >10 6.52 7.81 14.33 137.90 457.12 20 1.01 1.27 2.29 20.00 66.30 >10 6.98 8.78 15.77 137.90 457.12 21 1.91 0.95 2.87 20.00 66.30 >10 13.19 6.58 19.77 137.90 457.12 22 1.83 0.90 2.73 20.00 66.30 >10 12.64 6.19 18.83 137.90 457.12 Min MS: 2.724, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-679 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-330. Load Combination 311, 4-ft. Drop onto Rod, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 311, 101, 201, 211 4-ft. Drop onto Rod 100°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.31 0.86 2.17 20.00 66.30 >10 9.01 5.95 14.96 137.90 457.12 2 0.38 0.14 0.52 20.00 66.30 >10 2.64 0.95 3.60 137.90 457.12 3 0.15 0.04 0.19 20.00 66.30 >10 1.04 0.26 1.30 137.90 457.12 4 6.24 9.10 15.34 20.00 66.30 3.32 43.03 62.72 105.75 137.90 457.12 5 5.90 8.21 14.11 20.00 66.30 3.70 40.70 56.57 97.27 137.90 457.12 6 3.04 2.37 5.42 20.00 66.30 >10 20.99 16.35 37.34 137.90 457.12 7 1.25 0.02 1.27 20.00 66.30 >10 8.62 0.14 8.76 137.90 457.12 8 0.84 0.00 0.84 20.00 66.30 >10 5.79 0.00 5.79 137.90 457.12 9 0.53 0.02 0.55 20.00 66.30 >10 3.67 0.11 3.78 137.90 457.12 10 1.22 1.32 2.54 20.00 66.30 >10 8.38 9.12 17.50 137.90 457.12 11 0.93 0.32 1.25 20.00 66.30 >10 6.40 2.22 8.63 137.90 457.12 12 0.92 1.02 1.94 20.00 66.30 >10 6.37 7.03 13.40 137.90 457.12 2-680 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.71 1.61 3.31 20.00 66.30 >10 11.77 11.07 22.83 137.90 457.12 14 1.68 1.57 3.25 20.00 66.30 >10 11.57 10.86 22.43 137.90 457.12 15 36.54 6.32 42.85 20.00 66.30 0.27 251.90 43.56 295.46 137.90 457.12 16 9.10 13.08 22.18 20.00 66.30 1.99 62.75 90.20 152.95 137.90 457.12 17 5.53 9.26 14.80 20.00 66.30 3.48 38.15 63.87 102.01 137.90 457.12 18 3.37 3.43 6.80 20.00 66.30 8.75 23.23 23.65 46.88 137.90 457.12 19 4.92 7.01 11.93 20.00 66.30 4.56 33.90 48.35 82.25 137.90 457.12 20 4.83 8.19 13.02 20.00 66.30 4.09 33.32 56.44 89.76 137.90 457.12 21 0.44 0.87 1.30 20.00 66.30 >10 3.01 5.98 8.99 137.90 457.12 22 15.78 12.68 28.46 20.00 66.30 1.33 108.79 87.43 196.22 137.90 457.12 Min MS: 0.270, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-681 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-331. Load Combination 312, 4-ft. Drop onto Rod at -40°F, Cold Environment, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 311, 104, 201, 211 4-ft. Drop onto Rod -40°F Ambient, Zero Decay Heat, Zero Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 1.31 0.86 2.17 20.00 70.00 >10 9.01 5.95 14.96 137.90 482.63 2 0.38 0.14 0.52 20.00 70.00 >10 2.64 0.95 3.60 137.90 482.63 3 0.15 0.04 0.19 20.00 70.00 >10 1.04 0.26 1.30 137.90 482.63 4 6.24 9.10 15.34 20.00 70.00 3.56 43.03 62.72 105.75 137.90 482.63 5 5.90 8.21 14.11 20.00 70.00 3.96 40.70 56.57 97.27 137.90 482.63 6 3.04 2.37 5.42 20.00 70.00 >10 20.99 16.35 37.34 137.90 482.63 7 1.25 0.02 1.27 20.00 70.00 >10 8.62 0.14 8.76 137.90 482.63 8 0.84 0.00 0.84 20.00 70.00 >10 5.79 0.00 5.79 137.90 482.63 9 0.53 0.02 0.55 20.00 70.00 >10 3.67 0.11 3.78 137.90 482.63 10 1.22 1.32 2.54 20.00 70.00 >10 8.38 9.12 17.50 137.90 482.63 11 0.93 0.32 1.25 20.00 70.00 >10 6.40 2.22 8.63 137.90 482.63 12 0.92 1.02 1.94 20.00 70.00 >10 6.37 7.03 13.40 137.90 482.63 2-682 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 1.71 1.61 3.31 20.00 70.00 >10 11.77 11.07 22.83 137.90 482.63 14 1.68 1.57 3.25 20.00 70.00 >10 11.57 10.86 22.43 137.90 482.63 15 36.54 6.32 42.85 20.00 70.00 0.31 251.90 43.56 295.46 137.90 482.63 16 9.10 13.08 22.18 20.00 70.00 2.16 62.75 90.20 152.95 137.90 482.63 17 5.53 9.26 14.80 20.00 70.00 3.73 38.15 63.87 102.01 137.90 482.63 18 3.37 3.43 6.80 20.00 70.00 9.30 23.23 23.65 46.88 137.90 482.63 19 4.92 7.01 11.93 20.00 70.00 4.87 33.90 48.35 82.25 137.90 482.63 20 4.83 8.19 13.02 20.00 70.00 4.38 33.32 56.44 89.76 137.90 482.63 21 0.44 0.87 1.30 20.00 70.00 >10 3.01 5.98 8.99 137.90 482.63 22 15.78 12.68 28.46 20.00 70.00 1.46 108.79 87.43 196.22 137.90 482.63 Min MS: 0.314, Location: 15, Combination: Pm Radioactive Material Transport Packaging System Safety Analysis Report 2-683 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-332. Load Combination 350, Fire at 30 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 111, 201, 211 Fire at 30 Minutes, 1,475°F Ambient, Maximum Decay Heat Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 20.00 66.30 >10 4.14 5.93 10.07 137.90 457.12 2 0.04 0.03 0.07 20.00 66.30 >10 0.28 0.19 0.47 137.90 457.12 3 0.03 0.02 0.05 20.00 66.30 >10 0.17 0.16 0.33 137.90 457.12 4 4.94 8.72 13.66 20.00 66.30 3.85 34.09 60.09 94.18 137.90 457.12 5 4.28 6.97 11.24 20.00 66.30 4.90 29.48 48.05 77.52 137.90 457.12 6 1.66 2.27 3.93 20.00 61.80 >10 11.45 15.65 27.10 137.90 426.10 7 0.29 0.01 0.29 20.00 61.80 >10 1.97 0.05 2.02 137.90 426.10 8 0.28 0.00 0.28 20.00 61.80 >10 1.96 0.00 1.96 137.90 426.10 9 0.28 0.01 0.30 20.00 61.80 >10 1.96 0.08 2.04 137.90 426.10 10 0.98 1.01 1.99 20.00 61.80 >10 6.76 6.95 13.72 137.90 426.10 11 0.61 0.28 0.90 20.00 61.80 >10 4.22 1.96 6.18 137.90 426.10 12 0.52 0.41 0.93 20.00 61.80 >10 3.55 2.83 6.39 137.90 426.10 13 1.04 0.92 1.96 20.00 66.30 >10 7.17 6.32 13.50 137.90 457.12 2-684 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 66.30 >10 6.76 6.78 13.53 137.90 457.12 15 3.84 5.45 9.29 20.00 66.30 6.14 26.44 37.58 64.02 137.90 457.12 16 2.32 3.39 5.72 20.00 66.30 >10 16.01 23.40 39.41 137.90 457.12 17 1.64 2.46 4.10 20.00 66.30 >10 11.32 16.94 28.26 137.90 457.12 18 1.94 3.00 4.94 20.00 66.30 >10 13.41 20.68 34.09 137.90 457.12 19 3.11 4.80 7.92 20.00 66.30 7.38 21.47 33.11 54.57 137.90 457.12 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 66.30 >10 1.55 3.21 4.76 137.90 457.12 22 1.97 2.34 4.31 20.00 66.30 >10 13.59 16.13 29.72 137.90 457.12 Min MS: 3.854, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-685 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-333. Load Combination 351, Post Fire at 60 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 112, 201, 211 Post Fire at 60 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 17.40 59.20 >10 0.28 0.19 0.47 119.97 408.17 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 20.00 61.80 4.50 29.48 48.05 77.52 137.90 426.10 6 1.66 2.27 3.93 20.00 61.80 >10 11.45 15.65 27.10 137.90 426.10 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 20.00 61.80 >10 6.76 6.95 13.72 137.90 426.10 11 0.61 0.28 0.90 20.00 61.80 >10 4.22 1.96 6.18 137.90 426.10 12 0.52 0.41 0.93 20.00 61.80 >10 3.55 2.83 6.39 137.90 426.10 13 1.04 0.92 1.96 20.00 61.80 >10 7.17 6.32 13.50 137.90 426.10 2-686 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 66.30 6.14 26.44 37.58 64.02 137.90 457.12 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 66.30 >10 1.55 3.21 4.76 137.90 457.12 22 1.97 2.34 4.31 20.00 66.30 >10 13.59 16.13 29.72 137.90 457.12 Min MS: 3.524, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-687 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-334. Load Combination 352, Post Fire at 90 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 112, 201, 211 Post Fire at 90 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 18.70 59.70 >10 0.28 0.19 0.47 128.93 411.62 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 20.00 61.80 4.50 29.48 48.05 77.52 137.90 426.10 6 1.66 2.27 3.93 18.70 59.70 >10 11.45 15.65 27.10 128.93 411.62 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 20.00 61.80 >10 4.22 1.96 6.18 137.90 426.10 12 0.52 0.41 0.93 20.00 61.80 >10 3.55 2.83 6.39 137.90 426.10 13 1.04 0.92 1.96 20.00 61.80 >10 7.17 6.32 13.50 137.90 426.10 2-688 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 61.80 >10 13.59 16.13 29.72 137.90 426.10 Min MS: 3.524, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-689 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-335. Load Combination 353, Post Fire at 120 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 112, 201, 211 Post Fire at 120 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 18.70 59.70 >10 0.28 0.19 0.47 128.93 411.62 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 18.70 59.70 4.31 29.48 48.05 77.52 128.93 411.62 6 1.66 2.27 3.93 18.70 59.70 >10 11.45 15.65 27.10 128.93 411.62 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 18.70 59.70 >10 4.22 1.96 6.18 128.93 411.62 12 0.52 0.41 0.93 18.70 59.70 >10 3.55 2.83 6.39 128.93 411.62 13 1.04 0.92 1.96 20.00 61.80 >10 7.17 6.32 13.50 137.90 426.10 2-690 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 61.80 >10 13.59 16.13 29.72 137.90 426.10 Min MS: 3.524, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-691 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-336. Load Combination 354, Post Fire at 150 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 112, 201, 211 Post Fire at 150 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 18.70 59.70 >10 0.28 0.19 0.47 128.93 411.62 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 18.70 59.70 4.31 29.48 48.05 77.52 128.93 411.62 6 1.66 2.27 3.93 18.70 59.70 >10 11.45 15.65 27.10 128.93 411.62 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 18.70 59.70 >10 4.22 1.96 6.18 128.93 411.62 12 0.52 0.41 0.93 18.70 59.70 >10 3.55 2.83 6.39 128.93 411.62 13 1.04 0.92 1.96 20.00 61.80 >10 7.17 6.32 13.50 137.90 426.10 2-692 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 61.80 >10 13.59 16.13 29.72 137.90 426.10 Min MS: 3.524, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-693 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-337. Load Combination 355, Post Fire at 180 Minutes, Hypothetical Accident Conditions of Transport - Model AOS-100B Load Cases: 112, 201, 211 Post Fire at 180 Minutes, 100°F, Maximum Decay Heat, Maximum Insolation Internal Design Pressure, 1,930 kPa (280 psia) Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Pm+Pb Sm Su MS 1 0.60 0.86 1.46 18.70 59.70 >10 4.14 5.93 10.07 128.93 411.62 2 0.04 0.03 0.07 18.70 59.70 >10 0.28 0.19 0.47 128.93 411.62 3 0.03 0.02 0.05 18.70 59.70 >10 0.17 0.16 0.33 128.93 411.62 4 4.94 8.72 13.66 20.00 61.80 3.52 34.09 60.09 94.18 137.90 426.10 5 4.28 6.97 11.24 18.70 59.70 4.31 29.48 48.05 77.52 128.93 411.62 6 1.66 2.27 3.93 18.70 59.70 >10 11.45 15.65 27.10 128.93 411.62 7 0.29 0.01 0.29 18.70 59.70 >10 1.97 0.05 2.02 128.93 411.62 8 0.28 0.00 0.28 18.70 59.70 >10 1.96 0.00 1.96 128.93 411.62 9 0.28 0.01 0.30 18.70 59.70 >10 1.96 0.08 2.04 128.93 411.62 10 0.98 1.01 1.99 18.70 59.70 >10 6.76 6.95 13.72 128.93 411.62 11 0.61 0.28 0.90 18.70 59.70 >10 4.22 1.96 6.18 128.93 411.62 12 0.52 0.41 0.93 18.70 59.70 >10 3.55 2.83 6.39 128.93 411.62 13 1.04 0.92 1.96 20.00 61.80 >10 7.17 6.32 13.50 137.90 426.10 2-694 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

14 0.98 0.98 1.96 20.00 61.80 >10 6.76 6.78 13.53 137.90 426.10 15 3.84 5.45 9.29 20.00 61.80 5.66 26.44 37.58 64.02 137.90 426.10 16 2.32 3.39 5.72 20.00 61.80 9.81 16.01 23.40 39.41 137.90 426.10 17 1.64 2.46 4.10 20.00 61.80 >10 11.32 16.94 28.26 137.90 426.10 18 1.94 3.00 4.94 20.00 61.80 >10 13.41 20.68 34.09 137.90 426.10 19 3.11 4.80 7.92 20.00 61.80 6.81 21.47 33.11 54.57 137.90 426.10 20 2.54 4.71 7.25 20.00 61.80 7.52 17.53 32.47 50.00 137.90 426.10 21 0.22 0.47 0.69 20.00 61.80 >10 1.55 3.21 4.76 137.90 426.10 22 1.97 2.34 4.31 20.00 61.80 >10 13.59 16.13 29.72 137.90 426.10 Min MS: 3.524, Location: 4, Combination: Pm+Pb Radioactive Material Transport Packaging System Safety Analysis Report 2-695 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.3 LIBRA Finite Element Analysis Program and Verification Problems 2.12.3.1 LIBRA Finite Element Analysis Program LIBRA is an efficient, general-purpose, finite element method program applicable to static, dynamic, and heat transfer analyses of structural systems. The program contains a comprehensive element library, and more than 20 solution algorithms. In addition, LIBRA has a fully integrated editor for model generation, as well as comprehensive post-processing and plotting capabilities. LIBRA can execute problems of over 250,000 degrees of freedom, on computers configured with 256 MB of available memory and 20 GB of hard disk drive space. The program contains both Gaussian and iterative solvers. Program Solution Procedures: _Linear and non-linear static analyses _Analysis of axisymmetric (2D) structures with non-symmetric loads _Linear buckling analysis _Modal analysis by Lanzcos, subspace, and vector iteration methods _Dynamic integration using modal coordinates _Linear and non-linear direct dynamic integration _Modal response solution _General sub-sectioning capabilities _Steady-state and transient heat transfer analyses LIBRA Element Library: _Straight and curved beam elements _Triangular and quad plate and shell elements _Doubly curved, 8-node shell element _Conic and curved axisymmetric (2D) shell elements _Standard and hierarchical 2D and 3D elements _Plane stress, plate, and shell composite elements 2.12.3.2 Verification Problems The following is a LIBRA Finite Element Analysis Program and Verification Problems report, from Structural Mechanics Analysis, Inc. 2-696 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

1.0 Introduction This report describes the GE Vallecitos Nuclear Center Libra Finite Element Analysis Program verification. The Libra verification consists of three items: the original verification report, Reference 1, the verification program Libra_Verification.Exe and associated verification problem files, and this report. A Libra verification can be performed at any time by executing the program Libra_Verification. This program executes all of the verification problem files, and tabulates the results in the text file Verificatian.txt. The Libra_Verification program and problem files are installed on the Libra Application Directory as part of the Libra installation. The output file, Verification.txt, is also located on the Libra Application Directory. The original verification report, Reference 1, documents a number of the verification problems, including all of the thermal verification problems. The thermal verification problems in Reference 1 were updated in Reference la. This report encompasses both References 1 and la. All of the verification problems executed by Libra_Verification are described in this report, however the theoretical solutions of the original verification problems are given in Reference 1, and are not contained in this report. The theoretical solutions for all verification problems not in Reference 1 are given in this report. The verification program, Libra_Verification, executes 24 problem files. These problems cover a wide spectrum of Libra capabilities, and include all significant types of analyses and elements used at the GE Vallecitos facility. The program compiles the results in two ways. For each verification problem, the program presents a table comparing the Libra solution values with the theoretical values. In addition, since the Libra and theoretical values are not necessarily the same, the program generates a table comparing the current verification results with the expected values. The expected values are not theoretical values, but Libra values from a certified verification. The structure of the Libra program is such that no permanent executable exists. Rather, a new executable is formed whenever the solution or element type changes from the preceding application. To establish the program status, the verification program generates a list of all of Libra subroutines on the file Verification.txt. The verification status of any Libra subroutine can then be established comparing it with the listing in Verification.txt. This report is structured around the verification problems. Each problem is presented in a separate section. Each section specifies the problem input data file, and the Libra solution and element types used in the problem. In addition, each section contains a description of the problem, a description of the Libra model, and the theoretical or comparative solution. Radioactive Material Transport Packaging System Safety Analysis Report 2-697 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Additional Problem Main23, Element 10. Sample problem in Last-A-Foam Manual, Rigid Poly-urethane Foam for Impact and Thermal Protection, pgs. 2-3. 30 ft drop of 700 lb cylinder onto 5 in thick Last-A-Foam disk. Quarter disk modeled by STIF10 elements. From curve on pg. 3, for 3712 foam, g = impact force / weight = 2820*78.5/700 = 316.2

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r-- 0 0 r-C> 0 "' N 0 0 0 ,..; ,..; <'i N ,,; .,; .,; d i apl.acement (in) From Libra force and energy curves for 1/4 model, U = 700x30x12/4 = 6.3x104 in-lb P = 5.5x104 lb. g = 4x5.5x104/700 = 314.3 Difference = 100x(316.2-314.3)/314.3 = 0.6% 2-698 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 1 Input Data File: VER_PROB.1 Libra Routines: Solution Type12, Elements 32 & 34 Description of Problem A 0.03 m long carbon resistor is comprised of a 0.001 m radius graphite core, and a micanite thermal conductor with inside radius 0.001m and outside radius .00588 m. 0.4 watt heat through conductor is convected to surrounding air at 310° K. Determine steady-state temperature at outside of graphite core. k(graphite) = 0.1 W/m2/K° k(conductor) = 0.1 W/m2/K° h(air)=17.0W/m/ K° Q=0.4 W Description of Model Axisymmetric model of both resistor and conductor. Heat input through resistor elements. Theoretical Solution The theoretical solution is presented in Reference 1. Radioactive Material Transport Packaging System Safety Analysis Report 2-699 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 2 Input Data File: VER_PROB.2 Libra Routines: Solution Type 12, Elements 32 & 34 Description of Problem A 0.03 m long carbon resistor is comprised of a 0.001 m radius graphite core, and a micanite thermal conductor with inside radius 0.001m and outside radius .00588 m. 0.4 watt heat through conductor is convected to surrounding air at 310° K. Determine steady-state temperature at outside of graphite core. k(graphite) = 0.1 W/m2/K° k(conductor) = 0.1 W/m2/K° h(air)=17.0W/m/K° Q=0.4 W Description of Model Axisymmetric model of conductor only. Heat input by convection at inside of conductor. Theoretical Solution The theoretical solution is presented in Reference 1. 2-700 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 3 Input Data File: VER_PROB.3 Libra Routines: Solution Type 12, Elements 32 & 34 Description of Problem A 0.03 m long carbon resistor is comprised of a 0.001 m radius graphite core, and a micanite thema1 conductor with inside radius 0.001m and outside radius .00588 m. 0.4 watt heat through conductor is convected to surrounding air at 310° K. Determine steady-state temperature at outside of graphite core. k(graphite) = 0.1 W/m2/K° k(conductor) = 0.1 W/m2/K° h(air)=17.0W/m/ K° Q=0.4 W Description of Model Axisymmetric model of conductor only. Heat input by thermal loads at inside of conductor. Theoretical Solution The theoretical solution is presented in Reference 1. Radioactive Material Transport Packaging System Safety Analysis Report 2-701 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 4 Input Data File: VER_PROB.4 Libra Routines: Solution Type 12, Elements 32 & 34 Description of Problem A 0.03 m long carbon resistor is comprised of a thermal conductor with inside radius 0.001m and outside radius .00588 m. 0.4 watt heat through conductor is convected to surrounding air at 310° K. Determine steady-state temperature at inside of conductor. k (conductor) = 0.1 W/m2/K° h(air)=17.0W/m/ K° Q=0.4 W Description of Model Axisymmetric model of resistor. Heat applied to elements. Convection elements at surface. Theoretical Solution The theoretical solution is presented in Reference 1. 2-702 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 5 Input Data File: VER_PROB.5 Libra Routines: Solution Type 12, Elements 32 & 34 Description of Problem Determine transient response of 1/32 in copper wire at 300°F immerse in water at 100° hwater = 15.0 Btu/hr/ft2/°F kcopper = 216.0 Btu/hr-in-°F copper = 0.091 lb/in3 ccopper = 558.0 Btu/lbm-°F Description of Model Axisymmetric model of wire, with convection elements at surface. Theoretical Solution The theoretical solution is presented in Reference 1. Radioactive Material Transport Packaging System Safety Analysis Report 2-703 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 6 Input Data File: VER_PROB.6 Libra Routines: Solution Type 12, Elements 32 & 34 Description of Problem Determine transient response of 1/32 in copper wire at 300°F immerse in air at 100° hair = 2.0 Btu/hr/ft2/°F kcopper = 216.0 Btu/hr-in-°F copper = 0.091 lb/in3 ccopper = 558.0 Btu/lbm-°F Description of Model Axisymmetric model of wire, with convection elements at surface. Theoretical Solution The theoretical solution is presented in Reference 1. 2-704 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 7 Input Data File: VER_PROB.7 Libra Routines: Solution Type 12, Elements 32 & 34 Description of Problem Concrete wall initially at 100° F has one side exposed to hot gas at 1600° and other side insulated. Find temperature distribution through wall when temperature at insulated side reaches 500°F. Heat transfer coefficient at xposed side is, h = 5.0 Btu/hr/ft2/°F. Description of Model Two dimensional model of wall, with a convective element at one surface. Theoretical Solution The theoretical solution is presented in Reference 1. Radioactive Material Transport Packaging System Safety Analysis Report 2-705 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 8 Input Data File: VER_PROB.8 Libra Routines: Solution Type 12, Elements 32 & 34 Description of Problem Steady-state heat conduction. A furnace has a two layer wall, with kl=0.8 Btu/hr/ft2/°F and k2=0.8 Btu/hr/ft2/°F. The temperature inside the furnace is 3000°F. The surface conduction at the outside wall is h = 2.0 Btu/hr/ft2/°F. Find steady-state temperatures through wall. Description of Model Two dimensional model of wall, with a convective element at one surface. Theoretical Solution The theoretical solution is presented in Reference 1. 2-706 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 9 Input Data File: VER_PROB.9 Libra Routines: Solution Type 1, Element 9 Description of Problem Long cylinder under internal pressure. Determine radial displacement and hoop stress.

                                                                    )

Description of Model Axisymmetric model of cylinder using 8-node quads. Theoretical Solution The theoretical solution is presented in Reference 1. Radioactive Material Transport Packaging System Safety Analysis Report 2-707 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 10 Input Data File: VER_PROB.10 Libra Routines: Solution Type 1, Element 9 Description of Problem Long, cylindrical tube with axisymmetric, radial pinch at center. Find maximum longitudinal bending stress at pinch.

                                     ~=_______.

Description of Model Axisymmetric mode1 of cylinder using 8-node quads. Half of structure (and load) modeled with symmetric boundary conditions in longitudinal direction. Theoretical Solution The theoretical solution is presented in Reference 1. 2-708 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 11 Input Data File: VER_PROB.11 Libra Routines: Solution Type 23, Element 3 Description of Problem Collapse of a cylindrical ring, 1 in long, 2.485 in outside diameter, 0.185 in wall thickness. Cylinder compressed between two unyielding surfaces. E = 29.5 x 106 psi Ep= 1.0 x 106 psi v = 0.3 y = 45000 psi Description of Model 3D model composed of triangular shell elements. Half of cylinder modeled with symmetric boundary conditions. Theoretical Solution No theoretical solution is available for this problem. FEA solution is checked against test results given in Reference 1. Radioactive Material Transport Packaging System Safety Analysis Report 2-709 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 12 Input Data File: VER_PROB.12 Libra Routines: Solution Type 8, Element 16 Description of Problem Elastic bending of a 10 in radius, cantilever tube, 1 in wall thickness, 200 in long with a 100 lb concentrated load at free end. Find deflection at load and stress 3 in from fixed end. E = 28.0 x 106 psi r = 10.0 in t = 1.0 in L = 100.0 in Description of Model Tube bending is analyzed as an axisymmetric structure with nonsymmetric loading. 8-node, solid elements are used to model the tube, and only the first cosine mode used in the analysis. In this analysis, the load at node i for mode n is given by, 360 Pi  pi  FRV Q  UG 0 where pi() is the circumferential load at node I. For a concentrated load Q at = 0, and 0 the Dirac-delta function at = 0, 360 Pi  Q 0 FRV Q  UG 4 0 2-710 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 12 - Contd Theoretical Solution Assuming the deflection shear correction for a cylindrical cross-section is the same as for a rectangle, from Reference 2, pg. 175, and Reference 3, Page 72, Table I, Case 11,

                                   = (PL3 / 3EI)  ( 1 + 0.98D2/L2)

I = r3t = 3141.59 P = 1000 1b L = 200 in E = 28.0 psi r = 10.0 in

                                   = 0.030315  1.01 = 0.030618 in
                           = Mc / I = 100019710 / 3141.59 = 627.07 psi Radioactive Material Transport Packaging System Safety Analysis Report                              2-711 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 13 Input Data File: VER_PROB.13 Libra Routines: Solution Type 1, Element 7 Description of Problem Elastic deflection of a 5 in radius, 0.025 in wall tickness tube, 50 in long by a distributed radial load of 15.9 lb/in (total load 500 lb). Determine deflection and hoop stress under load. E = 28.0 x 106 psi

                                                     = 0.3 r = 5.0 t = 0.025 p = 15.916 lb/in p

Description of Model Tube bending is analyzed as an axisymmetric structure with symmetric loading. 2-node, shell elements are used to model the tube. In this analysis, the load at node i is given by, 360 Pi  pi  UG 0 Half of structure (and load) is modeled with symmetric boundary conditions. 2-712 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 13 - Contd Theoretical Solution The solution is given in Reference 3, pg.170.

                                   = 4¥ -2) / r2t2 = 3.63538 in
                                      = pr2 / 2Et = 0.0010333 H = pr / 2t = 5786.4 psi Radioactive Material Transport Packaging System Safety Analysis Report                             2-713 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 14 Input Data File: VER_PROB.14 Libra Routines: Solution Type 2, Element 9 Description of Problem Inelastic deflection of a thick, cylindrical shell under internal pressure. Determine deflection at inside of cylinder for 16 dN/mm2 and 18 dN/mm2. E = 2.1 x 104 dN/mm2

                                                     = 0.3 Ep = 0.0 y = 24.0 dN/mm2 r(inside) = 100.0 mm r(outside) = 200.0 mm Description of Model Cylinder modeled with 8-node plane strain elements. 90° cylinder segment modeled with symmetry boundary conditions at both ends.

Theoretical Solution A solution for this problem is given in Reference 4, pgs.262-263 in graphic form. From Figure 7.12, pg. 262, for p= 16 dN/mm2, = 0.185 mm for p= 18 dN/mm2, = 0.265 mm 2-714 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 15 Input Data File: VER_PROB.15 Libra Routines: Solution Type 9, Element 9 Description of Problem Elastic response of a spherical cap shell with simple supports under instantaneously applied external pressure. Determine the maximum and minimum deflections, and times of occurrence during period 0 - 0.0007 sec. E = 10.5 x 106 psi

                                                  = 0.3
                                        = 2.45 x 10-4 lb-sec2/in4 r(inside) = 22.27 in t = 0.41 in
                                                = 26.67° p = 600 psi Description of Model Spherical cap modeled with 8-node axisymmetric elements.

Theoretical Solution A solution for this problem is given in Reference 4, pgs. 421-422, in graphic form. From Figure 10.4a, pg. 422,

                                 @ t = 0.00037 sec,       = 0.090 sec
                                 @ t = 0.00055 sec,       = -0.050 sec Radioactive Material Transport Packaging System Safety Analysis Report                             2-715 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 16 Input Data File: VER_PROB.16 Libra Routines: Solution Type 4, Element 9 Description of Problem Find fundamental period of a spherical cap shell simply-supported at base. E = 10.5 x 106 psi

                                                   = 0.3
                                         = 2.45 x 10-4 lb-sec2/in4 r(inside) = 22.27 in t = 0.41 in
                                                 = 26.67° Description of Model Spherical cap modeled with 8-node axisymmetric elements. Eigen pairs determined by the Lanzcos method.

Theoretical Solution The first period is given in Reference 4, pg. 421, T = 0.55 x 10-3 sec 2-716 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 17 Input Data File: VER_PROB.17 Libra Routines: Solution Type 2, Element 3 Description of Problem Inelastic bending of an elastic - perfectly plastic, simply-supported, square plate under uniform lateral pressure. Find load corresponding to a displacement of 0.06 in at center of plate. E = 10.92 x 106 psi

                                                = 0.3 Ep = 0.0 y = 1600.0 psi L = 10.0 in
                                                            \. ,

Description of Model Plate modeled with triangular shell elements. Solution interpolated from displacements at two load steps. Theoretical Solution A solution for this problem is given in Reference 4, pgs. 370-371 in graphic form. From Figure 9.8, pg. 371, D = Et3 / 12(1-2) = 1000 psi p M = yt2/4 = 4.0 in-lb w = 0.06 in 100wD/MpL2 = 15 From Figure 9.8: qL2/Mp = 22.5, q = 0.90 psi Radioactive Material Transport Packaging System Safety Analysis Report 2-717 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 18 Input Data File: VER_PROB.18 Libra Routines: Solution Type 2, Element 13 Description of Problem Inelastic bending of an elastic - perfectly plastic, simply-supported, square plate under uniform lateral pressure. Find load corresponding to a displacement of 0.06 in at center of plate. E = 10.92 x 106 psi

                                                    = 0.3 Ep = 0.0 y = 1600.0 psi L = 10.0 in Description of Model Plate modeled with quad shell elements. Solution interpolated from displacements at two load steps.

Theoretical Solution A solution for this problem is given in Reference 4, pgs. 370-371 in graphic form. From Figure 9.8, pg. 371, D = Et3 / 12(1-2) = 1000 psi Mp = yt2/4 = 4.0 in-lb w = 0.06 in 100wD/MpL2 = 15 from Figure 9.8: qL2/Mp = 22.5 q = 0.90 psi 2-718 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 19 Input Data File: VER_PROB.19 Libra Routines: Solution Type 5, Element 4 Description of Problem Modal analysis of cantilever steel beam, S-5x10, 20 ft long, 50 lb/ft weight. Determine first three frequencies. E = 28.0 x 106 psi L = 240.0 in Izz = 12.3 in4 Iyy = 1.22 in4 J = 0.114 in4 A = 2.94 in2 w = 50.0 lb/ft

                               = 50.0 / (122.94386.4) = 0.0108 lb-sec2/in Description of Model Beam modeled with 20 STIF4 elements. Z-displacements fixed along entire beam. Eigen-pairs determined by Sub-space iteration.

Theoretical Solution From Reference 5, pg. 313, Figure E18-2, 1 = (1.875) ¥(,/4 = 10.899 rad/sec 2 2 = (4.694) ¥(,/4 = 68.020 rad/sec 2 3 = (7.855) ¥(,/4 = 191.29 rad/sec 2 Radioactive Material Transport Packaging System Safety Analysis Report 2-719 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 20 Input Data File: VER_PROB.20 Libra Routines: Solution Type 3, Element 3 Description of Problem Modal analysis of thin, square plate, two adjacent edges fixed, other two edges free. Determine first three frequencies. E = 28.0 x 106 psi

                                                   = 0.3 t = 0.025 in D = Et3 / 12(1-2) = 40.064 in-lb L = 10.0 in
                                          = 0.000725 lb-sec2/in Description of Mode1 Beam modeled with triangular shell elements. Eigen-pairs determined by vector iteration.

Theoretical Solution From Reference 6, pg. 61-23, Table 61.3, 1 = 6.96 ¥'/4 = 16.45 hz 2 = 24.1 ¥'/4 = 56.65 hz 3 = 26.8 ¥'/4 = 63.00 hz 2-720 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 21 Input Data File: VER_PROB.21 Libra Routines: Solution Type 2, Elements 1 & 8 Description of Problem Determine contact force between a steel sphere and the bottom flat surface of a steel cylinder due to a displacement at the top of the cylinder. The cylinder radius is 0.0060084 in, and height is 0.006 in. The sphere radius is 0.125 in. The specified displacement is 5.0x10-5 in, E = 28.0 x 106 psi and = 0.3 for both cylinder and sphere. Description of Model The cylinder and sphere are modeled separately with STIF8 axisymmetric elements, and are connected with gap spring elements. In this way, the contact area between the cylinder and sphere is determined in the solution. A special node and element generator is used to model the sphere in order to assure proper alignment between the nodes on the cylinder and sphere. Theoretical Solution This problem is a form of the Hertz contact problem. A theoretical solution is given in Reference 7, on pg. 376. Solving equation 222 for P,

                                 3¥32/E2R, P = E  ¥5  3 E = 28.0 x 106 psi R = 0.125 in,
                                              = 5.0x10-5 in, P = 2.5657 lb.

Radioactive Material Transport Packaging System Safety Analysis Report 2-721 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 22 Input Data File: VER_PROB.22 Libra Routines: Solution Type 11, Element 13 Description of Problem Elastic buckling of thin, square plate under uniform edge compression load, p0. Plate simply-supported on three sides, free on forth side. E = 28106 psi

                                                   = 0.25 L = 10.0 in t = 0.025 in p0 = 2.5 lb/in Description of Model The plate is modeled by quad shell element. The entire plate is modeled with equal and opposite compression load along edges x=0, and x=10. Edges x=0, x=10, and y=0 are fixed in z-direction, edge y=10 is free. The Libra solution gives the problem eigenvalue, ,

and the buckling load is given by, cr = p0 / t . Theoretical Solution The theoretical solution for this problem is given in Reference 8, pgs. 360-362. From Equation (j) and Table 9-2 on page 362, cr = k 2D / b2t k = 1.440 (a/b = 1) D = Et3 / (1-2) = 3.8382 lb-in b = 10.0 in t = 0.025 in cr = 221.0 psi 2-722 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 23 Input Data Files: VER_PROB.23a, VER_PROB.23 Libra Routines: Solution Types 3 &14, Element 1 Description of Problem RMS response of a two degree of freedom, spring-mass system to a PSD acceleration spectra. Problem given in Reference 9. Determine the 1, RMS force at the base. m1 = 2.0 lb k1 = 50000 lb/in m2 = 1.0 lb k2 = 180000 lb

                                     @ 10 hz,        G2/hz = 0.020
                                     @ 100 hz,       G2/hz = 0.200
                                     @ 300 hz        G2/hz = 0.200
                                     @ 2000 hz, G2/hz = 0.005 Description of Model The Libra model consists of three nodes, and two spring elements in series. The mass is specified for nodes 1 and 2, and node 3 is fixed. The two system modes are determined using MAIN3 with the file VER_PROB.23a. The combined response is determined using MAIN14 with the file VER_PROB.23.

Modal damping values, , used in the combined response solution are determined from the problem data in Reference 9, pgs 53-54, and the approximation for the maximum complex frequency response given in Reference 10, pg. 44, Equation 2-17. Q = 1/2 Q1 J1 = 0.01736 Q2 J2 = 0.01157 Theoretical Solution From Reference 9, pg. 56b, Prms = 109.3 lb Radioactive Material Transport Packaging System Safety Analysis Report 2-723 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Problem 24 Input Data File: VER_PROB.24 Libra Routines: Solution Type 19, Element 9 Description of Problem Determine the viscoplastic deflection of a thick, cylindrical shell under internal pressure. Find the radial deflection at inside of cylinder after 1, 2, 3, 5 and 7 days. The shell behavior is that of a Maxwell fluid with n = 0, and fluidity parameter =0.001/day. E = 2.1 x 104 dN/mm2

                                                    = 0.3 Ep = 0.0 y = 24.0 dN/mm2 p0 = 14 dN/mm2 r(inside) = 100.0 mm r(outside) = 200.0 mm Description of Model Cylinder modeled with 8-node plane strain elements. 90° cylinder segment modeled with symmetry boundary conditions at both ends.

Theoretical Solution A solution for this problem is given in Reference 4, pgs.312-313 in graphic form. From Figure 8.11, pg. 313,

                                        @ 1 day,         = 0.132 mm
                                        @ 2 days,        = 0.135 mm
                                        @ 3 days,        = 0.137 mm
                                        @ 5 days,        = 0.139 mm
                                        @ 7 days,        = 0.140 mm 2-724                              Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Additional Problem Main23, Element 10. Sample problem in Last-A-Foam Manual, "Rigid Poly-urethane Foam for Impact and Thermal Protection", pgs. 2-3. 30 ft drop of 700 lb cylinder onto 5 in thick Last-A-Foam disk. Quarter disk modeled by STIF10 elements. From curve on pg. 3, for 3712 foam, g = impact force / weight = 2820*78.5/700 = 316.2

1. 008+05 last-a-f oam. manual aamJ)le probl em 9 . 508+04

                 ~ . 006+04
                               ..........;.... .....1.......... ;.......... : ......... : .........:::*:......( *** *** * ***                            .; ******* .                       *********.

8. 50E+04

                               .-........!.......---~--.....*--~--.....***+..........?.........*!*.....****!**........~.........*+.........-~....... --~-..... ...l**..... --1*
                                         ;~ ...~ . .. .~:. .. .. .t: . . . . {; ... . ..J; :: :l -----**-.l-----*--j

8. 008 04 7 . 508+04 (

l ....*;: ..........;':......*:..:**.~.,...::**.::.....* lxl~ in-7 . 008+04

          .... 6 . 508+0 4

_ _,______._....., .j 6. lb ....... _ ......._..._.....,.~_..._ ....,_ __,__ -...--1

          ;'                                                                                 4
            ~

6 . 0 0E+04

                               ...........*******************i***...*.. ;................. ........................ ;.........:

C 5.508+04 5.008+04

                                        *i*

5 . 5xl 0 4 lb _;__.....;.._ _;..._..,__.,..____,,-/.------1

                                                                                                                                                                                                                            *+**********t**********j
          ~
           . 4. 50Bt04 Energy 4.006+04       .........................
           ...0                                                              .            .            .                                                                                                     ***--*-**-************--********

0 3 . 508+0~ 3 . 008+04

                                               **... ... . .** ** ...........i* .
                                                                                                 ***:::l,,:::::::::::.:::::::::::.::~::::**
                                                                                                                                                                                                      *( *******i* ..***....:.......... :

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                                        -~-....-----~-.. *-.... (** . ...... : .       ---~......                                                                         .................. * ......... *.**********r***-****--'.

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                                                ----:-*********l.......... ;-**..--

1. 5 08+04 1 . 00£+04 5 . 008+03

0. OOB+OO

                                                                                                                                                                                                                  *******1*

0 .,, 0

                                                                 "'           0            .,,                                                                        .,,

C> N

                                                     "'          r--          0 N                         "'

r-- 0 0 r-C> 0 "' N 0 0 0 ,..; ,..; <'i N ,,; .,; .,; d i apl.acement (in) From Libra force and energy curves for 1/4 model, U = 700x30x12/4 = 6.3x104 in-lb P = 5.5x104 lb. g = 4x5.5x104/700 = 314.3 Difference = 100x(316.2-314.3)/314.3 = 0.6% Radioactive Material Transport Packaging System Safety Analysis Report 2-725 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

References

1. Libra Verification Problems, GE Nuclear, Vallecitos, 1993.

1a. Update of Libra Thermal Verification Problems, GE Nuclear, Vallecitos, June, 2000.

2. S. Timoshenko, Strength of Materials, Part I, 3rd Edition, McGraw-Hill, 1955.

3. R. J. Roark, Formulas for Stress and Strain, 3rd Edition, 1954.

4. D. Owen, E. Hinton, Finite Elements in Plasticity, Pineridge Press, 1980.

5. R. W. Clough, J. Penzien, Dynamics of Structures, McGraw-Hill, 1975.

6. W. Flugge (Editor), Handbook of Engineering Mechanics, McGraw-Hill, 1962.

7. S. Timoshenko, J Goodier, Theory of Elasticity, 2nd Edition, McGraw-Hill, 1951.

8. S. Timoshenko, J. Gere, Theory of Elastic Stability, 2nd Edition, McGraw-Hill, 1961.

9. D. Stienberg, Notes on Random Vibration Analysis for Electronic Equipment, 1979.

10. L. Meirovitch, Elements of Vibration Analysis, McGraw-Hill, 1975.

Structural Mechanics Analysis, Inc. Box 700910, San Jose, CA 95170, (408) 255-1630 2-726 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.4 Description of LIBRA Files and Post-Processors: AOS Safety Analysis Report Radioactive Material Transport Packaging System Safety Analysis Report 2-727 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-728 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

                                                  

DescriptionofLibraFilesandPostProcessors: AOSSafetyAnalysisReport

                                                  

Preparedfor:GEHitachiNuclearEnergy PONo.431004505 May3,2007 Preparedby:StructuralMechanicsAnalysis,Inc. P.O.Box700910 SanJose,CA951700910

                                                  
                                                  
                                                  
                                                  
                                                  
                                                  
                                                  
                                                  

Radioactive Material Transport Packaging System Safety Analysis Report 2-729 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

  
  
  
  
  
  

0.1TableofContents

  

1.0 Introduction        pg.3 2.0 PmPbPostProcessorProgram     pg.5 3.0 CmbLdsProgram       pg.7 4.0 AOSFiles        pg.8 5.0 LibraInstallation       pg.10

  

AppendixA. TypicalPmPb.inFile      pg.15 AppendixB. PmPboutputfile,LOAD_CASE.101    pg.16 AppendixC. GroupAllowProgramOutputFile    pg.18 AppendixD. TypicalCmbLds.inFile     pg.19 AppendixE. TypicalOutputfromCmbLdsProgram   pg.21 AppendixF. TypicalSectionofBatchProgram    pg23

  
  

0.2ListofFigures

                                                      

Figure1. Model165PmPbCrossSections    pg.11 Figure2. Models025,050and100PmPbCrossSections  pg.12 Figure3. AxisymmetricFEAModelof165Cask   pg.13 Figure4. ThreeDimensionalFEAModelof165Cask   pg.14 2-730 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

1.0Introduction  TheAlphaOmegaServices(AOS)SafetyAnalysisReport(SAR)appliestofourradioactive materialsTypeBcaskconfigurations.Thesefourcaskconfigurationsaredesignatedbytheir relativesizeasAOS025,AOS050,AOS100,andAOS165.ConfigurationAOS025is approximately25%thesizeofconfigurationAOS100,configurationAOS050approximately 50%,andconfigurationAOS165approximately165%incomparisontotheAOS100model.The followingprovidesadescriptionoftheLibrapostprocessorsusedtoperformthestructuraland thermalanalysestosupportthepreparationoftheSARforthefourAOScaskmodels.  Notwithstandingthescalednatureofthefourconfigurations,thethermalandstressanalyses forthefourmodelsarenotscalable.Rather,anindependentsetofanalysesisrequiredforeach model.Whiletheanalysesarenotscalable,thefiniteelementmodelsusedintheanalysesare largelyscaled,althoughtherearesignificantdifferencesbetweenmodels,particularlybetween modelAOS165andtheothers.  AlmostallofthethermalandstressanalysesintheSARarebasedonapplicationofthe StructuralMechanicalAnalysis,Inc.(SMA)Librafiniteelementprogram.TheLibraprogramhas beenusedbyGEHitachiNuclearEnergyAmericas,LLC(GEH)foranumberofyears,andwas usedinthelicensingoftheModel2000TypeBtransportpackaging.SMAhasproprietorshipof theLibraprogram,asaresult,SMAwasabletodevelopsophisticatedpostprocessingtools integratedwiththeLibraprogram,thatfacilitatedtheAOSanalyses.  ThemajorityoftheSARanalysespermituseofaxisymmetric,finiteelementmodels,sincefor themajorityofloadcasesthecask,loading,andboundaryconditionsareaxisymmetric.Asa result,fouraxisymmetricmodelsweredevelopedcorrespondingtothefourcask configurations,andthesemodelsarethecornerstonesofallthefiniteelementanalysesinthe SAR.Forloadcasessuchasdropandtransport,whereassumptionsofaxisymmetricloading andboundaryconditionsarenotapplicable,3Dfiniteelementmodelsareused.These3D modelsaregeneratedfromtheaxisymmetricmodelsbyrotationofthemodel.Inthisway, thereisawelldefinedrelationshipbetweenelementsintheaxisymmetricand3Dmodels,and thisrelationshipallowscombiningstressresultantsfromthetwomodels.  ThetwoU.S.NuclearRegulatoryCommission(NRC)documentsthatgoverntheanalyses includedintheSARareRegulatoryGuides7.6and7.8.Reg.Guide7.6definestheallowable stressesfornuclearshippingcasks,whileReg.Guide7.8definestherequiredloadingconditions andloadcombinations.Further,Reg.Guide7.6specifiesallowablestressesintermsof membraneandbendingstresses,ormoregenerallystressresultants.Stressresultantsarenota directoutputoffiniteelementanalyses.ForthedetailedmodelsusedintheAOSanalyses, formingstressresultantsinvolvesidentifyingandintegratingelementstressesacrossanumber selectedcaskcrosssections.Thisisanarduousandtimeconsumingtask.Inaddition,NRCReg. Guide7.8,whichdefinestheloadcombinationsthatmustbemeet,presentsadditionaldifficult tasksforanalysesbasedonthefiniteelementmethod. Radioactive Material Transport Packaging System Safety Analysis Report 2-731 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

1.0IntroductionCont'd  Twomajorpostprocessingprogramsweredevelopedtofacilitateevaluationofstress resultantsandstresscombinationsrequiredbyNRCReg.Guides7.6and7.8.Thefirst,PmPb, formsthestressresultantsrequiredbyReg.Guide7.6,whilethesecond,CmbLds,formsthe loadcombinationsrequiredbyReg.Guide7.8.Themethodologyandapplicationofthese programsaredescribedindetailinthisreport.Thesolutionprocessforallofthefourcask configurationsinvolvesfirstfindingstressescorrespondingtoasetofbasicloadconditions,and thenfindingthestresscombinations.Forthermalloadingconditions,oneormorethermal solutionsmustbefoundbeforesolvingforstresses.Afterdeterminingloadcasestresses,stress resultantsareformedbyapplicationofthePmPbpostprocessingprogram.ThePmPbprogram generatesfilescontainingstressresultantsforthebasicloadingconditions.Afterallofthe loadingconditionshavebeenrun,andcorrespondingfilesofstressresultantsgeneratedby PmPb,TheCmbLdsprogramisexecuted.TheCmbLdsprogramreadsthefilesgeneratedby PmPb,formstherequiredcombinations,andcomparesthecombinedstressestothe allowablesinReg.Guide7.6.ThisentireprocessisautomatedbyaWindowsCommand program,Run_AOS.AsectionoftheRun_AOSbatchprogramisshowninAppendixF.   2-732 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.0PmPbPostProcessorProgram



ThePmPbprogramformsthestressresultantsreferencedbyReg.Guide7.6.ThePmPbisa suiteofthreeprograms:PmPbData,PmPb,andPmPb3D.Eachofthesetheeprogramsis describedbelow.AllthreeprogramsusetheinputfilePmPb.in,whichliststheelementsateach modelcrosssectionwherestressresultantsareevaluated.AsamplePmPb.infileisshownin AppendixA.



ThecrosssectionsonwhichPmPboperatesareshowninFigures1and2.Figure1showsthe crosssectionsformodel165,andFigure2showsthecrosssectionformodels025,050,and 100.Model165has25stresscrosssections,whilemodels025,050,and100have22stress crosssections.Thelargernumberofcrosssectionsformodel165isduetothesplitoutershell. TheelementscomprisingthecrosssectionsshowninFigures1and2aredefinedonthe respectiveinputdatafilePmPb.dat.The165caskaxisymmetric,andthreedimensionalfinite elementmodelsareshowninFigures3and4,respectively.



2.1AOSInputLoadCasedesignations


AOSLibrainputdatafilesallhavedesignationsstartingwithLCnnn,wherennnisathreedigit

loadcasenumber;andendingwithsuffixmmm,wheremmmisathreedigitmodelnumber. Forexample,theinputfileforthermalloadcase101,model025is,LC101.025.Additionalfile descriptionisenteredfollowingtheloadcasenumber,withahyphenprecedingtheentry.For exampleLC1012500UPDATE.025isthedesignationforinputfileforthermalloadcase101, 2500watts,updated.



AOSloadcasenumbersdefinethetypeofloadinginvolvedintheloadcase.Loadcases numbered101199arethermalloadings.Loadcases201299arepressureorother axisymmetricnormalloadings.Loadcases301399areaccidentconditionloadings.Theload casetypesareusedbytheCmbLdsprogramtodetermineallowablestressforload combinations.



2.2PmPbDataProgram



PmPbDataprogramdeterminesthegeometrydataforthePmPbprogram,andstoresthisdata onthefilePmPb.dat.ThisgeometryfunctionisseparatedfromthePmPbprogramfor efficiency,asitneedstobeperformedonlyonceforeachmodel.PmPbDatamustbeexecuted immediatelyfollowinganexecutionoftheLibraprogram,asitusesLibraoutput.Theprogram readsLibramodelgeometrydatafrombinaryfileTape9,andgeneratesthegeometricdata requiredtoformmembraneandmomentstressresultantsforeachstresscrosssection.This dataiswrittentothefilePmPb.dat,andisutilizedbybothPmPbandPmPb3D.



Radioactive Material Transport Packaging System Safety Analysis Report 2-733 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.3PmPbProgram



ThePmPbprogramgeneratesfilesofmembraneandbendingstressresultantsfor axisymmetricloadingconditions.TheprogramutilizesthegeometrydataonthefilePmPb.dat, thecrosssectionelementsdefinedonPmPb.in,andLibrastressdataonthebinaryfileTape8. PmPbgeneratesoutputfileslabeledLOAD_CASE.nnn,wherennnistheloadcasenumber.For eachLCnnnfilethereisacorrespondingLOAD_CASE.nnnfile.Atypicaloutputfilegeneratedby PmPbisshowninAppendixB.Outputfileslistmaximumprincipalstress,andmembraneand bendingstressforeachcrosssection.ThePmPbprogrammustbeexecutedimmediately followingexecutionofaLibrastressrun.



2.4PmPb3DProgram



ThePmPb3Dprogramgeneratesfilescontainingmembraneandmomentstressresultantsfor 3Dloadingconditions.TheprogramutilizesthegeometrydataonthefilePmPb.dat,cross sectionelementdataonthefilePmPb.in,andLibrastressoutputonthebinaryfileTape8.All AOS3Dmodelsaregeneratedfromaxisymmetricmodels.Asaresult,eachelementalonga meridiancorrespondstoaelementinthecorrespondingaxisymmetricmodel.PmPb3Dfinds thestressresultantsforeachelementalongameridian,andoutputsmaximumvaluesonthe LOAD_CASEfile.Stresscombinationsinvolvingaxisymmetricand3Dloadcasesconservatively combinemaximummeridian3Dvalueswithaxisymmetricvalues.TheoutputofPmPb3Disthe sameasPmPb,andatypicalfileshowninAppendixB.



2.5GroupAllowProgram



TheGroupAllowprogramfindsmaximumtemperaturesatcrosssectionswherestress resultantsareevaluated,andinterpolatestemperaturedependent,allowablestressdatato findtheallowablecrosssectionstresscorrespondingtothesemaximumtemperatures.This programisexecutedonlyforthermalloadcases,andisexecutedafteraLibrathermalsolution. TheGroupAllowprogramgeneratesfilesALLOWABLES.nnn,wherennnisloadcasenumber, andthefileissubsequentlyusedbytheCmbLdsprogram.AtypicalGroupAllowoutputfileis showninAppendixC.




2-734 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

3.0CmbLdsProgram



AsdescribedinSection2.3,ThePmPbprogramgeneratesstressresultantfiles LOAD_CASE.nnn,wherennnistheloadcasenumber.TheCmbLdsprogramformsload combinationsusingthesefiles,andalsodeterminestheallowablestressesagainstwhichthe combinedstressesarecompared.AtypicalCmbLds.infileisshowninAppendixD.



TheloadcasenumbernnninthefilenameLOAD_CASE.nnndefinesthetypeofloading,as describedinSection2.1.LOAD_CASE.nnnfileslistbothmembraneandbendingstressforeach stresscrosssection.TheALLOWABES.nnnfiles,describedinSection2.5,specifyallowable stressesforthermalloadings.Basedonallthisinformation,theCmbLdsprogramdetermines themaximumcombinedstress,theminimumallowablestress,andtheminimummarginof safetyatallstresscrosssections.Themaximumstressesandminimumallowablesareoutput onthefileCmbLds.out.AtypicaloutputsectiongeneratedbyCmbLdsisshowninAppendixE. ThetableinAppendixEliststhecombinedstress,allowablestress,andminimummarginsof safetyforeachcrosssection.Theoverallminimummarginofsafetyislistedattheendofthe table.




Radioactive Material Transport Packaging System Safety Analysis Report 2-735 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

4.0AOSFiles

 

TheAOSinputandoutputdatafiles,PMPBverificationfiles,andLibraProgramfilesare containedonasingleCD.Thefoldersonthisdiskarelistedbelow,andthefollowingsections describethecontentsofthesefolders.

 
               aos25               InputdatafilesforAOScaskModel025
               aos50                InputdatafilesforAOScaskModel050
               aos100                InputdatafilesforAOScaskModel100
               aos165                InputdatafilesforAOScaskModel165
               aos1652500           InputdatafilesforAOScaskModel165,2500watts
 
               PMPB_Verification Verificationreportforpostprocessors
               Source                Postprocessorssourcecode
 
               aos25out            OutputfilesforAOScaskModel025
               aos50out             OutputfilesforAOScaskModel050
               aos100out            OutputfilesforAOScaskModel100
               aos165out            OutputfilesforAOScaskModel165
               aos1652500out        OutputfilesforAOScaskModel165,2500watts
 
               drop25                FilesforAOScaskModel02530'dropanalyses
               drop50                FilesforAOScaskModel05030'dropanalyses
               drop100               FilesforAOScaskModel10030'dropanalyses
               drop165               FilesforAOScaskModel16530'dropanalyses
 

4.1InputDataFiles

 

Thefiveinputdatafolders,aos25...aos1652500,containallfilesrequiredtoruntheLibra stressandthermalanalysesforthefivecaskmodels.AfterestablishingtheLibraprogram(see Section4.5),thereisatwostepprocessforexecutingLibraanalysesandpostprocessing programsforacaskmodel:1)copytheentirecontentsofaninputdatafolderontothe Libra.app,orLibra.appsubfolder,directory;2)executethebatchprogramRUN_AOS.

 

AllinputdataisinEnglishunits.ForthermalproblemstemperaturesareindegreesF,energyin Btu,andlengthininches.Forstructuralproblemsloadsareinlb,moduliinlb/in2,andlengthin inches.

 

Libraexecutionsmaytakeseveralhours.OutputfromtheLibrarunsandpostprocessors consistofaseriesoftextfileslabeledLoad_Case.nnn,wherennnrepresentstheloadcase number,andafilelabeledCmb_Loads.out.TheLoad_Case.nnnfilescontainthePmandPb stressmeasuresatthemonitoredcaskcrosssectionsfortheindividualloadcases.The Cmb_Loads.outfilecontainstheloadcombinationresults,includingmarginsofsafetyforall combinedloadcases. 2-736 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

4.2PMPBVerificationFiles  ThePMPB_VerificationfoldercontainsbothareportandaverificationproblemforPMPBand Cmb_Loadspostprocessors.Theverificationproblemisasimpleflattopcylindricalshellunder pressureandthermalloads.Thestressresultantsastwoshellcrosssectionsaredetermined analytically,andbythePMPBandCmb_Loadspostprocessors.Thetwosetsofresultsare showntocomparewell.  AfoldercontainingasetofverificationproblemsfortheLibraprogram,withemphasisonthe AOSproblemtypes,isestablishedwithinstallationoftheLibraprogram(seeSection4.5).The SourcefoldercontainstheFortransourcecodesforthesixpostprocessingprogramsusedin theAOSLibraanalyses.  4.3OutputDataFiles  TheAOS25out...AOS1652500outfolderscontainselectedoutputfromtheindividualLibra loadcaseanalyses(seeSection2.1).EachfoldercontainstheLOAD_CASEfile(seeSection2.4), TheALLOWABLESfile(seeSection2.5),andtheLibraoutputfile(TAPE6)foreachinputdata file.TheextensionsonLOAD_CASE,ALLOWABLES,andTAPE6filesarethesameastheinputfile extension.  4.4Filesfor30'DropAnalyses  Thefourdropanalysisfolders,drop25...drop165,containinputandselectedoutputfilesfor the30'headon,sideandcg/cornerdropanalyses.Eachfoldercontainsfilesforasinglemodel, andforthethreedropanalyses.Theoutputfilesareplotfilesforforceenergycurves,model displacement,andmodelstress.Thefilenameshaveforce,disp,orstresstoindicatecontent. Filenamescontainingcoldareplotsfor40qFthermalconditions,allotherfilesarefor75qF.  ThesameLibrainputdatafilecanbeusedforallthreedroporientations,withnonapplicable orientationdatacommentedoutbyanasteriskincolumn1.AlloftheplotfilesareBMPformat files,andmaybeviewedbymeansoftheMSPaintprogram.Thedisplacementandstressfiles arefordisplacementfieldscloseto,butnotnecessarilyatmaximumvalues.  Thedrop165folderalsocontainstheLibrainputdatafileslapdown.t5forslapdownanalysis. ThisfileisspecificallyforAOSmodel165cask,butiseasilyadaptedtoothercaskmodelsby changingthemodelstructuredimensionsandcontactstiffnessvalues.Contactstiffnessvalues aretakenfromthe30'sidedropanalyses.  Radioactive Material Transport Packaging System Safety Analysis Report 2-737 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

5.0LibraInstallation  LibrainstallationfilesarecontainedintheLibra64folder.TheLibraProgramisinstalledby executingtheSETTUPprogramontheLibra64folder.TheSETUPprogramwillrequestnames forLibraProgramandApplicationdirectories.LibraprogramfilesresideontheProgram directory,andproblemsareexecutedfromtheApplicationdirectoryorsubdirectories.Default foldernamesareLibra64fortheprogramdirectory,andLibra.appfortheapplicationdirectory. TheSETUPprogramwillalsopromptforinstallationofthe64bitversionofLibra.The64bit versionshouldbeinstalledonlyifthehostoperatingsystemis64bits.  OnVistaoperatingsystemsitmaybenecessarytosetpermissionforrunningScriptfilesbefore executingtheLibraSETUPprogram.Thefollowingstepsestablishpermission:      gotoControlPanel     clickonUserAccounts     clickonTurnusercontrolonoroff     uncheckuseraccountcontrol  AftertheLibraSETUPprogramiscompleted,theLibraprogramcanbeexecutedfromtheStart menu,orfromtheCommandlineintheLibraapplicationfolder.TheAOSfilesareorganizedto runfromtheLibraCommandline.ToaccesstheLibraCommandline,leftclickontheLibra Desktopicon.TothenexecuteaLibrainputfile,attheCommandpromptenter,      Librainput_fileoutput_file  Ifoutput_fileisomitted,thedefaultfilenameisTAPE6.AfteraLibraexecution,themodelcan beviewedbyenteringHPLOTatthecommandprompt,andstressesviewedbyentering STRSPP.BothHPLOTandSTRSPParemenudriven.  ToexecuteasetofAOSanalysesonthedistributiondisk,say\aos25,readtheentirecontents of\aos25ontotheapplicationdirectory(orsubdirectory),thenenterrun_aosatthe Commandprompt.Thisexecutesthebatchprogramrun_aos,whichexecutesallofthefilesand postprocessorsforAOSModel025.Outputwillbecontainedonasetoffileslabeled Load_Case.nnn,andonthefileCmb_Loads.out(seeSections2.3and3.0).  LibrainstallationestablishesafolderlabeledVerification.Thisfoldercontainsanumberof verificationproblemsforLibraelementsandsolutionprocedures.Thethermalproblems,and severalofthestructuralproblemsaredirectlyapplicabletoAOSanalyses.Intotal,the verificationproblemsinthisfolderencompassalloftheLibraelementsandsolutionprocedures appliedintheAOSanalyses.TheverificationfilesdescribedinSection4.2addressthepost processorsusedintheAOSanalyses,andareanadjuncttotheseLibraverificationproblems. 2-738 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

  

                                                    
                                                    
                                                    
                                                    
                                                    
                                                    
                                                    
                                                    

18 19 20 25 23 22 21 7 1 8 2 9 4 3 10 11 12 13 6 14 5 15 16 17 24 .. _ _____.___j_____, /

                                                    

Figure1.Model165PmPbCrossSections

                                                    

Radioactive Material Transport Packaging System Safety Analysis Report 2-739 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

                                                    
                                                    
                                                    
                                                    
                                                    
                                                    
                                                    

15 16 17 22 20 19 18 4 1 5 6 2 7 8 9 10 11 3 12 13 14 21

                                                    

Figure2.Models025,050and100PmPbCrossSections

                                                    

2-740 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

                                                   
                                                   
                                                   
                                                   
                                                   
                                                   
                                                   
                                                   
                                                   
                                                   

MATERIALS i 30 33 36 L

                                                                                                       
                                                   
                                                   
                                                   
                                                   

Figure3.AxisymmetricFEAModelof165Cask

                                                   
                                                   

Radioactive Material Transport Packaging System Safety Analysis Report 2-741 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

                                                   
                                                   
                                                   
                                                   
                                                   
                                                   
                                                   
                                                   

MATERIALS: i 2 3 5 30 33 36 37

)

                                                                                                        
                                                   
                                                   
                                                   
                                                   
                                                   

Figure4.ThreeDimensionalFEAModelof165Cask 2-742 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

AppendixA.TypicalPmPb.inFile  ThefollowingisatypicalPmPb.infilelistingelementsateachstresscrosssection.Foreaseof viewing,crosssectionentriesarenotconfinedtooneline,andblanklinesseparateentries.In theactualfileallsectionentriesareononeline,andtherearenoblanklines.  1957,1958,1959,1960,1961,1962,1963,1964,1965,2146,2147,2148,2149,2150, 2151,2152,2153,2154,2155 552,904,905,906,907,908,909,910,911,912,1587,1588,1589,1590,1591,1592, 1593,1594,1595,1596 348,349,350,351,352,353,354,355,356,507,508,509,510,511,512,513,514,515, 516 4587,4591,4595,4599 4572,4575,4578,4581 552,4553,4554,4555 4476,4477,4478,4479 4408,4409,4410,4411 4344,4345,4346,4347 4280,4281,4282,4283 4141,4150,4159,4168,4177,4186,4195 4133,4142,4151,4160,4169,4178,4187 4212,4215,4218,4221 4214,4217,4220,4223 5218,5236,5254 5235,5253,5271 5214,5215,5216,5217 5166,5167,5168,5169 5140,5143,5146,5149 5122,5126,5130,5134 3001,3017,3033,3049,3065,3081,3097 3190,3208,3226,3244 Radioactive Material Transport Packaging System Safety Analysis Report 2-743 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

AppendixB.PmPboutputfile,LOAD_CASE.101

 

ThefollowingisthePmPboutputfileforloadcaseLC101.025.Thefilelistsmaximumprincipal stresses,andcalculatedmembraneandbendingstressateachsectionanalyzed.Stressesare listedinbothEnglishandmetricunits.

 
 

Load Case_101 - 100F Ambient, Max Decay Heat Stress (psi/MPa) Location Sigma_1 Sigma_2 Sigma_3 Pm Pb 1 1.2232E+01 -2.5191E+01 -1.8387E+00 3.7423E+01 5.8177E+01 8.4340E-02 -1.7369E-01 -1.2677E-02 2.5803E-01 4.0111E-01 2 1.6225E+01 -3.2962E+01 -6.5255E+00 4.9187E+01 1.0016E+02 1.1187E-01 -2.2727E-01 -4.4992E-02 3.3913E-01 6.9059E-01 3 1.0870E+01 -2.3382E+01 -1.1174E+00 3.4252E+01 5.3526E+01 7.4943E-02 -1.6122E-01 -7.7043E-03 2.3616E-01 3.6905E-01 4 6.2382E+01 -2.3843E+02 -4.1530E+01 3.0081E+02 5.9563E+02 4.3011E-01 -1.6439E+00 -2.8634E-01 2.0740E+00 4.1067E+00 5 6.1432E+01 -2.6905E+02 -1.2242E+02 3.3048E+02 5.2038E+02 4.2356E-01 -1.8550E+00 -8.4406E-01 2.2786E+00 3.5879E+00 6 6.4534E+00 -1.3381E+02 -1.5795E+02 1.4026E+02 1.6725E+02 4.4494E-02 -9.2256E-01 -1.0890E+00 9.6705E-01 1.1532E+00 7 -1.9752E+00 -4.9672E+01 2.5928E+00 4.7697E+01 4.3899E+01

                     -1.3619E-02 -3.4248E-01            1.7877E-02      3.2886E-01       3.0267E-01 8     -2.0037E+00 -4.9648E+01            1.9949E-03      4.7644E+01       4.3457E+01
                     -1.3815E-02 -3.4231E-01            1.3755E-05      3.2850E-01       2.9962E-01 9     -1.9811E+00 -4.9582E+01 -5.2273E-01                4.7600E+01       4.1764E+01
                     -1.3659E-02 -3.4185E-01 -3.6041E-03                3.2819E-01       2.8795E-01 10     -7.5888E+00 -6.6970E+01            1.0700E+01      5.9381E+01       1.2009E+02
                     -5.2323E-02 -4.6174E-01            7.3772E-02      4.0942E-01       8.2802E-01 11     -1.6114E+01 -1.0104E+02 -5.3150E+01                8.4930E+01       7.0193E+00
                     -1.1110E-01 -6.9668E-01 -3.6645E-01                5.8557E-01       4.8396E-02 12      4.9440E+00 -1.1870E+02 -1.1938E+02                1.2364E+02       7.5796E+00 3.4087E-02 -8.1839E-01 -8.2311E-01                8.5248E-01       5.2260E-02 2-744                            Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

13 -1.3346E+01 -1.7829E+02 -2.9776E+01 1.6495E+02 8.7679E+01

                  -9.2016E-02 -1.2293E+00 -2.0530E-01                 1.1373E+00      6.0452E-01 14     -1.2832E+01 -1.5680E+02            3.6799E+00       1.4396E+02      9.5911E+01
                  -8.8473E-02 -1.0811E+00            2.5372E-02       9.9259E-01      6.6128E-01 15       3.4752E+02 -3.2306E+02 -3.0278E+01                6.7058E+02      1.1250E+03 2.3960E+00 -2.2274E+00 -2.0876E-01                4.6235E+00      7.7568E+00 16       1.2110E+02 -2.3963E+02 -7.8259E+01                3.6074E+02      5.8708E+02 8.3498E-01 -1.6522E+00 -5.3958E-01                2.4872E+00      4.0478E+00 17       5.3313E+01 -1.6483E+02           7.7898E+00       2.1815E+02      3.7767E+02 3.6758E-01 -1.1365E+00           5.3709E-02       1.5041E+00      2.6039E+00 18       1.3652E+01 -8.6978E+01           1.2149E+02       1.0063E+02      1.5144E+02 9.4130E-02 -5.9969E-01           8.3767E-01       6.9382E-01      1.0442E+00 19       3.7352E+01 -1.4759E+02           9.9594E+01       1.8495E+02      3.1090E+02 2.5754E-01 -1.0176E+00           6.8668E-01       1.2752E+00      2.1436E+00 20       2.5189E+01 -1.9576E+02           9.1481E+00       2.2095E+02      4.1088E+02 1.7367E-01 -1.3497E+00           6.3074E-02       1.5234E+00      2.8329E+00 21       6.6491E+00 -2.2294E+00 -1.0467E+00                8.8785E+00      6.0550E+00 4.5844E-02 -1.5371E-02 -7.2168E-03                6.1215E-02      4.1748E-02 22       2.7655E+00 -1.5235E+01 -3.0961E+00                1.8000E+01      4.4221E+01 1.9068E-02 -1.0504E-01 -2.1347E-02                1.2411E-01      3.0489E-01 Radioactive Material Transport Packaging System Safety Analysis Report                             2-745 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

                                                     

AppendixC.GroupAllowProgramOutputFile

 

ThefollowingistheGroupAllowprogramoutputfileforloadcaseLC101.025.Thisfilelists maximumandaveragetemperaturesateachstresssection,andtheallowablemembrane, yield,andultimatestressatthesesections.

                                                     
                                                     
                                                     
                                                     

Allowable Stress for Load Case 101 LOC Tmax Tave Sm Sy Su (deg_F) (deg_F) (ksi) (ksi) (ksi) 1 138.91 138.74 20.00 30.00 70.00 2 138.94 138.59 20.00 30.00 70.00 3 138.62 138.37 20.00 30.00 70.00 4 139.15 139.13 20.00 30.00 70.00 5 139.61 139.54 20.00 30.00 70.00 6 139.79 139.72 20.00 30.00 70.00 7 140.04 139.89 20.00 30.00 70.00 8 139.99 139.85 20.00 30.00 70.00 9 139.92 139.77 20.00 30.00 70.00 10 139.78 139.64 20.00 30.00 70.00 11 139.92 139.66 20.00 30.00 70.00 12 140.39 140.09 20.00 30.00 70.00 13 139.33 139.20 20.00 30.00 70.00 14 139.04 138.97 20.00 30.00 70.00 15 139.08 139.03 20.00 30.00 70.00 16 139.19 139.14 20.00 30.00 70.00 17 139.22 139.19 20.00 30.00 70.00 18 139.37 139.34 20.00 30.00 70.00 19 139.50 139.44 20.00 30.00 70.00 20 140.26 140.14 20.00 30.00 70.00 21 138.43 138.36 20.00 30.00 70.00 22 138.82 138.76 20.00 30.00 70.00 2-746 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

AppendixD.TypicalCmbLds.inFile   ThefollowingisatypicalPmPb.infile.Thefirstentryisthenumberofstresscrosssections.The nextsetofentriesistheloadcasenumbers,andthissetisterminatedwitha1.Thesecond andlastsetofentriesaretheloadcombinationnumbers,andthecombinationloadcases.Text followingentriesisdescriptive,andnotusedbytheprogram  22 101  ; 100F Ambient, Max Decay Heat 102  ; 100F Ambient, Max Decay Heat, Max Insolation 103  ; -20F Ambient, Zero Decay Heat, Zero Insolation 104  ; -40F Ambient, Zero Decay Heat, Zero Insolation 105  ; -40F Ambient, Max Decay Heat 111  ; Fire @ 30 Min, 1475F Ambient, Max Decay Heat 112  ; Fire @60 Min, 100F, Max Decay Heat,Max Insolation 113  ; Fire @90 Min, 100F, Max Decay heat,Max Insolation 114  ; Fire @120 Min, 100F, Max Decay Heat,Max Insolation 115  ; Fire @150 Min, 100F, Max Decay Heat,Max Insolation 116  ; Fire @180 Min, 100F, Max Decay Heat,Max Insolation 201  ; Maximum Internal Pressure, 30 psi 202  ; Minimum External Pressure, 3.5 psia 203  ; Maximum Increased Pressure, 20 psia 204  ; Additional Increased External Pressure, 290 psi 211  ; Fabrication Stress 215  ; Compression Load 216  ; Rod Drop 221  ; Forward 5g Vibration Inertia Load 222  ; Lateral 5g Vibration Inertia Load 223  ; Vertical 10g Vibration Inertia Load 231  ; 4 ft head-on drop 232  ; 30 ft head-on drop, normal conditions 301  ; 30 ft Head-on drop 302  ; 30 ft Side drop + slap-down 303  ; CG/Corner Drop 304  ; 30 ft Head-on drop, low temp 305  ; 30 ft Side drop + slap-down, low temp 306  ; CG/Corner Drop, low temp 311  ; 3 ft drop onto rod -1 101, 101,201,211  ; hot environment 102, 104,201,211  ; cold environment 103, 103,201,211  ; increaded ex pres 104, 101,201,202,211  ; min ex pres 105, 105,201,202,211  ; cold environment 106, 101,201,203,211  ; max pres, hot environment 107, 105,201,203,211  ; max pres, cold environment 215, 215,101,201,211  ; compression load 216, 216,101,201,211  ; rod drop 217, 216,104,201,211  ; rod drop cold environment 221, 221,101,201,211  ; fwd vibration 222, 222,101,201,211  ; lateral vibration Radioactive Material Transport Packaging System Safety Analysis Report 2-747 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

223, 223,101,201,211  ; vertical vibration 231, 231,102,201,211  ; 4 ft head-on drop, normal conditions 232, 232,102,201,211  ; 30 ft head-on drop, normal conditions 301, 301,102,201,211  ; head-on drop 302, 302,102,201,211  ; side drop 303, 303,102,201,211  ; cg/corner drop 304, 304,105,202,211  ; head-on drop, cold environment 305, 305,105,202,211  ; side drop, cold environment 306, 306,105,202,211  ; cg/corner drop, cold environment 310, 204,101,211  ; add ext pres (290 psi) 311, 311,101,201,211  ; 3 ft drop onto rod 312, 311,104,201,211  ; 3 ftdrop onto rod, cold environment 350, 111,201,211  ; fire @ 30 min 351, 112,201,211  ; fire @ 60 min 352, 113,201,211  ; fire @ 90 min 353, 114,201,211  ; fire @ 120 min 354, 115,201,211  ; fire @ 150 min 355, 116,201,211  ; fire @ 180 min

 -1 2-748                            Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

AppendixE.TypicalOutputfromCmbLdsProgram  ThefollowingisatypicaloutputfilefromtheCmbLdsprogram.Theloadcombinationislisted atthetopofthetable.Thefilelistsmaximummembraneandbendingstress,andminimum allowablesateachsectionanalyzed.StressesarelistedinbothEnglishandmetricunits. MinimumMSandassociatedvaluesarelistedattheendofthetable.    Normal Load Combination 101 Load Cases: 101 201 211 100F Ambient, Max Decay Heat Maximum Internal Pressure - 30 Psia Fabrication Stress Stress (ksi/MPa) Loc Pm Pb Q Pm+Pb Pm+Pb+Q Sm Su MS 1 0.75 1.10 0.04 1.85 1.89 20.00 70.00 >10 5.16 7.60 0.26 12.75 13.01 137.90 482.63 2 0.14 0.20 0.05 0.34 0.38 20.00 70.00 >10 0.96 1.35 0.34 2.31 2.65 137.90 482.63 3 0.08 0.08 0.03 0.16 0.20 20.00 70.00 >10 0.58 0.54 0.24 1.12 1.36 137.90 482.63 4 1.16 1.78 0.30 2.94 3.24 20.00 70.00 9.20 8.00 12.28 2.07 20.28 22.35 137.90 482.63 5 1.18 1.00 0.33 2.18 2.51 20.00 70.00 >10 8.17 6.88 2.28 15.05 17.32 137.90 482.63 6 0.78 1.17 0.14 1.95 2.09 20.00 70.00 >10 5.40 8.05 0.97 13.44 14.41 137.90 482.63 7 0.34 0.07 0.05 0.40 0.45 20.00 70.00 >10 2.34 0.45 0.33 2.79 3.12 137.90 482.63 8 0.32 0.04 0.05 0.36 0.41 20.00 70.00 >10 2.21 0.27 0.33 2.48 2.81 137.90 482.63 9 0.36 0.07 0.05 0.43 0.48 20.00 70.00 >10 2.48 0.48 0.33 2.97 3.29 137.90 482.63 10 1.23 0.15 0.06 1.38 1.44 20.00 70.00 >10 8.49 1.03 0.41 9.52 9.93 137.90 482.63 Radioactive Material Transport Packaging System Safety Analysis Report 2-749 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

11 0.93 1.23 0.08 2.17 2.25 20.00 70.00 >10 6.44 8.51 0.59 14.95 15.53 137.90 482.63 12 1.01 1.49 0.12 2.50 2.62 20.00 70.00 >10 6.95 10.27 0.85 17.23 18.08 137.90 482.63 13 1.19 1.05 0.16 2.24 2.40 20.00 70.00 >10 8.21 7.23 1.14 15.44 16.58 137.90 482.63 14 1.21 1.54 0.14 2.75 2.89 20.00 70.00 9.91 8.36 10.61 0.99 18.97 19.96 137.90 482.63 15 1.70 1.94 0.67 3.64 4.31 20.00 70.00 7.25 11.69 13.38 4.62 25.07 29.70 137.90 482.63 16 1.70 2.69 0.36 4.39 4.75 20.00 70.00 5.83 11.72 18.55 2.49 30.27 32.75 137.90 482.63 17 1.12 1.79 0.22 2.90 3.12 20.00 70.00 9.33 7.71 12.31 1.50 20.02 21.52 137.90 482.63 18 0.87 1.40 0.10 2.27 2.37 20.00 70.00 >10 5.99 9.65 0.69 15.64 16.33 137.90 482.63 19 1.46 2.17 0.18 3.63 3.82 20.00 70.00 7.26 10.09 14.96 1.28 25.05 26.33 137.90 482.63 20 1.82 2.90 0.22 4.72 4.95 20.00 70.00 5.35 12.58 19.99 1.52 32.57 34.09 137.90 482.63 21 0.32 0.44 0.01 0.76 0.77 20.00 70.00 >10 2.24 3.00 0.06 5.24 5.30 137.90 482.63 22 0.46 0.47 0.02 0.93 0.95 20.00 70.00 >10 3.20 3.23 0.12 6.43 6.55 137.90 482.63 Min MS: 5.350, Location: 20, Combination: Pm+Pb

                                                    

2-750 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

AppendixF.TypicalSectionofBatchProgramtoExecuteAOSLoadCases  TheAOSinputdatafilesandpostprocessorexecutionsareorganizedandrunbyaCommand batchprogram.Aseparatebatchprogramisrequiredforeachofthefourmodelconfigurations. Asectionofatypicalbatchprogramisshownbelow.NotethattheprogramPmPbDataisrun beforethefirstexecutionofPmPb.TheGroupAllowprogramisonlyrunafteraLibrathermal analysis.ThePmPb(orPmPb3D)programisrunaftereachLibrastressanalysis.Callstothe Libraprogramincludetheinputfilename,outputfilename,andaflagsetto1topreventLibra pausingafterexecution. rem load case 101 call libra lc101-t-update.025 tape6 1 call libra lc101-update.025 tape6 1 groupallow lc101-update.025 pmpbdata pmpb rem load case 102 call libra lc102-t-update.025 tape6 1 call libra lc102-update.025 tape6 1 groupallow lc102-update.025 pmpb rem load case 103 call libra lc103-t-update.025 tape6 1 call libra lc103-update.025 tape6 1 groupallow lc103-update.025 pmpb rem load case 104 call libra lc104-t-update.025 tape6 1 call libra lc104-update.025 tape6 1 groupallow lc104-update.025 pmpb rem load case 105 call libra lc105-t-update.025 tape6 1 call libra lc105-update.025 tape6 1 groupallow lc105-update.025 pmpb rem load case 106 call libra lc106-t-update.025 tape6 1 call libra lc106-update.025 tape6 1 groupallow lc106-update.025 pmpb  Radioactive Material Transport Packaging System Safety Analysis Report 2-751 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

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2.12.5 Selected Material Properties References This appendix provides information related to the following materials, that is not included elsewhere in the SAR:

• Contact Resistance
• Decay Heat
• Structural Stability
• Tungsten Alloy
• General Plastics LAST-A-FOAM
• Cask Lid Elastomeric Seal and Port Seal Radioactive Material Transport Packaging System Safety Analysis Report 2-753 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

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Contact Resistance Radioactive Material Transport Packaging System Safety Analysis Report 2-755 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

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I . HEAT TRANSFER TENURE EDITOR S AS EDITOR R. Hosmer Norris 1943 - 1971 Mrs. Florence F. Buckland 1943 - 1963 Mrs. Nancy D. Fitzroy 1956 - GENERAL ELECTRIC COMPA NY CORP OR A TE RESEARCH AND DEVELO PMENT Schene ctady, N.Y. GENERAL fl ELELECTRIC fl Radioactive Material Transport Packaging System Safety Analysis Report 2-757 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Sec tion G502. 5

                                                                                   - STE AD Y STA TE                                                    Pag e 7 CON DU CTI ON IN SOL IDS                                       CT                        Nov emb er 197 0*

ME TA L-T O-M ETA L SUR FAC E CO NTA Hea t Tra nsf er IMP ERF ECT Div isio n red uce d pre ssu re

                                                                                                     - Sol id blo cks in air at SSU RES (0 to 120 0 psi)

STE EL, BA RE SUR FAC ES AT HIG H CO NTA CT PRE (p < O. l atm ) in air, see pag es 5-6 For stee l with bar e sur fac es in air, see pag e 8. dwi ch ma teri al For stee l with san e 21. stee l in oth er gas es, see pag e 9 , re (p < 0 . l atm ), see pag For see pag e 20; at red uce d pre ssu es 12- 13, 18- 19. uced pre ssu re (p < 0 , l met al in air, atm ), see pag For stee l with dis sim ilar 10- ll, 17; at r-ed pag es For oth er met als in air, see see pag e 23. Fo l lam inat ed stee ls in air, Rou ghn ess Re! Flu id Tem p 5 Rm s (µ. in.) Con diti on No. in (OF) Ma teri al' Fin ish Blo ck Cur ve Gap 1 I 2 i 4 45 75 Cl ean , 10- mm He: abs Sta inle ss Ste el 304 Gro und I42-60 ! 43- 48 Air Air 84 Cle an, 10- 4 mm Hg abs 45 a Gro und I 15- 15 I 10- 10 b Sta inle ss Ste el 304 0.0 4 -10 "I 0 . 03

                                          \                                                                                  -

oi

                          /IJ.
                                               \                                                                              -5 r.J C

21Ill 0 . 02 LJ C 21Ill  !\ Ill r.. ai ti

                           /1J r..

LJ 0.0 1

                                             \                                                                                           sC 0

s C CJ 0 CJ 0

                                                      '~ --

L-- 1._ L-- 1.: :::: ::t: :=+/- ==600 6= b.. .,l, .,.. ..,. b,. ,d= ::b =..120 0 800 100 0

                                                                                                                              .J 0             200          400 in.

Con tact pre ssu re, ib/ sq i- s See pa ge 24 ol J uly 31 , 196 4 , p . .Ba

                                                                                                           ,It lh1p erud . . i uu*

GENERAL ,0 ELECTRIC 2-758 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Decay Heat Radioactive Material Transport Packaging System Safety Analysis Report 2-759 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Decay Heat Load Model AOS-025 Cask Decay Heat = 10W 10W = 3.4121

• 10 = 34.121 Btu/hr Cavity Area A = 2 (0.8122 + (0.612) (7.0 - 2.0))

                                        =       29.65 in2 Heat Flux q      =       341.21 / 29.65
                                        =       1.151 Btu/hr-in2 Model AOS-050 Cask Decay Heat = 100W 100W =         3.4121

• 100 = 341.21 Btu/hr Cavity Area 2 (1.624242 + 1.62424 * (14.0 - 4.0))

                                 =      118.63 in2 Heat Flux 341.21 / 118.63 = 2.876 Btu/hr-in2 2-760                            Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Model AOS-100 Cask Outside Cask Body and Cask Height - Model AOS-100 1.95" x14.0"x 8.0" h = 36.0" 20.0" 8.0" 3.25" Decay Heat = 400W 400W = 3.4121

• 400 = 1,365 Btu/hr Cavity Surface Area 2 (3.252 + ((3.25) (20))) = 474.77 in2 Heat Flux 1,365 / 474.77 in2 = 2.88 Btu/hr-in2 Radioactive Material Transport Packaging System Safety Analysis Report 2-761 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

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Structural Stability Radioactive Material Transport Packaging System Safety Analysis Report 2-763 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

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INTRODUCTION TO Structural Stability 'l'heory GEORGE GERARD, Sc.D. Associate Director of Research and Research Professor of Aeronautics College of Engineering, New York University McGRAW-HILL BOOK COMPANY, INC. 1962 New York Toronto London Radioactive Material Transport Packaging System Safety Analysis Report 2-765 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

CYLINDERS UNDER TORSION AND COMPRESSION 141 "ls o Test data 0.2

                                                  --Theory, Eq.(8.11) o.____,____.____-'-----'----...l......--_,

0 10 20 30 40 50 60 Tcr, ksi Fm. 8.4. Comparison of test data with plasticity-reduction factor for long cylinders in torsion. In Fig. 8.3, test data (summarized in Ref. 8.2) on failure of cylinders in torsion of several materials are presented and compared with theory. It can be observed that the upper limit of the test data does conform to the theory. As a result of the postbuckling behavior of cylinders in torsion, there is a considerable mass of test data that lie somewhat below the theory. On the whole, the average of the test data is approx-imately 15 per cent below theory in the moderate-length-cylinder range. Before discussing the discrepancy for the torsion case any further, it is convenient to consider the axial compressive buckling of cylinders. Certain additional principles have been evolved in connection with the compressive case that are useful in discussing the small discrepancy between theory and test data in the torsion case (Sec. 8.7). For torsional loadings, inelastic stability of moderate-length and long cylinders has been considered in Ref. 8.4, and the following plas-ticity-reduction factor has been derived: (8.11) A comparison of Eq. (8.11) with test data summarized in Ref. 8.6 on several materials is presented in Fig. 8.4. Agreement between test data and theory is particularly good for the two aluminum alloys. 8.4. ELASTIC STABILITY UNDER COMPRESSION For a circular cylinder under axial compression, N "II = N 11 0, Nx = ut, and therefore the governing equilibrium relation [Eq. (7.33)) I 2-766 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

142 STABILIT Y ANALYSI S OF CYLINDR ICAL SHELLS reduces to DnB V w

                                          +  (1 tl'74 V

iJ2w ax2

                                                              + RZ Et o4w = 0 ox4         (8.12)

A solution of Eq. (8.12) t hat satisfies the boundar y conditions of simple support at the ends of the cylinder is

                                                        . m1rx . ny w =   Wmn      sm     L     Slll R        (8.13)

Upon substitut ing the appropri ate derivativ es of Eq. (8.13) into (8.12), the following nontrivia l solution is obtained :

                             <1cr    = 12(1 -

2 1r kcE v 2) ( t) L 2 (8.14) (m2 + /32)2 12zim2 where kc = m2 + 1r4(m2 + (32)2 (8.15) f3 = nL 1rR It can be observed that the wavelength paramet er (m 2 + (3 2) 2/ m 2 appears in both terms of Eq. (8.15). By minimizing Eq. (8.15) with respect tg this paramcteF, we abtain (8.16) Substitu ting into Eq. (8.15), we obtain the solution for a moderat e-length cylinder under compression: kc=:= 0.702Z (8.17) By substitut ing Eq. (8.17) into (8.14), we obtain the simple result t

                                            <1cr   =    CE R,                 (8.18) where                         C = [3(1 -           v 2)J-H 3::  0.6 We return now to Eq. (8.16) to establish the range of validity of Eqs.

(8.17) and (8.18). By solving Eq. (8.16) for (3, we obtain f3 = [- (12z 2)3/4

                                               -- m - m2 7r
                                                                      ]>~    (8.19)

Since, as a minimum , m = I, it is apparen t that for real values of f3 (8.20) Radioactive Material Transport Packaging System Safety Analysis Report 2-767 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

CYLIND ERS UNDER TORSIO N AND COMPR ESSION 143 Thus, the moder ate-len gth-cy linder solutio n applies for values of Z greate r than 2.85. Short Cylinders For short cylinders of Z less than 2.85, the values of (3 = 0 and m = are to be substi tuted into Eq. (8.15). Thus, for a simply suppo rted cylind er in the short-c ylinde r range, k = 1 + 12Z2 C 11"4 (8.21) In this region, the short cylinder behav es in the same manne r as a wide, simply suppo rted column which buckles into one half-wave-10 4 ,--- ---- T-- ---- -,-- ---~ ---- - Ire= 0.702Z moderate length 2.85 $Z $6(t-v 2)(R/t)2 10 1 L---I.. -U..... J....J.. .u.J.J. i-----..

                                                        ...L.-- ---- ---___ _.

1 10 10 2 103 104 z Frn. 8.5. Buckling coefficients for simply suppor ted circular cylinders under axial compression. length in the loaded axial direction, m = 1, and none in the unload ed directi on, n = 0. The results given by Eqs. (8.17) and (8.21) are shown in Fig. 8.5. It is t o be noted that, at large values of Z, long cylind ers buckle as Euler colum ns with no distort ion of the circula r cross section. For 2-768 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

144 STABILITY ANALYSIS OF CYLINDRICAL SHELLS cylinders of practical R/t values, however, Euler buckling occurs at values of Z beyond those shown in Fig. 8.5. 8.5. PosTBUCKLING BEHAVIOR UNDER COMPRESSION By using the large-deflection equations [Eqs. (7.51) and (7.52)], many investigators have studied the postbuckling behavior of com-pressed cylinders of moderate length. The essential theoretical results of such an analysis by Donnell and Wan (Ref. 8. 7) are shown in Fig. 8.6 for both perfect cylinders and those containing small initial imperfections. 2.0 Flo. 8.6. Postbuckling behavior of moderate-length cylinders in axial compression. It can be seen from Fig. 8.6 that the influence of curvature observed previously in connection with the torsion case is greatly accentuated. For the perfect cylinder under compression, a precipitous decline from the linear buckling stress of Eq. (8.18) occurs after buckling. Of particular importance is the fact that, with continued end shorten-ing, the load-carrying ability is significantly reduced, and it is probably not regained before the onset of plasticity effects. Cylinders with small initial imperfections exhibit the same type of behavior. Here, too, the postbuckling load-carrying ability appar-ently does not rise again to the peak load in the region of buckling before the onset of plasticity. As a consequence, we should expect that the failure of moderate-length cylinders in axial compression should be profoundly influenced by the magnitude of the initial imper-fections in the cylinder. This expectation is indeed borne out by the comparison of the linear theory presented in Sec. 8.4 with the large mass of experimental data Radioactive Material Transport Packaging System Safety Analysis Report 2-769 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

CYLINDER S UNDER TORSION AND COMPRESS ION 145 on failure of compressed cylinders (Fig. 8. 7). It can be observed that none of the test data in the moderate -length region reach the theory and that ali are significantly below the theory. Only in the short~ cylinder region do the data exceed theory. This is because the test data are for cylinders with clamped ends (k = 4 for wide column) , whereas the theory is for simply supported ends (k = 1 for wide column) . 1c:<<4 0 0 8 0 0 00 0 10 3 0 0 kc os, 0 It 0 0 10 2 10 1 10 10 2 103 104 z FIG. 8.7. Comparison of linear buckling theory with test data for circular cylinders under axial compression . At this point, we have reached a rather startling developm ent in that a most significant discrepan cy between *t he results of linear stability theory and experime ntal data exists. The cause of the dis-crepancy appears to be associated with the unusual postbuckl ing behavior of an axially compressed cylinder; and therefore it would seem that we must account for large-deflection effects in this case. Before proceeding to the large-deflection theories that have been developed to resolve this discrepancy, however, we shall first compare the physical behavior of columns, plates, and shells in order to appre-ciate when large-deflection effects are likely to be of importance. 2-770 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

146 STABILITY ANALYSIS OF CYLINDRICAL SHELLS 8.6. BEHAVIOR OF COMPRESSED ELEMENTS A schematic representation of the postbuckling behavior of axially compressed columns, flat plates, and cylinders is shown in Fig. 8.8 for both theoretically perfect elements and those containing small initial imperfections. It is assumed here that all elements behave elastically. For the perfect column, the postbuckling behavior is essentially horizontal in the range of end-shortening values considered. The horizontal behavior can be attributed to the fact that, after buckling, no significant transverse-tension membrane stresses are developed to 1.5 Flat plate 1.0 Cylinder 0.5

                                              ---Perfecr o,._____,______- - - Small .1,___ _ _

initial imperfections

                                                          --1.._ _ _ _      ..!..__ __

0 0.5 1.5 2.0 Frn. 8.8. Postbuckling behavior of axially compressed elastic elements. restrain the lateral motion; therefore, the column is free to deflect laterally under the buckling load. The flat plate, however, does develop significant transverse-tension membrane stresses after buckling because of the restraint provided by the boundary conditions at the unloaded edges. These membrane stresses act to restrain lateral motion, and thus the flat plate is capable of carrying loads beyond buckling, as indicated in Fig. 8.8. For the axially compressed cylinder, the effect of the curvature is to translate the postbuckling path considerably downward, with the result that an inward type of buckling is observed to occur. This inward buckling causes superimposed transverse membrane stresses of a compressive nature, so that the buckle form itself is unstable. As a consequence of the compressive membrane stresses, buckling of an axially compressed cylinder is coincident with failure and occurs Radioactive Material Transport Packaging System Safety Analysis Report 2-771 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

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Tungsten Alloy Radioactive Material Transport Packaging System Safety Analysis Report 2-773 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

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1297 County Line Road, Madison, AL 35756 Date: 8 November 2006 To: Alpha-Omega Services, Inc. GE Energy Elevated Temperature Material Characterization

                                     -- Summary of Findings --

Abstract Summarized herein are the results of specific thermal property tests performed with SDl 80 as requested by the customer. Elevated temperature tensile testing of this alloy identified a gradual decrease in both offset yield strength and UTS with increasing temperature whereas the elongation at failure rose sharply and then leveled off. Thermal conductivity testing was inconclusive, as thermal testing firms now utilize laser flash diffusivity measurement, which has been shown to provide 1.111reliable results for this material.

Background

ATI Firth Sterling tungsten heavy alloy (WHA) grade SD 180 was selected for use in a new large scale design of gamma shield. This alloy has a nominal composition of 95W-3.57Ni-l.43Fe and a nominal density of 18.0 glee. The intensity of the gamma flux will result in significant heating of the shield, such that elevated temperature material properties are of significant interest. As a result, this application requires that the shielding material possess a multiplicity of attributes:

• adequate strength and ductility
• goody radiation attenuation
• sufficient thermal conductivity The customer specified the tests and the temperatures at which measurements should be made.

Temperatures of interest were ambient, 200F, 400F, 600F, and 800F. Further, so as to match the application, testing was to be performed in air. As ATI Firth Sterling is presently equipped only for room temperature material characterization, elevated temperature testing was contracted out to two selected testing firms. Expel'imental Elevated Temperature Tensile Testing Tensile Testing Metallurgical Lab (Cleveland, OH) was selected to perform the required elevated temperature tests. Tensile testing was conducted using ASTM E8 1" gauge length Radioactive Material Transport Packaging System Safety Analysis Report 2-775 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

specimens pulled at a constant speed of 0.05 in/min. The notch sensitivity of WHA precluded the use of scribe lines or grooves for positioning of a high temperature extensometer. Therefore, crosshead motion was used to generate the displacement measurements in this low compliance, lead screw testing machine. For comparison pmposes, a pair of room temperature tensile tests was also performed at ATI Firth Sterling using the same test parameters but with a servohydraulic machine and extensometer. Two specimens were pulled for each test temperatme. Averaged results are shown in Table 1. Table 1. Summary of tensile testing results for SD 180 lot 1808 .. Test Temperature UTS (ksi) 0.2% YS (ksi) EL (%) RT (ATIFS) 114.0 93.9 5.0 RT (TTML) 109.7 94.3 3.5 200F (TTML) 112.4 70.8 15.5 400F (TTML) 105.2 60.2 21.8 600F (TTML) 98.2 51.9 21.9 800F (TTML) 95.4 47.8 21.6 The data pairs for each temperature exhibited good agreement, suggesting test results were free from anomalies. Thermal Prope1ty Measurement ( Anter Laboratories (Pittsburgh, PA) was selected for measurement of thermal diffusivity and specific heat at the various temperatures of interest. Anter specified that a single disk sample of 0.500" nominal diameter and 0.140" nominal thickness with parallel surfaces and known density be supplied. A SDI80 sample from lot 1748 giving a measured ASTM B311 density of 18.11 glee was prepared and supplied by ATIFS. Measurements were conducted per ASTM E1461-01. Results are presented in Table 2. Table 2. Summary of thermal property evaluation of SD 180 lot 1748. Test Temperature Diffusivity Specific Heat Conductivity Norn. (F) Actual (C) (cm2/sec) (J/(kg-K)) (W/m-K) RT 25 0.2742 154.7 76.8 200 97 0.2700 159.2 77.8 400 206 0.2624 163.4 77.6 600 316 0.2553 170.3 78.8 800 427 0.2451 173.9 77.2 The thermal conductivity remained relatively constant over the entire test temperature range, whereas specific heat showed a gradual increase and thermal diffusivity a slow decrease. The room temperature density was applied to all conductivity calculations, as the very low CTE of WHA (less than 5.0 x 10-6 K 1) would result in a change of calculated value of only 0.5 W/m-K or less even at the highest test temperature. This was a factor of 4 less than the reported uncertainty of the test procedure. Discussion of Results 2 2-776 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

In reviewing the tensile data set generated, the most pronounced effect was that of moving above the ductile to brittle test temperature (DBTT) for WHA, which in most metallurgical conditions is in the vicinity of room temperature. This accounts for the significant increase in alloy ductility, as measured by %EL. Accompanying this increase in ductility was a gradual decrease in both the ultimate and offset yield strengths, which is to be expected in light of induced thermal effects on various dislocation mechanisms that determine deformation response under load. These effects can be seen clearly when the data of Table 1 are plotted and displayed in Figure 1. 12 0

                --~

0 100 C) C 0 80 jjj

                 -]     60
                  .c C)

C 40

                                                              %EL
                   ~
                  .... 20

(/') 0 0 100 200 300 400 500 600 700 800 900 Test Temperature (F) Figure 1. Graphical display of tensile property variation with test temperature. While the strength of the gamma shield would decrease slightly with heating, the durability of the shield would tend to increase, depending on the magnitude of temperature rise attained. The data set obtained from thermal property evaluation exhibited consistent trends. However, the resultant calculated values for thermal conductivity, which averaged 78 W/m-K, were well below the accepted industry values for this composition class of WHA. The literature for about two decades has rep01ted values in the range of 110-130 W/m-K. This range is much more in keeping with an alloy having 95 wt.% of a metal that has a conductivity of ~ 160 W /m-K and is present as a virtually pure phase in the two phase WHA microstructure. The reason for the low measured vahtes is presently unknown. The results obtained appear to underestimate the accepted thermal conductivity by about 35%. Dialogue with Anter revealed no apparent test execution problems. The data set obtained from Anter Laboratories did show that for the temperature range of interest, the thermal conductivity of the WHA, though of systematically low magnitude, did not vary significantly. It was decided that a second independent test be conducted in an effo1t to understand these results relative to industry accepted values. Supplemental Testing In view of the question posed from thermal conductivity testing of the SD180 alloy, a second test sample was prepared for submission to a different laboratory for analysis. While 3 Radioactive Material Transport Packaging System Safety Analysis Report 2-777 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Anter is nationally recognized for both thermal analysis and the manufacture of thermal analyzers, it was desirable to have a completely independent measurement made. Raul Pomares forwarded the firm of M & P Lab, in that they performed thermal measurements for GE Energy in the past. However, when their thermal analysis contact M . B. Bolduc was contacted, it was learned that they do not perform any thermal conductivity measurements. Harrop likewise, while performing other thermal measurements, does not perform conductivity measurement. Netzsch was therefore chosen as the second source for SD 180 thermal conductivity measurement. Netzsch indicated that they also use the laser flash method per ASTM E1461 and calculate the thermal conductivity from measured diffusivity, After about a 6 week lead time, the room temperature test was completed and is shown in Table 3. Netzsch used a density of 18 .0 glee for the calculation, whereas our measurement yielded 18.06 glee. Table 3. Second conductivity evaluation of grade SD 180. Test Temperature Diffusivity Specific Heat Conductivity Norn. (F) Actual (C) (mni2/sec) (J/(g-K)) (W/m-K) RT 25 16.6 0.153 45.9 This new value for thermal conductivity was even further away from the expected value based on composition and density. This measurement underestimated the accepted average conductivity by at least 60%. After obtaining this margin of enor, testing was halted, as any elevated temperature values would likewise be of no value. Conclusions The selected elevated temperature characterization of SD 180 provided a more comprehensive prediction of alloy performance in the target application. The identified property trends were in keeping with fundamental elevated temperature response of metallic materials. Excellent ductility was retained over the entire range of test temperature. Thermal conductivity measurements however were inconclusive. Two independent tests - both using nationally recognized testing firms that not only routinely perform toll thermal testing but also actually manufacture the equipment - failed to provide results that were even in approximate agreement or close to the accepted values used for decades within the refractory metals industry. These low values should therefore be disregarded, as they cannot be independently repeated. As the entirety of this testing was conducted off site, the reasons for this extreme variation in measurements are presently unknown. Both testing houses guarantee conformance to ASTM E1461. Whatever the case, those skilled in performing laser flash tests have not demonstrated that this technique, now used almost universally for thermal conductivity measurements, is appropriate for tungsten heavy alloy. To the contrary, conductivity measurements obtained to date suggest the flash diffusivity approach is unreliable for this material. The higher industry accepted values of 110-130 W/m-K were no doubt made by techniques that predated laser flash diffusivity and measured conductivity directly using larger size samples. No presently available source for repeating earlier test methods is known. S. G. Caldwell Technical Director - Tungsten Alloys 4 2-778 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Firth Sterling

                                                                     .t,    ATI EnS!ineered
                                                                      ~"   J-'\ I   Products 1297 County Line Road, Madison, AL 35756                256-464-7738      scaldwell@atimwp.com 4 eptember 2008 Troy Hedger / Raul J. Pomares Alpha-Omega ervices. Inc.

9156 Rose Street Bellnower. CA 90706

Dear Troy/ Raul:

I have prepared the following comments in response to your request lo address lhe differences between our previously reported data (under Alpha-Omega Services P.O. #AOS-03590) and the cited specific heat values listed in UREG/CR-6150. In briefly revisiting previously submitted project reports, lhe initial thermal analysis data pre ented as part of our 7 September 2006 report contained a Transmittal of Test Results document from Anter Laboratories. a leading thermal analysis equipment manufacturer and provider of toll thermal analysis services. Testing of our tungsten heavy alloy grade SD 180 material used in work defined by the referenced AOS purchase order was conducted by laser nash measurement, as described by ASTM El461 -0I using NIST traceable standards in a NADCAP certified laboratory. This testing house was extremely well qualified to make accurate measurements of specific heat. Data were obtained at 5 temperatw-es of interest. The following values were reported by Anter for the 18.1 glee density tungsten heavy alloy (nominal composition 95W-3.57Ni-l .43Fe): ominal Specific Heat Temperature (F) (J/[kg-K]) RT 154.7 200 159.2 400 163.4 600 170.3 800 173.9 I hen. at a later date. additional thennal analy is of a SD I 80 samp le was performed by Nctzsch. who is also both a manufacturer of thermal analysis equipment as well as a tol l service provider. As our 11 December 2006 report detailed. etzsch obtained the following result using the same laser flash A TM E 1461 technique: ominal Specific lleat Temperature (F) (J/[g-K]) RT 0.153 Radioactive Material Transport Packaging System Safety Analysis Report 2-779 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

When the reported unit of measure is converted from a gram to kilogram basis, this supplemental testing by a second independent testing ho use yielded excellent agreement in specific heat - a value of 153 compared to the earlier 154. 7 (J/[kg-K]). These values were thus in agreement within ~ I. I% - an excellent match for si ngle test data comparison. In examining Section 15 of NUREG/CR-6150. it is not surprising to find disagreement in specific heat values to those we repo1ted - it i rather to be expected. Tables 15- 1 and 15-2 both li st date for pu re. elemental tungsten (W) - not tungsten heavy alloy. The D 180 alloy additionally contains Fe and Ni, and possesses a lower theoretical alloy density that pure W. The relevance of previously repo1ted specifi c heat va lues fo r the SD 180 used in the aforementioned proj ect over those contained in the cited UREG document can there fore be summarized as follows: I. UREG/CR-6150 does not even relate to the tungsten heavy alloy used in the cask proj ect.

2. NUREG/CR-6150 contains calculated values only, whereas our reported values were from actual material testing conducted by equipment manufacturers to an ASTM standard.

3. The thermodynamic data used for computation of NUREG/CR-6150 data are not given in Section 15. Even for the case of pure W, the calculated density reported in UREG/CR-6150 Section 15.3 is 19.600 glee, which is greater than the tungsten industry accepted value of 19.3 glee for W as well as the value of 19.30 glee specified in the National Institute of Standards Physical Reference Data listing. It would appear that at least that input datum used in thennal calculations is in slight error even for the case of pure W . Calculated data are only as good as the input data and model.

4. Specific heat values we reported previously accounted for the actual measured density of the SD 180 tungsten heavy alloy, as was detem1ined using ASTM 8311. As both chemical makeup and density varied from that of pure W, it is only natural that the thermal properties would differ from pure W as well.

5. The values we reported from Anter and Netzsch tests are consistent in trend with data for pure W in Table 15-1 ofNUREG/CR-6150. For example, room temperature specific heat for pure W is listed as ~ 138 J/(kg-K), whereas testing of SD180 gave ~ 155 J/(kg-K) - an increase of ~ 12% . The tungsten heavy alloy contained 5 wt .% of transition metals having significantly hi gher s pecific heats than W (~460 J/(kg-K) for Ni. ~440 J/(kg-K) for Fe) . It is therefo re onl y expected that the room temperature specifi c heat for the SD 180 heavy alloy would be higher than that of pure W.

There is therefore no reason whatsoever to question the specific heats reported by ATI Firth terling for SD 180 based on UREG/C R-61 50. At best, the cited Section 15 data are not applicable fo r the reasons described above. Please co ntact me if further in formati on is needed. Yours truly. Steven G. Caldwell Steven G. Cal<l\\'ell. Ph.D. R&D Director ATl Firth terling 1297 County Line Road Mad ison. AL 35756 2 2-780 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

        ~~ ATI Firth
      ~           AlleghanyTech~~:'in g Engineering Manual S. G. Caldwell, PhD ATI Firth Sterling 1297 County Line Road Madison, AL 35756 ph 888-778-0979 fax 888-208-9109 www.firthsterling .com Radioactive Material Transport Packaging System Safety Analysis Report                             2-781 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2. Alloy Selection Criteria Density Density is the single most important property that makes a WHA the material of choice for virtually all applications. The selection of a specific composition for a given density application may ultimately be made on the basis of mechanical property requirements in conjunction with sintering considerations. unless a density is mandatory.

As is true with most mechanical designs, the optimum design is the one that adequately addresses all critical parameters and offers the best compromise of the remaining options. As the density of a WHA is increased, the avai lable ductility decreases. A lloy density varies according to tungsten content, as can be seen in the following table of A TI Firth Sterling standard alloys. These alloys conform to the various classes as defined by industry standard MIL-T-2 10 14D (alternately AMS-T-210 14 and ASTM B777). G ra de S Jee,"fi1cat1on Con f ormance Alloy* Norn. Composition MIL-T-21014O Typical Density Magnetic (Wt. %) Classification (glee) (lbs/in2) Permeability (u) SD170 90W-7.14Ni-2.86Fe Class 1 17.09 0.618 5.0-5.5 Dens21 89.8W-8.92Ni-1 .28Fe Class 1 17.16 0.620 <1 .01 SD175 92.5W-5.36Ni-2.14Fe Class 2 17.62 0.637 4.5-5.0 Dens23 92.5W-6.56Ni-0.94Fe Class 2 17.67 0.639 <1.01 SO180 95W-3.57Ni-1.43Fe Class 3 18.12 0.655 4.0-4.5 Dens25 95W-4.37Ni-0.63Fe Class 3 18.16 0.656 <1 .01 SO185 97W-2.14Ni-0.86Fe Class 4 18.56 0.671 1.6-2.0 Dens2 1 is manufactured with a tungsten content slightly under the nominal in order to have a sintered density positioned more centrally within the defined interval. In addition to these standard compositions, A TI Firth Sterling can also manufacture custom alloys. Mechanical Properties Mechanical properties of modem WHAs far surpass those available from WHAs even a few decades ago. Three factors primarily contribute to this advance: (I) higher purity raw materials, (2) cleaner and more precisely controlled process environments. and (3) the use of modem tungsten-nickel-iron (W-Ni-Fe) compositions rather than the older alloys containing copper. It is also important to note as a general consideration that the maximum attainable property set for these alloys varies with the size of the blank. This is a direct consequence of the nature of the sintering operation used to make the parts. A number of gradients - thermal. chemical, and gravitational - exist during sintering. As the maximum section thickness of a given part is increased, thermochemical removal of impurities from the center of the pressed part prior to surface pore closure becomes more difficult. Therefore, small parts wi ll always tend to have higher mechanical properties than larger ones. 6 2-782 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

As seen in the table belo\.\. the nominal properties listed meet or exceed the industry standard requirements. All values shown are for materia l in the as-sintered state. as this is the most commonly supplied condition o f the material for commercial applications. T-vp1cal Densalov TM p rooert1es Alloy* Wt.%W UTS (ksi) 0.2% YS (ksi) EL(%) Elastic Modulus Hardness (nominal) (x 106 osil (HRC) SD170 90 120 80 10 45 28 Dens21 90 110 75 4 45 28 SD175 92.5 120 80 8 48 28 Dens23 92.5 110 80 3 48 28 SD180 95 120 75 6 50 29 Dens25 95 110 75 3 50 29 SD185 97 110 75 2 52 30 All WHAs are susceptible to hydrogen embrittlement, which lowers the ductility of the alloy. ATI Firth Sterling can provide alloys in a hydrogen outgassed condition, which in some cases can double the tensile elongation. Further property enhancement is possible through additional post-sinter processing. For structural (load bearing) applications, it is recommended that alloy be used in the most ductile condition feasible for the given part. This promotes "bend before break" behavior needed for critical parts. Part durability is favored by use of lower tungsten content Class 1 and 2 alloys such as SD 170 and SD 175. Thermal and Electrical Properties The properties of WHA are governed by the properties of its principal constituent, tungsten. While properties will vary slightly with tungsten content, binder composition, and microstructure, several example properties will be cited for SD 180, as it is near the middle of the commercially defined compositional range.. The thermal conductivity of the alloy is ~80 W/m-°K and a corresponding electrical conductivity of ~ I 3% IACS. The thermal expansion is very low, with a CTE of only ~5.0E-6/°C at 20°C - only about 1/3 that offerrous alloys. The specific heat of SD 180 at room temperature is ~0.037 cal/g-°C. While the melting point of pure tungsten is extremely high, WHAs will begin to form a liquid phase when heated in excess of ~ 1450°C (2642°F). Therefore, unlike pure W, WHAs are not suitable for high temperature applications. The change in tensile properties of WHA at elevated temperature is of increasing interest to oilfield engineers. As drilling depths approach 5 miles, there is growing interest in the ability of WHA components to survive the harsh pressure and elevated temperature conditions. The following graph shown below illustrates the systematic change in mechanical properties with temperature for vacuum annealed SDI 75 typical of what that industry uses. For applications in which the service temperature will exceed ~300°C, slight surface oxidation will occur in air. A protective atmosphere should be considered for prolonged exposure at or above this temperature. It is important to note that at service temperatures exceeding ~500°C - beyond the range of the data shown below - WHA 7 Radioactive Material Transport Packaging System Safety Analysis Report 2-783 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-784 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Tungsten Properties, Chemistry, Tech nolog y of-th.J: :!_____ ___ Element, Alloys, and Chemical Compounds Erik Lassner and Wolf-Dieter Schubert Vienna University of Technology Vienna, Austria Kluwer Academic I Plenum Publishers New York, Boston, Dordrecht, London, Moscow Radioactive Material Transport Packaging System Safety Analysis Report 2-785 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Library of Congress Cataloglng-ln-Publlcatton Data Lassner, Er II:. Tungsten , properties. chemistry, technology of the elnent, alloys, and chera!cal co,.pounds / Erik Lassoer and Wolf-Dieter Schubert.

p. M.

Includes bibliographical references and tndu, ISBN 0-306-45063-4

1. Tungsten. I. Schubert, wolf-Dieter. II. Title.

00!81.H1L37 1998 620, 1 '8934--dc2 l 98-45787 CIP ISBN 0-306-45053*4 0 l 999 Kluwer Academic/ Plenum Publishers, New York 233 Spring Street, New York, N.Y. 10013

                                 !0987654321 A C.I.P. record for this book is available from the Library of Congress.

All rights reserved No part of this book may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, microfilming, recording, or otherwise, without written permission from the Publisher Printed in the United States of America 2-786 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

270 CHAPTER 6 Significant strengthening is observed up to 2700 K (2427 "C). Above this, rapid particle coarsening occurs, and the strengthening effect fades. Additions of rhenium provide ductility at low temperatures by decreasing the DBTI. W-Re-HfC alloys cannot be produced by powder metallurgical techniques owing to the high oxygen affinity of hafnium. They are produced by arc melting. Yield strength and ultimate tensile strength of a W3.6Re-0.26HfC alloy as a function of temperature are shown in Fig. 6.12, in comparison to pure W, W-3.6Re, and W-3.6Re-1ThO 2

• W-Re-HfC alloys are the strongest man-made metallic materials at temperatures above 2000K [6.25].

6.3. TUNGSTEN COMPOSITES Tungsten metal exhibits outstanding therQ1al properties, which makes it attractive for a broad range of applications. However, for certain applications, its electrical and thermal conductivity, sensitivity toward oxidation, and poor workability are unsatisfactory. These limitations have led to the development of two-phase alloys, in which the useful properties of tungsten are combined with those of the additive.

• The so-called heavy metal alloys, based on W-Ni-Fe and W-Ni-Cu-(Fe). They are used wherever high density, excellent mechanical properties, and good work-ability are required.
• W-Cu and W-Ag alloys, in which the high electrical and thermal conductivity of copper or silver is combined with the high hardness and wear resistance of tungsten.

6.3.1. Tungsten Heavy Metal Alloys [6.1, 6.2, 6.26, 6.27, 6.29} The term tungsten heavy metal or heavy metal is used for a group* of two-phase composites, based on W-Ni-Fe and W-Ni-Cu. They are characterized by a high density and a novel (unique) combination of strength and ductility. Tungsten is the main component of the alloys (typically present in the range of90 to 98 wt%) and the reason for their high density (between 17 and 18.5 g/ cm3). Nickel, iron, and copper serve as a binder matrix, which holds the brittle tungsten grains together and which makes the alloys ductile and easy to machine. A typical microstructure is shown in Fig. *6.13. It consists of spherical tungsten grains (20 to 60 µm in diameter), which are embedded in a tough, metallic matrix. While the grains are nearly pure bee tungsten, the fee binder matrix contains about 20 wt% W in solid solution. Heavy metals are used for applications, where the high specific weight of the material plays an important role. They are used as counterweights, rotating inertia members, X-ray and y-radiation shields, as rigid tools for machining, as well as for defense purposes. (kinetic energy penetrators, fragmentation devices, etc.). Fabrication [6.26, 6.27}. Heavy metals are produced by conventional P/M techni-ques. A flow chart of the fabrication process is shown in Fig. 6.14. Elemental powders (\V, Radioactive Material Transport Packaging System Safety Analysis Report 2-787 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

TUNGSTEN ALLOYS . 271 FIGURE 6.13 . Optical micrograph ofa 95 wt% tungsten heavy metal alloy with 3.2 wt% Ni and L8wt% Cu. By courtesy of Plansee AG, Reuttc, Austria. Fe, Ni, Cu) are blended in mixers or ball mills to the desired ratio, compacted to form a green body, and subsequently liquid-phase .sintered. Assuming proper manufacturing conditions, they exhibit full or near-theoretical density in the as-sintered condition. Powder particle sizes are in the range of 2 to 6 µm. Both die pressing and isostatic pressing (dry- and wet-bag pressing) are in use. No lubricant is commonly added, since the green strength is high enough to handle the compacts. Powder injection molding (PIM) is used for applications where net shaping is desired and large quantities of complex parts are produced [6.28]. Sintering is commonly carried out in molybdenum-wire resistance-heated furnaces under hydrogen or nitrogen mixtures (dissociated ammonia) but can also be performed in vacuum units. The use of wet hydrogen has become industiial practice to suppress hydrogen embrittlement (water vapor porosity) [6.29]. The temperature/time progrnm of the sintering cycle must be adjusted to the composition and size of the sintered parts.

• A Powdtr lrtatment Sizing Blendlng Powder treatment Preslnte r llqu!d-phaso slntertng Comptctlon Denslficallon and (lubrlc:aled powdorll) alloy!ng Cold working Post-sinter thermal Blank machining Annealing (swaging) Flnalmaehlng and mechanical treatment FIGURE 6.14. Flowchart of the fa brication process of tungsten heavy metal penetrators (6.26].

2-788 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

CHAPTER 6 272 cleaning step in hydrogen at 1000°C is commonly performed to render the outgassing of volatile compounds. High-purity powder grades must be used for sintering. Otherwise, blistering will occur on liquid-phase sintering, and interface precipitations will occur on cooling. Isothermal sintering is carried out above the eutectic temperature, typically between 1440 and 1500 "C, but can be as high as 1600 °C. The higher the tungsten content of the alloy, the higher the temperature. Tungsten-nic kel-copper alloys are sintered at somewhat lower temperatures than tungsten- nickel-iron alloys. Sintering times are between 30 minutes and two hours. Prolonged sintering under dry hydrogen leads to swelling of the parts and significant embrittlement due to pore coarsening by Ostwald ripening and coalescence. Residual porosities larger than 0.5% drastically reduce the ductility [6.30, 6.31). On cooling, a significant amount of tungsten remains in solid solution, depending on the binder composition and the cooling rate. The solubility is highest in binary W-Ni alloys (up to 40 wt%; resulting in low ductility), but additions of Fe and Cu depress it to lower values (typically 20 to 25 wt% W), providing a tough and ductile binder matrix. : , Shrinkage porosity can form on cooling, in pa1iicular in W-Ni-Cu alloys and at high cooling rates; furthennore, impurities (P, S, C) segregate at the tungsten matrix interface. Both effects must be controlled by proper manufacturing conditions, since they signifi* Optimal mechanical properties require subsequent heat treatment of the alloys. Solution annealing at 900 to 1300 °C and subsequent quenching to avoid impurity segregation and fonnation of intennetallic phases significantly improves ductility [6.26]. Heavy metals can be cold-worked (swaged, rolled) to increase hardness and strengths at the expense of elongation and toughness. Aging at 500 °C after 25% deformation (cold work) is a compromise to achieve both high ultimate tensile strengths and elongation. Conventional procedure is a double swaging-hea t treatment cycle (deformation 25-30%) [6.32]. The structure shows that the original spheroids formed during liquid-phase sintering have been transfonned to ellipsoids on deformation (Fig. 6.15). Recently, the advantage of large deformation levels (up to 95%) yielding in a fibrous microstructure (Fig. . 6.16) has been demonstrated [6.32]. Heavy metal~ exhibit a ductile-to-brittle transition temperature. In comparison to pure tungsten it is, ho,~vever, not a sharp transition but spreads over several hundred degrees [6.l]. Although a considerable amount of densification already occurs during solid-state heating, isothermal liquid-phase sintering is a prerequisite to obtain near-theoretical density and a high degree of microstructural homogeneity. Rapid final densification occurs on formation of the liquid phase under the action of capillary forces. Particle rearrangements, solution/reprecipitation processes (Ostwald ripening), and coalescence contribute to a higher packing density and a significant grain coarsening during sintering. The original tungsten powder grain size of 3- 5 µm is transformed during sintering to rounded tungsten particles (spheroids) of at least 10 times the otiginal grain diameter. Shape accommodation (formation ofpolyhedras with rounded comers) plays an important role in high tungsten alloys, where only a small quantity ofliquid is available for achieving full density. Depending on the binder composition, heavy metals can be classified into two main groups (6.2, 6.27]: Radioactive Material Transport Packaging System Safety Analysis Report 2-789 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

TUNGSTEN ALLOYS 273 FIGURE 6.15. Microstmcture of a W-Ni-Fe-Co alloy after swaging by 30% [6.32]. By courtesy of A. R. Bentley, M. C. Hogwood, and M. Power, Defence Research Agency, Kent, England. (a) W-Ni- Fe (Ni: 1-7 wt%, Fe: 0.8-3 wt%, Mo: 0--4 wt%) This group is ferromagnetic. Typical nickel-to-iron ratios range benveen 1:1 and 4:1. The preferred ratio is 7:3, since this composition avoids the formation of intermetallic phases [6.26]. W-Ni-Fe alloys exhibit excellent strength/ductility combinations and can be cold-worked to a reduction of 60% without intermediate annealing. Molybdenum acts as grain refiner. Higher additions of iron and/or additions of molybdenum cause a significant matrix-strengthening effect and improve high-temperature strength (Gyromet grades) [6.2]. Other additives, such as Co, Ta, and Re, act as grain refiners and increase hardness and strength, but lower the ductility [6.29]. Rhenium additions are of interest in net-shape production, since their high strength in the as-sintered condition ( 1180 MPa) does not require any post-sintering treatment [6.33]. FIGURE 6.16. Microstmcture of a \V-Ni-Fe-Co alloy after defromalion by 80% (6.32]. Dy courtesy of A. R. Bentley, M. C. Hogwood, and M. Power, Defence Research Agency, Kenl, England. 2-790 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

274 CHAPTER 6 (b) W- Ni-Cu (Ni: l-7wt%, Cu: 0.5-3 wt%, Fe: 0-7 wt%) Members of this group .are nonmagnetic and exhibit a higher electrical conductiv ity. The nickel-to-copper ratio ranges from 3:2 to 4:1. W-Ni-Cu alloys exhibit lower strength and ductility than comparable W-Ni-Fe alloys. Due to the low melting point of copper, low heating rates are required to obtain foll density . Properties: [6.1, 6.34, 6.35]. Some properties of tungsten heavy metal alloys are summarized in Table 6.1. Ultimate tensile strengths (660-135 0MPa), yield strengths (565- 300 MPa), and fracture elongations (5-30%) can vary widely. In general, mechanical properties are very sensitive to processing conditions, impurities, and microstruc ture. Problems with controlling porosity, impurities, *and microstructural homogene ity are therefore common in heavy alloy fabrication [6.31}. Residual sinter porosity and the fonnation of interface precipitates are the main reason for inferior material properties With increasing tungsten content, the contiguity of the tungsten grains increases (i.e., the W-W interfacial area as a fraction of the total interface area) and both strength and ductility decrease [6.36]. This "microstructural limitation" of the properties is demon-strated in Fig. 6.17 for alloys of different tungsten contents [6.1, 6.31, 6.37]. While the TABLE 6.1. Properties of Tungsten Heavy Metal Alloysa ropet11es - - ---- -*---- - 2 Density (g

• cm - 3) 17.0-18.5 17.0-18.5 17.1-18.6 Young's modulus (0Pa) 350-400 320--380 Shear modulus (0Pa) 125-160 Poisson's ratio 0.28--0.29 0.28--0.29 Hardness HVlO 270-360 270-470 HB30 250-450 RC 28-40 Tensile strength (MPa) 20°c 870--1000 660--1350 880--1320 100°c 560-,.730 soo*c 340-{;50 340.-610 1000°c 220--260 90--260 Yield strength (0.2%} ~{Pa) 600--700 565- 1300 750--1240 Fracture elongation (%) 10--30 5-30 Compressive strength (MPa) 3500-4500 3500-5500 K1,: (MPa,nun- 1) 800-6300 Compressibility (% of length) 45-60 Charpy value (notched) 0.9- 2.8 Specific electrical resistivity (µfl* m) 0.10--0.18 0.10--0.18 Mean linear coefficient of thermal expansion 5.2--6,5 X 10- 6 5.2-6.5 X 10- 6 at 20--800°C (mm- 1 -K- 1)

Half-value thickness against 60Co 8.5-9.7 against 137Cs 4.5-5.2

• I. Pink and R. Eck, "Refractory Metals and their Alloys," in: Materials Science a*d Technology (R. W. Cahn, P. Hassen, and E. J. Kramer, eds.), Vol. 8, pp. S9Hi38, VCH, Weinheim, (1996).

2. Mecallw"I< Plansee, Oensimel Schw.,,emetall Legicrungen, Company Brochure, Reutte, Austria (1982).

3. Ashot Ashl<elon, Tungsten-Based Products, Company Brochure.

Radioactive Material Transport Packaging System Safety Analysis Report 2-791 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

6 TUNGSTEN ALLOYS 275 1 2 0 0 ~ - - - - - - - - - - - - - - - - - - 40 1.0 y.

h ~

1000 30 q; 0.8 re C: (.)

                         'ii,                                                                             0 lS                    a.                                                                             ~               .z5, al                    2                                                                                O>            *s 800                                                               20 §         0.6 .Q>

e. (/) Q) "E re I- 0

> f::, (.)

1e 600 10 o - 0.4 it_~. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ,.....,.. 400.__ _......__ _ _.1..-_ __.__ _ _~ _ . . . . _ _ , 0.2* 0 90 92 94 96 98 100 Tungsten content (wt.%) FIGURE 6.17. Optimum values of room-temperature strength and fracture elongation and their correlation with the contiguity factor for tungsten heavy alloys [6.1,6.31]. trend is most pronounced for the fracture elongation, the tensile strength exhibits a maximum at about 85 vol% W (93 wt%) before it significantly decreases. At 99 wt% W, the elongation is zero and the tensile strength is about 400 MPa [6.38]. Recently, it was demonstrated that large deformation levels yield exceptionally high tensile strength levels (up to 1700 MPa), combined with fracture elongations above 15% [6.32]. 0 Besides the high density and the unique combination of high strength and ductility, there are other attributes which make heavy metals a versatile product: 120

• the high modulus of elasticity (much higher than steel),
• excellent vibration damping characteristics (for chatter-free heavy machining),
• its good machinability, 140

)

• the high absorption ability for X-rays and y-rays,
• good thermal and electrical conductivity,
• low electrical erosion and welding tendency, 0 * -~-,__,,,,,,___.----

good corrosion resistance. Research in tungsten heavy alloys was previously boosted by the ballistic application as anti-amor kinetic energy penetrator. Numerous papers have appeared in the last years and reviews have recently been published [6.29, 6.39, 6.40]. Although the basic require-ments are the same for civil as for defense applications (i.e., high density, strength, and elongation), there are two more important factors which must be considered for this specific application: the behavior of the material under high strain rate conditions and their ind ballistic performance (i.e., their penetration ability). In particular, the latter aspect is of critical importance and, to a certain extent, still a weak point of heavy metals. Their ballistic performance is inferior compared to depleted uranium, which is still used as a 2-792 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

276 CHAPTF.R6 standard penetrator material [6.29). Nevertheless, recent environmental considerations have put a strong emphasis on substituting depleted uranium by heavy metals because of its radioactivity. Efforts to improve the ballistic performance through proper processing and compositional modifications have failed [6.29, 6.39]. Recent research has therefore focused on alternative matrix alloys, such as tungsten- hafnium, tungsten- uranium composites [6.29], or heavy met~! allQys with a spiculating core of WC [6.41}. 6.3.2. Tungsten Copper am/ Tungsten Silver [6.1, 6.2, 6.42]. Tungsten-copper and hmgsten-silver composites are widely used in mechanical and electrical engineering. Typical applications include high-, medium-, and low-voltage circuit breakers (W- Cu, W-Ag), resistance welding electrodes, electrode materials for electrical discharge machining, and heat sink materials for microelectronic packaging (W-Cu). More recently, W-Cu composites have been tested as heat flux components in experimental fusion reactors [6.43] and as materials in MHD (magnetohydrodynamics) power generation systems [6.44].

• They combine the high hardness, hot strength, and wear resistance of tungsten with the outstanding electrical and thermal conductivity of the two high-conductivity metals.

Furthermore tungsten increases the resistance of the materials against sp~ar_k.,.--a_n_d _a_r_ c_ _-+t-- - - - i -

           ;;i;.;-,--- - ~offn mITIO Wersf fie sucking and weld mg tendency, which are both important criteria for heavy-duty electrical contacts, where switching currents can be up to 100 kA and arc temperatures of a few 10,000 K can occur within a few milliseconds [6.45}. Under arcing conditions, the contacts are cooled through the melting and evaporation of silver or copper ("transpiration" cooling), an effect which was earlier used for rocket nozzle throat liners (for example for underwater-launched bal1istic missiles) made ofW-Ag [6.2].

W-Cu and W-Ag composites are not real alloys in the strict meaning of the word, because the mutual solubility of the components is practically zero. Therefore, they are also sometimes called "pseudoalloys." Production. Powder metallurgy is the only viable way to produce composites of high quality. The method of production depends on the composition ratio. Materials with l Oto 40 wt% copper (20 to 50 wt% silver) are commonly produced by infiltration, while at higher copper or silver contents the powders are blended, pressed, and subsequently solid-state sintered [6.42, 6.46]. Jnfilh-ation of porous structures. A porous tungsten skeleton is first produced by pres~ing either pure tungsten powder or a mixture of tungsten powder and small amounts of the additive element with subsequent sintering in a reducing atmosphere at comparably low temperatures (1200--1800"C). The porosity of the compact can be varied by the pressing and sintering parameters, as well as by the grain size distribution of the starting tungsten powder. It detem1ines the percentage of infiltrate. For higher copper and silver contents, loose tungsten powder can also be infiltrated. Infiltration is accomplished by immersion, dipping, or flooding, either in vacuum, inert gas, or, preferably, in reducing atmosphere at l I 50-1250 "C. Oxide layers disturb the infiltration process and must be removed prior to infiltration by reduction with hydrogen. Trace impurities can impair the wetting between tungsten and the melt (for example, silicon) but can also improve it (nickel, cdbalt, iron) (6.47]. Densities of 96% up to near-Radioactive Material Transport Packaging System Safety Analysis Report 2-793 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2-794 Excerpt, Thermophysical Properties of Matter, Metallic Elements and Alloys, by Y. S. Touloukian, 1971 Radioactive Material Transport Packaging System Safety Analysis Report w FIGUHE AND TABLE NO. 58H. Hl':COl\11\IENDED V/\LUES FOH T l\l*:Hi\*1 /\I_. U NE/\H r:X..P/\NSlON OF TUNGSTEN ca W ""

2. 4 ._I I I I RECOMMENDED VALUES I I l I I I I I I I I I . I I I I l

                                                                                                                             ~

2.2 tTcmpc1*aturc, 1'. K; Linear Expansion, D.L/L0* %; a. ~ 11

                                                                                                                             -                                                                                                                                              V                  =              T              AL/Lo               a   X 10 6

2. 0 1-y-

                                                                                                           .                                                                                                                                                                                                  5            -0. 086                0. OOOG 1.8      -                                                                                                                              Vi- ;                             -             25 50
                                                                                                                                                                                                                                                                                                                           -0. 086
                                                                                                                                                                                                                                                                                                                           -0. 0 85

o. 21 0.88 z 100 -0 . 076 2. G 0

                                                                                                           ~

1.6

                                                                                                                            -                                                                                                                      Yi                                          =

200 -0 . 040 4.1

                                                                                                                            -                                                                                                                                                                                                                     i.5.

1.4 293 0.000 400 _ --- ___ 0 .0 48 r;j / - . ~500 0.093 _ _ ___1.5_ 4.G 1.2 GOO 0, 140 4. 7

                                                                                                                                                                                                               ~                                                                            ~
                                                                                                           ~                                                                                                                                                                                                700              o. 188              4. 8
                                                                                                           "'~       1.0 800 900

0. 237

0. 287

5. 0 5.0 0.8 1000 0. 339 5. 2

                                                                                                           .-l
                                                                                                           ~                I-                                                          '           1/i                                                                                        -           1200 1400

o. 444

o. 551

5. 3

5. 4 gj f;

0. 6 0.4 I- Yi - 1600 1800

0. 661

0. 774

5. G

5. 8

                                                                                                                            ._,_                   v ~   I ---jf--f--l----f--f---l---l---l--+-                                                                                                             2000              o. 893               G. 1 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316) 2200              1.020                6. G 0.2                               111-i1-i--                               +-J--J__                                                                                                    2400              1.157                7 .1 o.o     ~ + - T. p.                          ( ** c.) o. 012          K1----r----t -t-+-+--l-- -l--l'~~l.c!'.P;_.~3G~G0!._IK~Sl=                                   -    -

2600 1.307 7.8 2800 1. 469 8. 3

                                                                                                                   --0. 2 0 I   I   I 400 I   I   I    I 800 I   I   I    I 1200 I       I      I
                                                                                                                                                                                                    !GOO I      I 2000 I

2400 I I 2800 I I 3200 I I I., ,- 3600 4000 3000 3200

1. G46

1. 837 9.2 10.0 3400 2. 042 10. 8 TEMPERATURE . K 3GOO 2. 263 11.G REMARKS The tabulated values are considered accurate to within+/- 3'1, over the ent ire temperature range. These va lu es can be represented approximate ly by the following equations:

t.L/L, = 4.2GG x 10-* (T - 293) + 8.479 x Hr ' (T - 293) 2 - 1. 974 x 10- 11 (T - 293) 3 ( 293 < T < 1395) W,/L 0 = 0, 548 + 5. 416 x lC, 4 ( T - 1395) + 1. 952 x 10- 8 (T - 139 5) 2 + 4. 422 x 10- 11 ( T - 1395) 3 ( 1395 < T < 2495) t.L/L,= 1.226+ 7.451 x 1cr* (T - 2495) + 1.654 x 1cr 1 (T - 2495) 2 > 7.5GB x 1cr 12 (T - 2495) 3 (2495 < T < :JGOO}

General Plastics LAST-A-FOAM Radioactive Material Transport Packaging System Safety Analysis Report 2-795 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-796 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

GE NE RA L PL AS TI CS LAST-A-FOAM FR-3700 FOR CR AS H & FI RE PR OT EC TI ON OF NU CL EA R MA TE RI AL SI DP PI NG CO NT AI NE RS GENERAL PLASTICS MANUFACTURING COMPANY 4910 BURLINGTON WAY /PO BOX 9097 TACOMA, WA 98409 (253) 473-5000 , Fax 253-473-5104 , Ema il : engi neer ing@ gene ralpl astic s.co m Radioactive Material Transport Packaging System Safety Analysis Report 2-797 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

GENERAL PLASTICS MANUFACTURING COMPANY P.O. BOX 9097, TACOMA WA 98409 (253) 473-5000 TABLE OF CONTENTS INTRODUCTION Preface

          *A COMPARISON OF REQUIREMENTS AND TEST METHODOLOGIES OF A VARIETY OF IMPACT ABSORBING MATERIALS: Reprint of paper presented to PATRAM, Sept. 2001 RIGID POLYURETHANE FOAM FOR IMPACT AND THERMAL PROTECTION : Reprint of paper presented to PATRAM, DEC. 1995 MACHINE DESIGN Article Reprint FIRE PROTECTION LAST-A-FOAM FR-3700 INTUMESCENT CHAR AND FIRE RESISTANCE: The results of a study of the effectiveness of the intumescing char fire retardant system of low density LAST-A-FOAM FR-3700.

LAST-A-FOAM FR-3700 IN FIRE PROTECTION APPLICATIONS: A discussion of the lntumescing char and ablative manner in which Last-A-Foam FR-3700 provides fire protection. FIRE RESISTANCE PERFORMANCE: A report of the effect of combining FR-3700 with Fiberfrax HSA Systems ceramic fiber insolation and of density selection on fire performance. THERMAL DECOMPOSITION OF LAST-A-FOAM FR-3700: Thermogravimetric analysis (TGA), char formation temperature and auto ignition temperature IMPACT LAST-A-FOAM FR-3700 DYNAMIC CRUSH STRENGTH; Parallel and Perpendicular to Rise: A two page data sheet. LAST-A-FOAM FR-3700 DYNAMIC IMPACT APPLICATIONS: A guide to choosing an appropriate density of FR-3700 for impact protection. LAST-A-FOAM FR-3700 IMPACT CONFIGURATION EFFECTS: A study of the difference between punch, confined and unconfined impact stresses using FR-3700. CRUSH STRENGTH LAST-A-FOAM FR-3700 CRUSH STRENGTH DATA: Universal test machine test results at various temperatures and densities from 10% to 80% strain. (Revised 9/9/92) PHYSICAL PROPERTIES PRODUCT DATA, LAST-A-FOAM FR-3700: Various physical properties including shear, tensile, thermal and electrical. LONG TERM LIFE PERFORMANCE OF LAST-A-FOAM FR-3700: Fire and strength results after 20 years . LAST-A-FOAM FR-3700 THERMAL CONDUCTIVITY VS . DENSITY: A one page Chart. RADIATION EFFECT ON LAST-A-FOAM FR-3700: A test report. MATERIAL SAFETY DATA SHEETS INITIAL ISSUE 4/91 , REPRINTED 5/91, 11 /91 , 9/92, 12/93, 6/95, 2/97, 6/97, 3/98 ,2/99 , 3/01, 10/03

 *(new or revised) 2-798                                        Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

GENERAL PLASTICS MANUFACTURING CO., P. 0. BOX 9097, TACOMA WA 98409 TEL 206-473-5000 LAST~A~FOAM FR-3700 DYNAMIC CRUSH STRENGTH (PSI) and ENERGY ABSORPTION (FT -LB.ICU.IN.

                                                        @ 75°F, PARALLEL TO RISE CRUSM%

DENSITY 10 20 30 40 50 60 65 70 3 100 0 83 1 81 2 78 3 81 3 85 4 96 4 106 5 4 145 1 I 124 2 124 3 123 4 130 5 143 6 167 7 186 7 5 193 1 170 2 172 4 174 5 188 7 215 8 257 9 288 10 6 244 1 220 3 225 5 231 7 255 9 300 11 365 12 412 14 7 298 1 274 4 282 6 294 8 329 11 397 14 491 16 558 18 8 353 1 331 4 343 7 361 10 411 13 507 17 635 19 725 22

  '9         411          2     390           5      408       8       434         12     500     16    628     20  797     23  914     27 10         .471-         2     453            6     477      10       512         14     595     18     761    24  977     28  1124    32 11          627          3     593            8     618      13       660         18      763    24    984     31  1275    36  1468    42 12          736          3     699            9     730      15       785         21      912    28    1186    37  1549    43 13          854          4     815           11     851      17       920         25     1075    33    1409    43  1853 14          979          4     938         ,@       980     20       1066         29 . , 1252    38    1653 15         1112          5    1070           14    1118     23       1.223        33     1442    44  ! 1918 16         1253          5    1209          15     1265      26      1391         37     1647    so    2203 17         1402          6    1357           17    1420      29      1569         41     1865    56    2510 18         1558          6    1513           19    1584      32      1758         46     2097 19         1722          7    1677           21    1757      36      1958         51     2344 20         1893          8    1849          23     1938      39      2168         56     2604 21         207.2         9    2029          26     2127      43      2389         62 22         2258          9    2217           28    2325      47      2621         68 23         2452         10    2413          30     2531      51      2863         74 24         2653         11    2616           33    2745      55                   80 25         2861         12    2828          36

• 29fl8 60 26 3076 13 3047 38 . 3199 64 27 298 ""1 4 32~ - 41 3438 - 69 28 3527 15 3509 44 3686 74 29 3764 16 3751 47 3941 79 <

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             -l~j1f~ s'11!!9 ,.!ii,~jJtm:qJM.?J:~ ~R,)JmdeqtIJ Energy Bold,                      Stress Plain Text.

3/30/98 Radioactive Material Transport Packaging System Safety Analysis Report 2-799 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

GENERAL PLASTICS MANUFACTURI NG CO., P. 0 . BOX 9097, TACOMA WA 98409 TEL 206-473-5000 LAST-A-FO AM FR-3700 DYNAMIC CRUSH STRENGTH (PSI) and ENERGY ABSORPTION (FT ;.LB.ICU.IN.

                                                       @ 75°F, PERPENDICULAR TO RISE CRUSH %

DENSITY *rn 20 30 40 50 60 *6 5 70 3 60 0 55 1 56 1 58 2 64 2 70 3 81 3 91 3 4 97 0 90 1 93 2 97 3 108 4 124 5 147 5 168 6 5 140 1 133 2 139 3 144 4 161 5 193 7 235 B 269 9 6 190 1 182 2 192 4 .200 6 225 7 277 9 344 11 396 12 7 245 1 238 3 253 5 264 7 297 10 376 12 475 14 549 16 B 306 1 301 4 322 6 335 9 378 12 489 16 628 18 728 21 9 372 2 369 5 397 8 414 11 468 15 618 19 803 22 933 26 10 444 2 443 6 479 9 500 13 567 18 761 23 1001 27 1166 32 11 569 2 562 7 588 12 636 17 748 23 989 30 1319 35 I 1548 41

                                                                                                                   \

12 681 3 672 8 703 14 762 20 899 27 1194 36 1595 42 13 804 3 793 10 827 17 900 24 1064 32 1418 42 1899 49 14 938 4 923 12 962 20 1051 28 1244 37 1664 50 15 1082 5 1064 13 1108 22 1213 32 1439 43 1931 16 1237 5 1215 15 1263 26 1387 37 1649 49 2220 17 1402 6 1377 17 1429 29 1574 42 1874 56 18 1579 7 1549 20 1606 33 1773 47 2114 19 1766 7 1731 22 1793 37 1984 52 2369 20 1964 8 1924 24 1991 41 2207 58 2640 21 2173 9 2127 27 2199 45 ,2443 64 22 2393 10 2341 30 2418 50 2692 71 23 2624 11 2566 33 2647 54 2953 78 24 2866 12 2801 36 2887 59 3226 85 25 3120 13 3046 39 3138 64 26 3384 14 3302 42 3399 70 27 3659 15 3569 45 ,3671 76 28 3946 16 3847 -49 3953 81 29 4243 18 4135 53 4247 88 30 4552 19 4434 56 4551 94 ii1i?2KI{ ;fri;~

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3/30/98 2-800 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Cask Lid Elastomeric Seal and Port Seal Radioactive Material Transport Packaging System Safety Analysis Report 2-801 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-802 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Compound Data Sheet Parker Parker O-Ring Division United States MATERIAL REPORT REPORT NUMBER: KK2206 DATE: 06/19/96 TITLE: Evaluation of Parker Compound S1224-70 to ASTM D2000 7GE705 A19 B37 EA14 EO16 E036 F19 G11 PURPOSE: To determine if S1224-70 meets the callout. CONCLUSION: Compound S1224-70 meets the ASTM D2000 callout. Recommended temperature limits: -650F to 4500F Recommended For Dry heat Some petroleum oils Moderate water resistance Fire resistant hydraulic fluids (HFD-R and HFD-S) Ozone, aging, and weather resistance Low temperature Not Recommended For Ketones Acids Silicone oils Auto and aircraft brake fluid Parker O-Ring Division 2360 Palumbo Drive Lexington, Kentucky 40509 (859) 269-2351 Radioactive Material Transport Packaging System Safety Analysis Report 2-803 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Compound Data Sheet Parker Parker O-Ring Division United States REPORT DATA Report Number: KK2206 ASTM D2000 7GE705 A19 B37 EA14 EO16 E036 F19 G11 S1224-70 Pass / Fail Limits Slab Results Basic Physical Properties Hardness 70 +/- 5 69 Tensile Strength, psi min 725 1204 Elongation, % min 150 265 ASTM D573 Heat Aging, 70 HRS @ 2250C Hardness Change, pts max +10 +6 Tensile Change, % max -25 -14 Elongation Change, % max -30 -26 Compression Set ASTM D395, 22 HRS @ 3470F, plies

     % of Original Deflection, max                        30                 23 Fluid Immersion, ASTM #1 Oil, 70 HRS @ 1500C Hardness Change, pts                             0 to -15               -9 Tensile Change, % max                               -20                +10 Elongation Change, % max                            -20                +3 Volume Change, %                                 0 to +15              +4 Fluid Immersion, ASTM #3 Oil, 70 HRS @ 3020F Hardness Change, pts max                            -40                -19 Volume Change, % max                               +60                 +35 Fluid Immersion ASTM D471 Water 70 HRS. @ 2120F Hardness Change, pts. max.                         +/-5                  0 Volume Change, % max.                              +/-5                  0 Tear Resistance, ASTM D624, Die B kN/M, min                                            9                  14 Low Temperature BrittlenessTest ASTM D2137, Method A 3 min. @ -550C                                     Pass               Pass Parker O-Ring Division 2360 Palumbo Drive Lexington, Kentucky 40509 (859) 269-2351 2-804                              Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.6 Impact (Free-Drop) Test Report This appendices includes the following information related to the Free-Drop test report:

• Test Report: Drop Tests of the Alpha Omega Services Shipping Cask for Radioactive Material
• Free-Drop Test Activity Record - Pre- and Post-Leak Test Radioactive Material Transport Packaging System Safety Analysis Report 2-805 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-806 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.6.1 Test Report: Drop Tests of the Alpha Omega Services Shipping Cask for Radioactive Material Radioactive Material Transport Packaging System Safety Analysis Report 2-807 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-808 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Test Report: Drop Tests of the Alpha Omega Services Shipping Cask for Radioactive Material Report No. 2007533 Rev 1 May 25, 2007 Radioactive Material Transport Packaging System Safety Analysis Report 2-809 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

TABLE OF CONTENTS

1. INTRODUCTION AND BACKGROUND 6

2. TEST OVERVIEW AND OBJECTIVES 6

3. ACCEPTANCE CRITERIA 8

4. CASK DESCRIPTION 8

5. TEST PROCEDURE AND EQUIPMENT 9 5.1 Drop target 10 5.2 Pretest and post-test dimensional inspection of cask 11 5.3 Lifting and release methods 14 5.4 Acceleration sensing 19 5.5 Acceleration signal recording 23 5.6 Data processing 24 5.7 Contact pressure sensing 24 5.8 High speed photography 27 5.9 Leak rate tests 30 5.10 Test operations 31 5.11 Drop heights 31

6. RESULTS: END DROP 32 6.1 Acceleration measurements 32 6.2 High-speed video 36 6.3 Pressure sensing film 39 6.4 Deformation measurements 40 6.5 Leak rate test 41 2-810 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

7. RESULTS: SIDE DROP 42 7.1 Acceleration measurements 42 7.2 High-speed video 47 7.3 Pressure sensing film 48 7.4 Deformation measurements 50 7.5 Leak rate test 52

8. RESULTS: SLAP-DOWN DROP 53 8.1 Acceleration measurements 53 8.2 High-speed video 57 8.3 Pressure sensing film 60 8.4 Deformation measurements 62 8.5 Leak rate test 64

9. CONCLUSIONS 64 Radioactive Material Transport Packaging System Safety Analysis Report 2-811 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

This report documents the drop tests of a transport package for shipping radioactive material. The planning and the test itself were conducted by CSA Engineering in cooperation with the Nuclear Energy Division of General Electric and with Alpha Omega Services. CSAs work is conducted under Purchase Order number AOS-3301 from Alpha Omega Services who will be the end user of the transport package. David A. Kienholz Vice President/Principal Engineer Da .* id A. Kienholz (> Vic Prcs.idcnt/Plindpa[ ngineer Christian A. Smith Quality Assurance Manager Christian A. Smith Quality Assu.r,mce Mana ~ 2-812 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Revision History Rev 0 19 April 2007 Initial release. Rev 1 19 May 2007 Sequence photos for end drop, Figure 29, changed from color to black and white. Redundancy in data types noted in introduction. Total deceleration times estimated from video data and results included. Conclusion added re. total deceleration time from video data. Radioactive Material Transport Packaging System Safety Analysis Report 2-813 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

1. Introduction and Background This report documents the objectives, methods, results, and conclusions of drop tests of a shipping package for radioactive materials. Among other requirements imposed by the Nuclear Regulatory Commission (10 CFR 71), a shipping cask with its protective impact limiter must survive a 30-foot free fall onto an unyielding surface without loss of structural integrity by the cask. Damage to the impact limiter is allowed but the cask itself must remain capable of performing its primary functions of providing containment, shielding, and subcriticality 1 of the radioactive material.

The cask was the model AOS-165, the largest of a family of casks developed by General Electric Nuclear Energy for Alpha Omega Services. Therefore questions of testing scale models are not considered in this report. As usual in testing of shipping packages, the test was done without radioactive material. This means that compliance with requirements must be demonstrated indirectly. In this case compliance was shown through dimensional inspections and leak rate tests of the cask before and after each drop. In addition to verifying that the cask and impact limiter comply with their primary requirements, various instrumentation was used to obtain quantitative data during the test. This data is used both for engineering design and for verifying that the test itself meets its requirements. Measurement methods were chosen to produce some redundancy; data obtained by different methods can serve to verify each other or to fill in for each other in the event of lost data.

2. Test Overview and Objectives The test objective is to obtain data for demonstrating the adequacy of analytical methods employed for qualifying the shipping package, both at the size tested and scaled-down versions.

These analytical methods are used to show that the impact limiters are capable of limiting impact loads on the payload to an acceptable level. The package was free-dropped three times, once in each of three orientations. The orientations, shown in Figure 1, and the reasons for choosing them are as follows. 1 Subcriticality is always a requirement for a nuclear shipping container but is not relevant to the present test. 2-814 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

• End drop. The package was dropped with its axis vertical such that it struck on one end.

This orientation usually tends to present the largest crushing surface and thus the largest crushing force and greatest payload acceleration.

• Side drop. The package was dropped with its axis horizontal such that the impact limiter sections on both ends struck the ground at nominally the same time. This tends to produce the largest bending and buckling loads in the cask walls.
• Slap-down drop. The package was dropped with its axis at an angle to the vertical as shown such that it lands on one side of one impact limiter section. This tends to present the smallest crush area and thus the largest inward deformation of the impact limiter. It also produces a slap-down effect where the cask acquires a significant angular velocity after initial impact, leading to high loads when the second impact limiter strikes the surface (slaps down).

The tests were performed in the order shown above with new impact limiters for each test. Previous tests have used the first two orientations successfully 2. The slap-down orientation is new and is included in place of previous c.g.-over-corner drops on the basis of analysis which indicates that slap-down is a worst-case. End drop Side drop Slap-down drop I 7777777 I 7777777 I 7777777 Figure 1 Package orientations for the three drop tests. Structural integrity of the cask was determined after each of the three drops. Methods for doing so are described in the next section on acceptance criteria. In addition to this pass-fail functional testing, engineering data in the form of cask and impact limiter acceleration time histories at several location/directions were sensed and recorded. Pressure sensitive film was used to 2 Kienholz, D.A., and Allen, Bradley, 30-ft. Free Drop Tests of a Quarter-Scale Model 2000 Transport Package, GE Nuclear Energy division Report NEDO-31581, San Jose, CA, August, 1987. Radioactive Material Transport Packaging System Safety Analysis Report 2-815 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

determine the pressure distribution between the cask and impact limiter. Details of the methods for obtaining these engineering data are presented later in this report.

3. Acceptance Criteria The primary pass-fail criterion for the test is based on a helium leak rate test performed on the cask before and after the drop tests. The methodology for the leak test is detailed later in subsection 5.9 An acceptable leak rate is less than 2.96 x 10E-7 standard cubic centimeters of helium per second at a differential pressure of one atmosphere 3. For the package to be judged acceptable, the measured leak rate must be less than this amount both before and after the drop tests.

The secondary criterion relates to external dimensions of the cask. These shall not have changed by any amount that would prevent or endanger the casks performance of its primary functions of containment and shielding.

4. Cask Description The test article is a full-scale prototype transport package. It is composed of two main parts: the cask and the impact limiters. The cask (

Figure 2) is cylindrical in shape with an outside diameter (excluding trunnion lugs) of 46.20 inches and an axial length of 59.40 inches. Weight of the cask with impact limiters is approximately 38,500 lbs. The cask is composed of stainless steel inner and outer shells with thick tungsten inserts between them for radiation shielding. The central payload cavity is cylindrical in shape with a diameter of 10.72 inches and axial length of 33.63 inches. The cavity is connected to atmosphere by two small ports (shown later in cross section) that are both sealed during normal transport operations. The cask lid is secured to the cask body by 20 socket head cap screws, size 1-8 x 3.25. There is a double seal between the lid and body with a sealable port running from the volume between the seals to atmosphere. The second (outer) seal and the port allow testing the integrity of the inner seal as described in a later subsection. The impact limiter is in the form of two caps that go over the ends of the cask ( Figure 2). Each cap is composed of a stainless steel shell filled with castable impact-absorbing foam. The caps are installed over the ends of the cask and secured to each other by six turnbuckles as shown.. Each cap has a recess in its outer end to produce the desired crush area and thus the desired crushing force during an end drop. The lifting rings shown at the top of 3 Mok,G.C., Carlson,R.W., Lu, S.C., and Fischer, L.E.,Guidelines for Conducting Impact Tests on Shipping Packages for Radioactive Material,, Lawrence Livermore National Laboratory Report No. UCRL-ID-121673, September 1995, page 19. Also ANSI N14.5. 2-816 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

each impact limiter are for lifting the impact limiter by itself. When assembled, the package is lifted by the side trunnions on the cask. Turnbuckle Trunnion Cask Impact limiter (impact limiter) Figure 2 Shipping cask with impact limiters

5. Test Procedure and Equipment The test procedure and instrumentation generally followed that used successfully in a 1987 test of a quarter-scale transport package 4. Some enhancements were made in accordance with NRC 4

Kienholz, D.A. and Allen, Bradley op cit Radioactive Material Transport Packaging System Safety Analysis Report 2-817 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

guidelines published since the 1987 test 5 and to take advantage of advances in photographic and instrumentation technology. 5.1 Drop target The drop target was a large reinforced concrete block embedded in the earth at the General Electric Vallecitos CA site. Figure 3 shows a plan view of the site, including the crane for lifting the test article and the locations for two high-speed cameras. The concrete block is approximately 20 x 156 in plan view and six feet thick. It has a steel plate, 120 x 90 x 3, embedded in its horizontal top surface. The target block weighs approximately 290,000 lbs. The concrete has a 28-day cured strength of at least 4500 psi. The site has been used several times before for drop tests. The storage shed on the north side of the drop pad was moved to allow room for the tests. Figure 4 shows an overall view of the site. Fast Film One Shed ront rear walls removed

                                                               ~

Concrete (D block Q. (0 Steel (D Plate 10'-0" 20'-0" t>

                                                               ~

Fast Crane Film 1-7'-6" ...j Two lnstrum, nt truck Shed Figure 3 Plan view of drop test site. 5 Mok, G.C. et al, op cit 2-818 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 4 Drop test site with crane and instrument truck in place. 5.2 Pretest and post-test dimensional inspection of cask Dimensional inspections of the cask before and after each drop were done by East Coast Metrology, Topsfield, MA, under subcontract to GENE. The measurements were made using a laser tracker system capable of rapidly locating many points on the cask in 3-dimensional space. Figure 5 shows an impact limiter being set up for measurements. The laser tracker is the blue device on a tripod on the left For the impact limiters, scan data was taken at the 0, 30, 60, 90, 120, 150, 180, 210, 240, 270, 300 and 330 degree profiles. In order to compare each impact limiter in its pre- and post- drop condition, an alignment using the bottom perimeter (opposite the domed-end), measured as a circle, was used a reference. By measuring it as a circle, the center point and vector of the measured circle were established. The portions of this circle that were deformed due to each drop test were not used in this calculation. The vector of this axis was defined to be the primary datum in this alignment. A point was then measured at the 90 degree lifting lug to establish the second axis in the coordinate system. This process provided the only repeatable means to align each impact limiter and subsequently compare the results. Radioactive Material Transport Packaging System Safety Analysis Report 2-819 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 5 Measuring an impact limiter with the laser tracker. Once the pre- and post-drop scan data was obtained for each impact limiter, the 90-270 degree profile cross-sections were overlaid in order to calculate the magnitude of deformation for each drop. For the cask, the 0, 90, 180, and 270 degree profiles were scanned. An alignment using the axis of the cylindrical part of the cask as the controlling datum was used. This axis was then intersected with the Lid End of the cask and a point was constructed. Another point was measured at the 90 degree lifting lug to establish the other axis. This alignment was repeated for each measurement of the cask. Results from scans taken before any of the drop tests are shown in Figure 6 and Figure 7. The red areas represent the positive (maximum deviations) and the yellow areas represent the negative (minimum deviations) from the nominal as-designed profile. 2-820 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 6 Scan data from cask taken before the first drop, 0-180-degree cross section Figure 7 Scan data from cask taken before the first drop, 90-270-degree cross section. Radioactive Material Transport Packaging System Safety Analysis Report 2-821 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

5.3 Lifting and release methods For each drop, the test article was lifted by a 90-ton mobile crane to a height of at least 30 feet 6 directly above the steel plate drop target. The crane was provided by Peninsula Crane Service under subcontract to GENE. GENE provided the remaining rigging equipment. Figure 8 illustrates the crane setup for the end drop. Figure 9 shows the crane and quick-release mechanism being tested by dropping a dummy weight. Two methods were used to measure the drop height. For the first (end) drop, a graduated light chain was hung from above the package.. The chain was marked at one-foot and ten-foot intervals such that the package height above the impact point could be verified just before the drop. The chain was then pulled out of the way prior to the drop. For the second and third drop, a tape measure was secured with tape to the bottom of the package and used to adjust the height to the desired value. The tape measure was then pulled off the test article from the ground. The use of a hydraulic crane required that the crane boom be snubbed with heavy wire ropes from the crane hook down to heavy weights on the ground (Figure 8). The snubbing lines restrained the crane boom when the load was released, preventing damage to the hydraulic system. Since the snubber lines were of fixed length and had to be taut at the time of release, they had some effect on the drop height. Shorter rigging as used on the end drop caused the drop height to be greater than for the side and slap-down drops. However the drop height was over 30 feet for each drop. Exact values are given later. The package was released using the mechanism shown in the Figure 10, Figure 11, and Figure

12. The heart of the system is the mechanical release mechanism shown in Figure 10. Called a SeaCatch Model TR15Air 7, it is used in the marine industry for releasing loads while under tension, often underwater. In the photo on the right of Figure 10, the release mechanism is actuated by hand via the lever on the right side. Lifting the lever opens the jaws and allows the lower anchor shackle to fall free. The red rope tied between the shackles in the figures is only for demonstration. In the actual test, the package was hung from the lower shackle, the red rope was not present, and the lower shackle remained attached to the test article as it fell.

Because the package must strike the drop target in a known, repeatable orientation, it is essential that the release mechanism do its job quickly and cleanly, minimizing transient forces and moments imposed on the package during release. This minimizes the angular velocity imparted to the package at release and allows it to fall without rotation such that it strikes the drop target in the same orientation it had prior to release. To this end, the SeaCatch release mechanism was equipped with an integral air cylinder, an accumulator, and a fast solenoid valve for actuation. This method was used in preference to pulling the release lever via a lanyard because the required pull force of over 100 lbs would have disturbed the orientation of the test article just at the critical moment of release. 6 30 feet minimum from the lowest point on the test article to the upper surface of the steel plate of the drop target. 7 McMillan Design, Inc., Gig Harbor, WA. 2-822 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

12' CABLE SLING ACCUMULATOR TANK 12' PNEUMATIC LINE 2'-6" QUICK RELEASE MECHANISM 65' Snubber line 60° 30' 15' 3' SK07015 Figure 8 Crane and rigging set up for end drop. Radioactive Material Transport Packaging System Safety Analysis Report 2-823 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 9 Testing the quick-release mechanism by dropping a dummy weight. Figure 10 SeaCatch release mechanism before release (left) and after release (right). 2-824 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

A quick release was obtained by using a 3-gallon local air accumulator tank and a fast-acting, two-stage, electrically triggered diaphragm valve mounted close to the release mechanism . Calculated release time is on the order of 0.2 seconds. Figure 11 shows the accumulator tank and valve. Figure 12 shows the accumulator and valve mounted on a short section of heavy wire rope with the SeaCatch hanging from the loop at the lower end of the wire rope. In operation, a compressed air line for charging the accumulator and electrical trigger line were run up the crane boom and over to the accumulator tank. The SeaCatch is a model TR15AIR and is rated at 50,200 lbs working load with a safety factor of five. It was proof tested to twice the working load by the manufacturer prior to delivery to CSA. Likewise the wire rope, which is rated for 42,000 lbs, was proof tested to 84,000 lbs. Figure 11 Accumulator tank and fast-acting valve for operating the SeaCatch air piston (left). Entire release system (right). Radioactive Material Transport Packaging System Safety Analysis Report 2-825 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 12 Cask being assembled with impact limiter for the end drop. The quick-release mechanism is visible at the top of the picture. Pressure-sensing paper has been taped to the part of the cask that goes inside the impact limiter. 2-826 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

5.4 Acceleration sensing Acceleration time history data was recorded using accelerometers inside the cask and on the impact limiter. A total of nine uniaxial sensors was used, configured as three triaxial groups. One triaxial group was mounted on the flat surface of the impact limiter (Figure 13). The mounting block is fastened to the impact limiter by two 1/4-20 cap screws threaded into tapped mounting bosses welded to the impact limiter. A cable breakout bracket for mating the main umbilical cable to individual accelerometer cables is likewise mounted to tapped bosses on the impact limiter as shown. Cables from accelerometers inside the cask. Cable breakout bracket Triaxial mounting block Main umbilical cable Figure 13 Triaxial accelerometer group mounted on impact limiter. The sheet metal part is a bracket for connecting the 20-conductor umbilical cable to the two-conductor cables of the individual accelerometers. Two triaxial groups were mounted inside the cask on the wall of the payload cavity (Figure 14). They were mounted on machined aluminum blocks bonded to the cavity wall with Lord 906-16 acrylic structural adhesive. The triaxes were at nominally the same axial location and 180 degrees apart, at the 90-degree and 270-degree lines on the cask. Each triaxial set sensed in Radioactive Material Transport Packaging System Safety Analysis Report 2-827 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

nominally the cask radial, tangential, and axial directions. The cask was oriented for the side drop and slap-down drop such that a plane containing the cask axis and the accelerometer locations was vertical and the accelerometers on the 90-degree line were on the upward-facing side of the cask. In the photos, the radial accelerometers are marked with red tape, the axials with purple tape, and the tangentials with green tape. Figure 14 Accelerometers mounted inside the cask. The cables can be seen exiting via the drain port at the bottom of the cask payload cavity. Cables for the accelerometers inside the cask were routed out through the drain port which exited near the cask bottom along the 90-degree azimuth. For the end drop, only a single impact limiter was used and it was on the lid end of the cask, with the cask being dropped upside-down (Figure 17). For this drop, there was no interference between the accelerometer cables and the impact limiter. For the other two drops, impact limiters were mounted on both ends of the cask and the cables had to come out through the 1/8th-inch radial gap between the cask OD and the impact limiter ID (Figure 16). 1/8-inch-diameter stainless steel rods were welded to the impact limiter ID running in the axial direction on either side of the cable routing to prevent the cables from being crushed between the cask and impact limiter. As described later, this was only partially successful although acceleration data was obtained for the important initial impact on each of the three drops. 2-828 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

All accelerometers were of the piezoelectric, integrated amplifier (ICP) type. The accelerometers mounted on the impact limiter were PCB model 350B23 having a nominal range of +/-10,000 gs (0.5 mV/g sensitivity, 0.5 g resolution, range/resolution = 20,000) and a 1-dB bandwidth of 0.4 to 10,000 Hz. The triaxial accelerometers inside the cask were PCB model 353B13 having a nominal range of +/-1000 gs (5 mV/g sensitivity, 0.05 g resolution, range/resolution = 20,000) and a 1-dB bandwidth of 0.7 to 20,000 Hz. All were powered and AC coupled to the recording system by a Kistler model 5124A power supply/coupler. Figure 15 shows the accelerometers and their power supply / signal coupler. There is no pass-fail criterion based on cask acceleration. However the data obtained will be of use in understanding the package behavior during impact and for estimating loads on the cask. Figure 15 Accelerometers (1,000 g on lower left, 10,000 g on lower right) and power supply / signal coupler. Piezoelectric accelerometers were used in preference to bridge-type, DC-coupled accelerometers because the former tend to be better suited to the high acceleration levels found in drop testing. Also, they use simpler electronics integrated directly into the sensor which is of great value in eliminating noise pickup in the signal cabling. Their only disadvantage is that they cannot capture the part of the signal at very low frequency, below about 1 Hz for the present case. This is considered acceptable because the very short-duration impact events have only a very small part of their signal energy in this missing band. Peak accelerations during such short impacts can be measured with AC-coupled accelerometers with negligible loss of accuracy. Radioactive Material Transport Packaging System Safety Analysis Report 2-829 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

The polarity for all accelerometers follows the industry convention: acceleration into the mounting surface of the sensor gives a positive output voltage. Thus the axial accelerometers inside the cask (Figure 14) give a positive voltage when the acceleration is towards the bottom end of the cask (as opposed to the top or lid end), as was the case for the end drop. Drain port Figure 16 Cross section of cask showing drain port to be used for accelerometer cable routing. Cables for the accelerometers inside the cask were routed through the water drain port (Figure

16) such that no special feedthroughs or modifications to the cask were needed. During the leak test, the cables were disconnected from the external breakout bracket and pushed back into the drain port so the port can be plugged.

A multi-channel umbilical cord with one shielded, twisted pair for each accelerometer was used to route the signals to a breakout box with BNC connectors on the output side. BNC cables then carried the signals to the Kistler power supply/coupler and from there to the data acquisition system located in the instrumentation truck. The total cable length of approximately 150 feet presented no significant limitation for the relatively low-frequency signals of interest in this test. 2-830 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 17 Cables from accelerometers inside the cask were routed through the drain port to the breakout bracket. Configuration shown is for the end drop with only one impact limiter used. 5.5 Acceleration signal recording Acceleration signals during the impact were digitized and recorded directly to disk using a VXI data system from VXI Technology with a 16-channel front end card (model VT1432A). A/D conversion was done at 25,600 samples per second per channel with 16-bit resolution. Anti-aliasing filters were set for a cutoff frequency of 10 kHz. Real time data acquisition was performed using I-DEAs TEST software to control the VXI front end. Immediately following each drop tests, acceleration time history data was translated to MatLab .mat format. MatLab was used for all display, plotting, filtering, spectrum analysis, and other post-processing work. It was planned originally to use a digital tape recorder in parallel with the VXI system for redundancy. However problems were encountered with the tape recorder during test preparation so the VXI system was used alone. It performed satisfactorily so no backup was needed. Radioactive Material Transport Packaging System Safety Analysis Report 2-831 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

During the 1987 test, each acceleration signal was recorded to two channels of an FM instrumentation tape recorder. This allowed two different full-scale settings to be used for each signal in order to obtain the best possible signal/noise ratio within the limited (50 dB) dynamic range of the recorder. Modern 16-bit digital recording systems such as the VXI system have rendered this unnecessary since they typically have well over 72 dB of dynamic range. 5.6 Data processing Data acquired with the VXI system was initially in I-DEAs .ati format. It was converted immediately on-site to MatLab standard double precision (8 bytes per sample) using the I-DEAs IMAT translator. Simple plotting and processing routines were created using basic MatLab commands and the MatLab Signal Processing Toolbox. All raw time history files were permanently archived. Processing tasks include

• locating, isolating, and plotting the relevant time sections containing the impact
• digital low-pass filtering of acceleration time histories to accentuate the rigid-body component over the resonant flexible-body components
• computing the energy spectral density of the acceleration transient to determine how much is rigid-body response and how much is flexural.

5.7 Contact pressure sensing Pressure sensitive film was installed between the cask and impact limiters prior to each drop. The film (Fuji Prescale P/N M S R270 M10 1) changes color in response to pressure. The single-sheet type contains embedded microcapsules of a chemical that reacts with another chemical impregnated into the film to produce a red color. Higher pressure breaks more capsules and produces a more intense color. The size and density of the microcapsules can be tailored to make the color change occur over various pressure ranges. The film used is for the pressure range from 10 to 50 MPa (1450 to 7250 psi). Pressure can be inferred by comparing the exposed film to a color chart (Figure 18). However for the present application, the intent is simply to use the pressure paper to indicate areas of contact between the cask and impact limiters. 2-832 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

STANOMIO COi.OR s.wPI.E 1., A ,,," I.J

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I... *** o., ,., M ~ P l - ~ irdcr.tOd bi,-~ t<<.kllnlnent-.og~-t'*..-..OCON p:ilffi~ llflCf l;rrgA II #IOlitl bit 1 1 $ 0 C f b ' ~ ~ o t t ;*. lO PAES$UAE !IA'il.l 0 Figure 18 Chart for correlating color to pressure for Fuji medium-range Prescale film. Fuji publishes two different color charts, one for film exposed to continuous pressure and another for film exposed to momentary pressure. However the two charts are virtually identical to the eye. Also, tests conducted with Prescale film prior to the 1987 drop tests 8 showed that the color change is virtually instantaneous upon exposure to pressure. Figure 19 shows the cask with pressure-sensing paper attached being assembled into the impact limiter. The paper can also be seen in Figure 17 protruding out slightly beyond the impact limiter. 8 Kienholz, D.A. and Allen, Bradley op cit Radioactive Material Transport Packaging System Safety Analysis Report 2-833 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 19 Cask with pressure paper attached being lowered into the impact limiter for the end drop. 2-834 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

5.8 High speed photography High-speed digital video photography was used to record each of the three drops. All cameras were furnished and operated by Speedvision Technologies of San Diego under subcontract to CSA Engineering.. Two high-resolution black-and-white cameras were used with their sight lines at right angles to each other as shown in Figure 3 For the first (end) drop, lower resolution color cameras were located next to each black-and-white camera. Following review of the end drop videos from all four cameras, it was decided that only one color camera would be used for the second and third drops and it would be located at an oblique angle, about midway between the two black-and-white cameras. Figure 20 shows the cameras set up for the end drop. Figure 20 High-speed cameras set up for end drop Frame rates for the first drop were 1000 frames/second for the black-and-white cameras and 500 frames/second for color. After review of the videos, it was determined that the higher frame rate offered no real advantage so all cameras were operated at 500 frames/second for the second and third drops. Following each drop, the raw files from the camera were converted to .avi format. The raw files remain available but examination of the compressed .avi files showed that they had adequate Radioactive Material Transport Packaging System Safety Analysis Report 2-835 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

resolution for most purposes. SpeedVision furnished software for extracting individual frames as jpeg or tiff files. This software was used to produce the frame-by-frame presentation given in later sections for each of the three drops. A time scale and a length scale were included in the field of view of the each black-and-white camera. The length scales are dark-colored poles mounted vertically with light-colored graduations marked on them at one-inch (yellow marks) and one-foot (white marks) intervals. The poles are placed as close as possible to the vertical drop path and at the same distance from the camera as the drop path in order to minimize parallax and foreshortening error. Time scales, Figure 21, are rotating disks with a light-colored radial line. The background behind the disk has fixed, radial witness lines painted at 30-degree intervals as shown. The disk is rotated by a two-pole induction motor at a constant speed of approximately 3575 RPM or approximately 43 degrees per camera frame at 500 frames per second. The exact rotational speed was determined prior to the test using a digital optical tachometer. Table 1 shows the recent time scale calibration results and those from just before the 1987 test. Table 1 Calibration results for time scales. Speed (RPM) Percent Degrees per Clock 1987 2005 Change 0.002 seconds

                        #1       3579.00      3579.00        0.00         42.95
                        #2       3575.40      3572.30       -0.09         42.87 The use of time scales was a hold-over from earlier tests where high-speed film photography was used and frame rates could vary significantly from their nominal value. Modern digital video cameras have very accurate frame rate control (a few parts per million) so the time scales are not strictly necessary and are actually less accurate then the cameras themselves.

Figure 21 Time scale 2-836 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

At the suggestion of SpeedVision, a simple impact trigger signal generator was constructed and used to provide a time reference signal indicating when the test article first impacted the ground. The trigger was simply a sheet of cardboard approximately two feet square with a grid of 2-inch-square holes cut in it and sandwiched between two sheets of heavy-duty aluminum foil (Figure 22). The sandwich was taped to the impact surface at the location where the test article would first strike the surface. When the impact limiter hit the sandwich, it pressed the two sheets of aluminum foil together and closed a circuit. The resulting voltage signal placed a reference time marker on the stream of video frames to indicate first contact. It also cued the cameras to continue recording for another two seconds and then stop. Finally, it produced a step voltage signal that was recorded on one channel of the VXI data system as a time reference for interpreting the acceleration time histories. The impact trigger was used on the second and third drops and found to work very well. Figure 22 Impact trigger in position for side drop. Radioactive Material Transport Packaging System Safety Analysis Report 2-837 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

5.9 Leak rate tests Integrity of the cask body and its lid seal was tested before and after each drop test by measuring the leak rate. The lid was bolted in place in the normal operating configuration. A helium pressure bottle was connected to one of the ports leading to the payload cavity and the cavity was purged with helium and then maintained at a pressure of 17.0 psia. The vacuum pump of a helium leak detector was connected to the port leading to the volume between the double seals of the lid. The volume between the seals was pumped down to an absolute pressure of less than 1 Torr and the leak rate of helium was measured by the leak. A leak rate of less than 2.96 x 10E-7 standard cubic centimeters of helium per second at this pressure differential was considered leak-tight. Leak detection equipment was furnished and operated by GENE personnel. During the leak test, the cables from the accelerometers inside the cavity were disconnected from the break-out panel on the outside of the cask and pushed back into the port from which they exited the cask. The port was then plugged such that the cavity could be pressurized. Figure 23 shows the cask undergoing its initial leak test. Figure 23 Leak testing the cask. 2-838 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

5.10 Test operations GENE prepared a detailed check list of all the activities to be performed during preparation and execution of the tests. It was maintained by the GENE QA manager assigned to the project and included the designation of the individual responsible for each item. Items were checked off as they were performed. 5.11 Drop heights Table 2 gives the free-fall distances for each of the drops. These are the measured vertical distances from the drop target to the lowest point on the impact limiter. They were different for the three drops for reasons given earlier related to the crane and rigging. Table 2 Drop heights Drop Drop height configuration (feet and inches) End 34'-3" Side 31'-0" Slap-down 31'-2" Radioactive Material Transport Packaging System Safety Analysis Report 2-839 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

6. Results: End Drop 6.1 Acceleration measurements This section gives the time history plots of accelerations measured inside the cask and on the impact limiter for the end drop. Only the most important data are shown in this section. A full set of plots has been furnished to GENE. This organization will also be followed for presenting acceleration data from the side drop and the slap-down drop.

End drop, Axial accel at 90 degrees 1000 800 600 400 200 (!) 0

             -200
             -400                                                   ............ *****************....................... .
             -600
             -800
            -1000 ~ - - ~ - - - ~ - - ~ - - - ~ - - - ~ - - ~ - - - ~ - - ~

2.54 2.545 2.55 2.555 2.56 2.565 2.57 2.575 2.58 Seconds End drop, Axial accel at 270 degrees 1000 800 600 400 l' I~ f 200 (!) 0

             -200
             -400   ...........     ...:........
             -600
             -800
            -1000 ~ - - ~ - - - ~ - - ~ - - - ~ - - - ~ - - ~ - - - ~ - - ~

2.54 2.545 2.55 2.555 2.56 2.565 2.57 2.575 2.58 Seconds 2-840 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 24 Accelerations measured at impact inside the cask for the end drop. Figure 24 shows the signals from the two axial accelerometers inside the cask (Figure 14). These two were sensing in the vertical direction for this drop. A positive signal denotes upward acceleration at the accelerometer location. End drop, Axial accel on overpack 1500 1000

                                  ~           .                             .
                                ~I~

500 (!) 0

            -500                                             .                             .
           -1000
           -1500 2.54    2.545     2.55      2.555           2.56          2.565           2.57           2.575             2.58 Seconds End drop, Radial accel on overpack 1500 1000 -

500 -** (!) 0

            -500 - ..
           -1000 -                                                                     .... *.............. : ............. -
           -1500 2.54    2.545     2.55      2.555           2.56          2.565           2.57           2.575             2.58 Seconds End drop, Tangential accel on overpack 1500          !        !          ~              I              I               I                I 1000 -                              ............ 1..............i............. J.............. i............ _

500 - (!) 0

            -500
           -1000 -                                                                     .... *.............. : ............. -
           -1500 2.54    2.545     2.55      2.555           2.56          2.565           2.57           2.575             2.58 Seconds Figure 25 Accelerations measured on the impact limiter during the end drop.

Figure 25 shows data from the accelerometers on the impact limiter (Figure 13). Signals from all accelerometers showed a large amount of ringing or resonant response from the cask and impact limiter. This was not surprising considering the sharp blow applied to the package when Radioactive Material Transport Packaging System Safety Analysis Report 2-841 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

it struck the steel plate of the target block. However the ringing makes it difficult to estimate the true deceleration of the cask mass center. To this end, the signals were digitally low-pass filtered to reduce the resonant response and make the rigid-body component of the cask deceleration more evident. The filter was a 4-pole phaseless Butterworth 9 with a cutoff frequency of 900 Hz. Results are shown in Figure 26, Figure 27, and Figure 28. End drop, Unfiltered axial accel, loc = 90 deg

            ~                                                                                                     -

(!)

           -50: 1--
                  ... - ~ ***,.=-,.....*** - -i
          -1000 .___ __,:_ ___._:_ _ __._,*_ _ __._,*-------'-,*_ _ __._.*- - - '

2.54 2.545 2.55 2.555 2.56 2.565 2.57 2.575 2.58 Seconds End drop, Filtered axial accel, loc = 90 deg , 4 poles, f = 900 Hz 0 (!) 0 1--_,-,,

           -200
           -400 ' - - - - - ' - - - - ' - - - ~ - - ~ - - ~ - - ~ - - ~ - - - '

2.54 2.545 2.55 2.555 2.56 2.565 2.57 2.575 2.58 Seconds Figure 26 Signal from the axial accelerometer inside the cask on the 90-degree aximuth before (top) and after (bottom) low-pass filtering. The vertical acceleration signals in Figure 26 and Figure 27 may seem confusing at first. It appears that the big spike in acceleration is in the downward direction. However the signals make sense when one considers the way the cask is constructed. Referring to Figure 16, the brown areas represent voids between the thick stainless steel walls of the cask. These voids are filled with heavy, tungsten bricks which are held in place only by steel wool packing. When the cask first strikes the hard surface, there is in fact a small pulse of upward acceleration 9 A phaseless filter is created by running the digitized signal twice through the filter, first forward and then backwards. Thus a four-pole phaseless filter gives the same frequency rolloff as an eight-pole conventional filter and does so with no phase distortion. 2-842 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

End drop, Unfiltered axial accel, loc = 270 deg 500 (!)  : ~~\W,~ ~ ~ - - -- '--

                   -500   ....... .........i.......... \..........\..........:...........:.......... j........ .

• 1000 ' - - - - - - - ' ' - - - - - ' - - - ' - - - - ' - - - - ' - - - . . . . L . . - - _ , __ __,

2.54 2.545 2.55 2.555 2.56 2.565 2.57 2.575 2.58 Seconds End drop, Filtered axial accel, loc = 270 deg , 4 poles, fc = 900 Hz 200 ....... .. , .... ... ...... . (!)

                                                                                                                          ~
                   -200                . . . . . . . . . : . . . . . .... ~ ... ...... . ~

40

• 9.54 2.545 2.55 2.555 2.56 2.565 2.57 2.575 2.58 Figure 27 Signal from the axial accelerometer inside the cask on the 270-degree aximuth before (top) and after (bottom) low-pass filtering.

End drop, Unfiltered overpack axial accel 2.54 2.545 2.55 2.555 2.56 2.565 2.57 2.575 2.58 Seconds End drop, Filtered overpack axial accel , 4 poles, fc = 900 Hz (!) -~

                    -500 2.54      2.545               2.55              2.555            2.56              2.565         2.57     2.575  2.58 Seconds Radioactive Material Transport Packaging System Safety Analysis Report                                                                        2-843 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 28 Signal from the axial accelerometer on the impact limiter before (top) and after (bottom) low-pass filtering. corresponding to the initial deflection of the impact limiter and compression of the steel wool packing. However a millisecond later a secondary collision occurs as the packing goes solid and the tungsten bricks strike the lid end of the cask (recall that the cask is upside down) driving it downwards into the ground. The phenomenon is similar to a car accident where the occupants dont have their seat belts buckled, except that in this case the occupants are the heavy tungsten bricks. The secondary collision causes the large negative spike. Following that, a much longer period of upward acceleration occurs, which corresponds to the decay in the initial downward impact velocity. The signal corresponding to this latter positive acceleration is slightly attenuated by the AC coupling of the accelerometers themselves and also by the AC coupling of the signal to the data acquisition system. The effect of secondary collisions is even more pronounced in the side and slap-down drops presented later, probably because the tungsten bricks are restrained less in the tangential and radial directions than they are in the axial direction. An important feature of the peak acceleration due to the secondary collision is that it is not heavily dependent on the characteristics of the impact limiter. The spike is caused by several heavy, rigid bodies (the tungsten bricks) striking another (the stainless steel body of the cask) with the accelerometer rigidly mounted to the latter. This factor should be kept in mind in attempting to compare measured peak accelerations to analytical predictions, where the latter assume that all energy absorption is done by the impact limiter. The effect of the secondary collisions is much less pronounced in the axial acceleration measured on the impact limiter (Figure 28), probably because the surface of the impact limiter mounting the accelerometer is only loosely coupled to the cask body. At this surface, the initial pulse of acceleration is quite large and is in the upward direction as one would expect. 6.2 High-speed video Figure 29 shows frames from one of the four high speed video cameras. Because the impact trigger was a last-minute addition after this first test, there is no accurate way to time-align the end-drop acceleration time history to the video frames. However based on that alignment for the side and slap-down drops, the initial impact is estimated to occur at t = 2.542 seconds in the traces of the last five figures. Using the video and the length scales, it was determined that the cask bounced to a height of about 43 inches, indicating that about 90% of the kinetic energy was dissipated upon initial impact. After the first bounce, the cask teetered on one corner and then fell over on its side, crushing the umbilical cable from the accelerometers. Fortunately, the important acceleration event was over by this time and had been recorded. 2-844 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

A video editing program 10 was used to estimate the elapsed time from first impact to the point where the vertical velocity of the cask c.g. dropped to zero. It was 0.021 +/-0.004 seconds. Time resolution (time between frames) was 0.001 seconds in the video used for this estimate. 10 Imaging Studio version 2.4.0, AOS Technologies AG Radioactive Material Transport Packaging System Safety Analysis Report 2-845 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

t = -0.004 First impact t = -0.004 t = -0.000 sec t = 0.008 t = 0.012 t = 0.016 t = 0.020 t = 0.024 t = 0.028 t = 0.032 t = 0.042 t = 0.054 Figure 29 Frames from high-speed video of end drop. 2-846 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

6.3 Pressure sensing film Figure 30 shows the pressure sensing film from the end drop. The band of film that was taped to the cylindrical surface of the cask (Figure 19) has been cut into four equal pieces which are placed in their respective azimuthal locations in Figure 30. In Figure 30 and in the similar photographs from the side and slap-down drops, the surface of the film which faced away from the cask is towards the camera.

                                  ,I
                               ~      :,,,,/ *     ...... '\'\\\
                                 .. ~-:-.... .
                               / t(~~-~-
                                               -"-, \      ,
                                                              ~
                                  ..

• h Figure 30 Pressure sensing film removed from the cask after the end drop.

The red areas on the film indicate where contact occurred between the cask and impact limiter. The radial spoke impressions made by the 12 strengthening ribs inside the impact limiter are clearly visible on the circular piece of film from the flat end surface of the cask. The picture also shows that significant forces between the cask and impact limiter occurred on the conical surface produced by the chamfer on the end of the cask. The package struck with its axis nearly vertical which accounts for the fact that there was relatively little contact between the cask cylindrical surface and the inside diameter of the impact limiter. Radioactive Material Transport Packaging System Safety Analysis Report 2-847 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

6.4 Deformation measurements Table 1 shows the measured cask profile deviation from the design nominal before and after the end drop. The conclusion from these measurements was that no significant damage to the cask had occurred. Table 3 Before and after end-drop measurements of the cask. Cask state at measurement After end drop Deviation Before end drop Before side drop Maximum 0.0068 0.0046 Minimum -0.0094 -0.0101 Figure 31 shows an overlay of the profile of the impact limiter before and after the end drop. Figure 31 Profiles of the impact limiter before and after the end-drop Figure 32 shows the impact end of the impact limiter after the end drop. The previously flat surface in the large center relief on the end of the impact limiter has been bulged out over four inches by the force from the cask transmitted through the foam. The weld around the edge of the relief has split over a small part of the circumference. 2-848 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 32 Cask and impact limiter immediately following the end drop. 6.5 Leak rate test The cask was leak tested following the end drop and was found to meet specification. It was concluded that no degradation had occurred in the seal integrity of the cask. Radioactive Material Transport Packaging System Safety Analysis Report 2-849 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

7. Results: Side drop 7.1 Acceleration measurements For the side drop, the two radial accelerometers inside the cask were oriented in the vertical direction but facing in opposite directions. The sensor at 90 degrees azimuth faced downwards so upwards acceleration gave a negative signal. Figure 33 shows the signals from these two sensors during the initial impact.. Initial contact as sensed by the impact trigger was at time =

0.1217 seconds 11 in the plot. Initial impact U) 0

                                                                                                    . . . . . . . .~ . .. .
               -2000 0.12       0.125       0.13      0.135                                                     0.155         0.16 U) 0 0.125       0.13      0.135           0.14                                                    0.16 Second s Figure 33 Vertical accelerations measured at impact inside the cask for the side drop.

11 The t = 0 origin is arbitrary but is the same for all acceleration signals on a given drop. 2-850 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 34 shows the triaxial signals from the sensors on the impact limiter. The radial sensor on the impact limiter is essentially vertical and faces downward, like the in-cask accelerometer at 90 degree azimuth, so upwards acceleration gives a negative signal. Side drop, Axial accel on overpa ck 1000 ,---------,,-------,-------,--------,---------.---------.----------r-----, 0 (f) 500 0

                                        \  :
                                  . . . ~t -
       -500      . ** *

• Lf

      -1000 ~ - - ~ ~ - - ~ - - - - - - ' - - - - - - - ' - - - - ~ - - - ~ - - - ~ - - - ~

0.12 0.125 0.13 0.135 0.14 0.145 0.15 0.155 0.16 Seconds Side drop, Radial accel on overpa ck 500 (f) 0 . - . . . . . . . . 0

       -500                                 .
      -1000 ~ - - ~ ~ - - ~ - - - - - - ' - - - - - - - ' - - - - ~ - - - ~ - - - ~ - - - ~

0.12 0.125 0.13 0.135 0.14 0.145 0.15 0.155 0.16 Seconds Side drop, Tangential accel on overp ack 1000 ,----~--------.------~---~---.----~-------r---~ 500 (f) 0 0

       -500 * * .. . * .. .. * * . .                                                       * ** ** ** *:. * * * ** ** * * * * * *:. ** * * ** ** * ** ** :. ** * * ** ** *
      -1000 ~ - - ~ ~ - - ~ - - - - - - ' - - - - - - - ' - - - - ~ - - - ~ - - - ~ - - - ~

0.12 0.125 0.13 0.135 0.14 0.145 0.15 0.155 0.16 Seconds Figure 34 Accelerations measured on the impact limiter during the side drop. Radioactive Material Transport Packaging System Safety Analysis Report 2-851 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Side drop, Unfiltered radial accel, loc = 90 deg 1000 .. . .. . . .. . .. .. .. ** * ** * * * * *** * * * ** * * * **.* * * * * * * ** * *:** * * * * * ** * . . .. . .. . .. ... .. . . . U) 0

                  -2000~-~--~--~-~--~--~-~-~

0.12 0.125 0.13 0.135 0.14 0.145 0.15 0.155 0.16 Seconds Side drop, Filtered radial accel, loc 90 deg , 4 poles, fc 900 Hz = = 1000  :  :  :

                           . . . ..... ........... ........... ...........:..... . .... ~ .......... .......... ~ ........ .            ;

500 . . .. . . : .... . ... . . ~ .. . . .. . ... :- .. . . .. . . .. :* ... . . . .. . .:... . .. . .. . *: . .... . ... . .. . . . .. .. . U) 0 ,___....,r--,,_ 0

                   -500
                  -1000 0.12            0.125             0.13              0.135               0.14              0.145               0.15            0.155              0.16 Seconds Figure 35 Signal from the radial in-cask accelerometer at 90-degree azimuth for the side drop, unfiltered (top) and low-pass filtered (bottom).

Side drop, Unfiltered radial accel, loc = 270 deg 2000 1000 U) 0 0

                 -1000
                 -2000 0.12            0.125             0.13             0.135                0.14              0.145                0.15            0.155              0.16 Seconds Side drop, Filtered radial accel, loc 270 deg , 4 poles, fc 900 Hz      =                                            =

1000 500 .. . . . : . ... .. **** ** *** * ** ** ,** ** U) 0 0

                  -500
                 -1000 0.12            0.125             0.13             0.135                0.14              0.145                0.15            0.155              0.16 Seconds Figure 36 Signal from the radial in-cask accelerometer at 270-degree azimuth for the side drop, unfiltered (top) and low-pass filtered (bottom).

2-852 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Side drop, Unfiltered overpack radial accel 1000.----.----.---------,,----,---------,,---------,,------,-----, 500 ... *.* .... ******:***** ..... ,. ... 0

                -500
               -1000~-~--~--~-~--~--~-~~-~

0.12 0.125 0.13 0.135 0.14 0.145 0.15 0.155 0.16 Second s Side drop, Filtered overpack radial accel , 4 poles, fc = 900 Hz 500 * * ........ .. . . . . . ....... . ............... ...... .. . .. *,* .............. ... .. * -* (f) 0 0

                -500 * * * * * * * * * ... * * * * * * * * * ... * * * * * * * * * . * * * .. * * * * -* * * * * * * * * * * * * * * * * * * * - * * * * * * * * ... * * * * * * * *

• 0.12 0.1 25 0.13 0.135 0.14 0.145 0.15 0.155 0.16 Seconds Figure 37 Signal from the radial accelerometer on the impact limiter, unfiltered (top) and low-pass filtered (bottom).

Figure 35, Figure 36, and Figure 37 show unfiltered and filtered signals from the three vertical accelerometers. The most important feature of these signals is that the in-cask accelerometers all over-ranged. They hit their 1000-g limit at time equal to approximately 0.127 seconds when a sudden negative step occurred in the acceleration. Typically with ICP accelerometers, the signal following such an over-range is not valid for a few tenths of a second. Thus, the only thing that can be said with certainty regarding cask acceleration is that it exceeded 1000 gs at the sensor location. This high level was probably caused by the secondary collisions between the heavy tungsten bricks of the shielding layer and the steel body of the cask. Its likely that the steel wool packing did not restrain the tungsten bricks as well in the radial and tangential directions as it did in the axial direction. This would account for the higher peak levels seen in the side drop compared to the end drop. Referring to Figure 35 and Figure 36, the initial and secondary impacts are clear. The initial impact gives a peak acceleration of about 250 gs and the secondary impact gives over 1000 gs (over-range). However there is one unresolved anomaly in the data. Both radial signals go negative at both initial and secondary impacts. However the two sensors face in opposite directions and thus have signals of opposite polarities relative to upwards. One would expect their signals to be approximately the negatives of each other, at least during the initial smaller impact. At present there is no explanation for this pattern, which also occurred in the slap-down drop. Radioactive Material Transport Packaging System Safety Analysis Report 2-853 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

i C Figure 38 Cask and impact limiters following the side drop. 2-854 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 38 shows the cask with impact limiters after the drop. Three of the six heavy steel turnbuckles holding the impact limiters against the cask failed when their clevis pins sheared. This allowed the lower parts of the two impact limiters to move away from each other. This may have caused another secondary impact effect when the impact limiters rotated outwards as far as they could and jammed against the cask outer diameter, thus suddenly stopping the descent of the heavy cask. 7.2 High-speed video Figure 39 shows frames from one of the three high-speed video cameras. The impact time denoted as t = 0.000 seconds in the video frames corresponds to t = 0.1217 seconds in the acceleration time histories. The video sequence shows clearly how the lower sides of the two impact limiters pulled away from each other at impact, causing the lower turnbuckles to fail. This may have been due to a wedging action of the chamfered ends of the cask against the conical section of the mating recess in the impact limiters. It might also have been caused by the centroid of the impact force against the lowest surface of each impact limiter being outboard of the cask ends, causing a rotational moment on the impact limiters. Since there is only about 1/4 inch of diametral clearance between the cask OD and the impact limiter ID, the outward rotation of the impact limiters would come up against a hard limit, which may have contributed to the secondary impact. Following the initial impact, the package bounced to a height of about 17 inches, indicating that over 95% of the kinetic energy had been dissipated. Using the video editing program, the elapsed time was estimated between initial impact and the instant when the cask c.g. reached zero vertical velocity. That time was 0.022 +/-0.004 seconds. The resolution of this measurement (i.e. the time between frames) was 0.002 seconds. Radioactive Material Transport Packaging System Safety Analysis Report 2-855 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

First impact t = -0.004 t = 0.004 t = -0.000 sec t = 0.008 t = 0.012 t = 0.016 t = 0.020 t = 0.024 t = 0.028 t = 0.032 t = 0.044 t = 0.060 Figure 39 Frames from high-speed video of side drop 7.3 Pressure sensing film Figure 40 shows the pressure sensing film from the side drop. Most of the impact was taken on the downward-facing part of the cask cylindrical surface (on the right in the photos), and on the 2-856 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 40 Pressure sensing film removed from the cask after the side drop. Radioactive Material Transport Packaging System Safety Analysis Report 2-857 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

downward facing part of the conical surface, as would be expected. However, there is also a significant amount of red on the paper that was on the uppermost part of the flat, circular end surfaces of the cask (blue arrows in the figure). Pressure against these areas is further evidence of secondary impact after the turnbuckles failed, the impact limiters rotated outwards, and their lower parts moved away from each other. 7.4 Deformation measurements Table 4 shows the measured cask profile deviation from the design nominal before and after the side drop. The conclusion from these was that no significant damage to the cask had occurred. Table 4 Measurements of the cask before and after side-drop. Cask state at measurement After end drop After side drop Deviation Before side drop Before slap-down drop Maximum 0.0046 0.0053 Minimum -0.0101 -0.0109 Figure 41 shows one of the impact limiters after removal from the cask. One of the welds between the conical and cylindrical sections has split open, revealing the energy absorbing foam within. Figure 42 shows an overlay of the measured impact limiter profiles before and after the side drop. Figure 41 Damage to impact limiter from side drop. 2-858 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Image 2: Side Drop - Impact Limiter SIN 105E9694-1 02 90-270 Degree Cross-Section Figure 42 Profiles of the impact limiters before and after the side drop. Radioactive Material Transport Packaging System Safety Analysis Report 2-859 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

7.5 Leak rate test The cask was leak tested following the side drop and was found to meet specification. It was concluded that no degradation had occurred in the seal integrity of the cask. 2-860 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

8. Results: Slap-down drop Figure 43 Package rigged for the slap-down drop.

Figure 43 shows the package rigged for the slap-down drop. The weight of the package is held by the brown rigging straps which lift at the cask trunnions. The yellow straps on either side were adjusted to hold the package such that its left end was about 10 inches higher than its right end. This had been determined by analysis to be the worst case. The lid end of the cask is on the left in the photo. The impact limiters on the left and right will be referred to as the lower and higher respectively. 8.1 Acceleration measurements For the slap-down drop, the two radial accelerometers inside the cask were oriented 7.7 degrees off the vertical direction, facing in opposite directions. The sensor at 90 degrees azimuth faced Radioactive Material Transport Packaging System Safety Analysis Report 2-861 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

downwards so upwards acceleration gave a negative signal from this sensor. Figure 44 shows the signals from these two sensors.. Initial impact was at time = 0.0746 seconds Corner drop, Radial accel at 90 degrees 2000 1500 Initial impact 1000 .. *_: **** *** *** *** *:** *** *** *** ****: **** *** *** ***:** . *** *** *** *** . ... .... . . 500 .. * : ............ . ... . . . . . . . . . . . :*** *** *** ** * ** .. . .. - .. ... ... ... .... ... . . . . . . . . . . . .. ...

                                                                                                                                                                  ~

0 U) 0 -* * * * * .

           -500
          -1000
          -1500
                                                                   **** * ~                 *. ~                  .
          -2000 0.075             0.08                      0.085                   0.09               0.095                      0.1                    0.105                    0.11 Seconds Corner drop, Radial accel at 270 degrees 2000 1500                                                                        . .. ... ... .
                                                                                            ~                                                             . * . . <* . * . . * . . *..

1000 . . :. . .. . .. . .: .. , .. .. ... .. . :** *** ** *** *** :* * * * * * * * * * ** 500  : .............. . . . . . . . . . . . . . .

                                                                       ~                                           .. ... ... ..    ****:   .. .....

U) 0 .. . . . .. . .. 0

           -500
          -1000
          -1500                                                                                                  ;*... .. ... ... . *:- * . . . . . . . . . . . : .. . . . . . . .
          -2000 0.075             0.08                      0.085                   0.09               0.095                      0.1                    0.105                    0.11 Seconds Figure 44 Near-vertical accelerations measured nside the cask for the slap-down drop.

Figure 45 shows the triaxial signals from the sensors on the impact limiter. The radial accelerometer on the impact limiter is again closest to vertical and faces downward. Upwards acceleration gives a negative signal from this sensor. 2-862 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Corner drop, A xial accel on overpack 500 Initial impact ** ******* ** * ........... . .. ** * * * ......... . .. ........ . 00 0 o~ *. - ~ * .* . ~ .

     -500     .. . .... .. *: .. .... ...... ....... .... .... .. ... . .... . ..... ,.. .... .. ** : .. .. ........ : ..... .... ... ......... ... .. ..
    -1000 '-----'-----'---------'-----------------'--------'--------'-----'

0.075 0.08 0.085 0.09 0.095 0.1 0.105 0.11 Seconds Corner drop, Radial accel on overpack 1000..-----,-----,-------,------,,-------,------,------,------, 00 0

    -1000 '-----'-----'---------'-----------------'--------'--------'-----'

0.075 0.08 0.085 0.09 0.095 0.1 0.105 0.11 Seconds Corner drop, Tangential accel on overpack 500 . ... . . . .. .. *** * * * * * * * * *** * * * ** * * * ** * * * *** ,- ** 00 0

     -500 0.075                    0.08                    0.085            0.09   0.095          0.1               0.105              0.11 Seconds Figure 45 Accelerations measured on the impact limiter during the slap-down drop.

Radioactive Material Transport Packaging System Safety Analysis Report 2-863 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Corner drop, Unfiltered radial accel, loc = 90 deg 1000 if! 0 0.075 0.08 0.085 0.09 0.095 0.1 0.105 0.11 Seconds Corner drop, Filtered radial accel, loc = 90 deg , 4 pole s, fc = 900 Hz 1000 if! 0 i,--.-.~ ..-.+-~ - ~ ~ ~~ - .. .. ... .. . *. . . . .. . .. . 0

                   -1000 0.075     0.08      0.085              0.09        0.095 0.1 0.105   0.11 Seconds Figure 46 Signal from the radial in-cask accelerometer at 90-degree azimuth for the slap-down drop, unfiltered (top) and low-pass filtered (bottom).

Corner drop, Unfiltered radial acc el, loc = 270 deg 1000 if! 0 0.075 0 08 0.085 0.09 0.095 01 0105 0.11 Second s Corne r drop, Filtered radial accel, loc = 270 deg , 4 poles, fc = 900 Hz 1000 . . ... . .. .

                                                             ~                . ..

if! 0 0

                   -1000 0.075     0.08      0.085              0.09        0.095 0.1 0.105   0.11 Second s Figure 47 Signal from the radial in-cask accelerometer at 270-degree azimuth for the slap-down drop, unfiltered (top) and low-pass filtered (bottom).

2-864 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Corner drop, Unfiltered overpack radial accel 500 * * * * * * * * * * * * * * .. .. * -- .. .. .... * * * * * * * * * * * : * * * * * * * * * *:-* * * * * * * * * *:* * * * * * * * * * .: * * * * * * * * * * (j) 0

             -500    * * * * * * * * * * * * * * * * * * * ... * * * * *

• 0.075 0.08 0.085 0.09 0.095 0.1 0.105 0.11 Seconds Corner drop, Filtered overpack radial accel , 4 poles, fc = 900 Hz 500 . . . .. . . . . *:* ******** *:***** *****:*** ***** **:******* ** *:* . .. *** * * * *************:* ... ..... .

(j) 0

             -500 0.075                  0.08                0.085     0.09                0.095                  0.1                0.105                    0.11 Seconds Figure 48 Signal from the radial accelerometer on the impact limiter during the slap-down drop, unfiltered (top) and low-pass filtered (bottom).

Referring to Figure 44, there are two major events, one at 0.0822 seconds and one at 0.1042. seconds. Comparing this time interval to the high-speed video (Figure 49), these two impacts are obviously due to the initial strike of the lower impact limiter (on the left in Figure 49) and the strike of the higher impact limiter (on the right in Figure 49). Like the side drop, the initial impact causes the accelerometers to over-range so the only quantitative conclusion that can be drawn is that the accelerometers saw over 1000 gs. The exact peak level in unknown. The slap-down drop also produced the same unexplained polarity as the side drop: both in-cask radial accelerometer signals went negative at the major impact events. Taken literally, these signals would indicate that the round cross section of the cask ID was deforming suddenly into an oval, with the 90 and 270-degree azimuthal locations moving away from each other. At present, there is no satisfactory explanation for this phenomenon. 8.2 High-speed video Figure 49 shows frames from one of the three high-speed video cameras from the slap-down drop. The impact time denoted as t = 0.000 seconds in the figure corresponds to t = 0.0746 seconds in the acceleration time histories. The turnbuckles holding the impact limiters for this Radioactive Material Transport Packaging System Safety Analysis Report 2-865 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

t = -0.004 t = 0.000 t = 0.004 Initial impact t = 0.008 t = 0.016 t = 0.020 t = 0.024 t = 0.028 t = 0.032 t = 0.036 t = 0.040 t = 0.044 Figure 49 Frames from high-speed video of slap-down drop. drop used heavier clevis pins which did not break on impact. However the upper turnbuckles buckled which caused them to become shorter so there was still considerable relative rotation between the two impact limiters, as evident in the video frames. Figure 50 shows the uppermost turnbuckle following the drop. 2-866 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Using the video editing program, the elapsed time was estimated between initial impact and the instant when the cask c.g. reached zero vertical velocity. That time was 0.028 +/-0.004 seconds. Unlike the first two drops, the cask kinetic energy had not been completely dissipated at the zero velocity instant since there was still significant rotational velocity present. The resolution of this measurement (i.e. the time between frames) was 0.002 seconds. Figure 50 Uppermost turnbuckle after the slap-down drop. Figure 50 also shows how the wires from the in-cask accelerometers were crushed and cut by being pinched between the impact limiter and the cask. In this case the relative rotation between the impact limiters and the cask was sufficient to pinch the cables, in spite of the 1/8th-inch-diameter protective rods on either side of the cable. Figure 50 shows that the diametral clearance between cask and impact limiter has been increased to well over an inch by deformation of the impact limiter. In an undeformed impact limiter, this clearance is only about 1/4th inch. Fortunately, the cable fault did not occur until about 25 milliseconds after the end of the main acceleration event so the important data was recorded. Following the impact of the higher impact limiter against the ground, the package rotated counterclockwise (in the view of Figure 49) and its mass center rose approximately 25 inches, Radioactive Material Transport Packaging System Safety Analysis Report 2-867 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

indicating that about 93.3 percent of the kinetic energy was dissipated. Figure 51 shows the highest point in the first bounce. Figure 51 Highest point in the first bounce during the slap-down drop. 8.3 Pressure sensing film Figure 52 shows the pressure sensing film removed after the slap-down drop. The pattern of pressure between the cask and impact limiter is quite similar to that from the side drop. 2-868 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

CORNER DROP (TOP ENO) (ON3 WO.U08J dOHO J H3NHO::> Figure 52 Pressure sensing film removed from the cask and impact limiters after the slap-down drop. Radioactive Material Transport Packaging System Safety Analysis Report 2-869 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

8.4 Deformation measurements Table 5 shows the measured cask profile deviation from the design nominal before and after the slap-down drop. The conclusion from these was that no significant damage to the cask had occurred. Table 5 Measurements of cask before and after the slap-down drop. Cask state at measurement After side drop After slap-down drop Deviation Before slap-down drop Maximum 0.0053 0.0047 Minimum -0.0109 -0.0105 Figure 53 shows the deformation suffered by the impact limiter that was on the higher end of the cask. Figure 54 shows overlays of the measured impact limiter profiles before and after the slap-down drop. The lower part of the figure shows how much the inner diameter of the impact limiter was deformed when it rotated relative to the cask on impact. Figure 53 Damage to the impact limiter from the "slap-down" end of the cask. 2-870 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 54 Profiles of the higher (top) and lower (bottom) impact limiters before and after the slap-down drop. Radioactive Material Transport Packaging System Safety Analysis Report 2-871 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

8.5 Leak rate test The cask was leak tested following the slap-down drop and was found to meet specification. It was concluded that no degradation had occurred in the seal integrity of the cask.

9. Conclusions The objectives, methods, and results of the drop test have been presented. The primary conclusions are as follows.

1. The cask and impact limiters passed the test. The cask passed its helium leak rate test before the first drop and after each of the three drops. No significant deformation of the cask was measured after any of the drops.

2. Measured peak accelerations are not usable for evaluating the accuracy of analytical predictions of cask and impact limiter behavior. Peak acceleration measured on the cask inner surface appears to be caused by secondary impacts between the internal tungsten shielding blocks and the steel cask body. The response to these impacts is not primarily dependent on impact limiter design.

3. Several measured acceleration time histories contained unexplained features. In particular, they did not exhibit a polarity consistent with the large decrease in downward velocity (i.e. upward acceleration) that had to exist at impact.

4. Two of the three drops caused accelerometers measuring in the vertical or near-vertical direction to exceed their 1000-g range. Therefore the waveform indicated by these accelerometers following the over-range is probably corrupted. The only conclusion that can be drawn from these data is that the peak acceleration exceeded 1000 gs at the sensor location. Acceleration data from the end drop is not over-ranged and should be accurate throughout the transient duration.

5. The high-speed video data allowed a reasonably accurate estimate to be made of the total elapsed time for deceleration of the cask c.g. from its impact velocity to zero. This data may be of use in evaluating the accuracy of the analytical predications.

2-872 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.6.2 Free-Drop Test Activity Record - Pre- and Post-Leak Test Radioactive Material Transport Packaging System Safety Analysis Report 2-873 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-874 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

ICSA Engineering, Inc. AOS Cask drop test pl an Rev. 3 AOS-165 TRANSPORT PACKAGE FREE DROP TEST ACTIVITY RECORD Page _'i__ of_.1".J__ Step No. Activity Completed Date

          .4.4

• Pre-test leak test performed (co ntinue).

Temp. of CL: ls, o" CO, Temp. Correc ted Leak Rate: Thenno meterType: oiq;1 ... / SIN: t"t:,;-r:;. Cal. Due: a';i l fli/2.tiL'E'l TEST PARAMETERS: ' . ' we\A,inc.~.;:411~ Ll8A, V.J-*? ~ Tracer Gas: Heh um Concentration of Cylin der _ _ _'l% <::,ylmder ID: ..LQ1.:_~5~ ~- 5 Amb ientTemp: bo 0 f 1 c@ AcceptanceCriteria: Z. (,. -,lx / o -7 TEST RES UL TS : (Seal Joint) £ -'7 - "f Pre-Ca l. Rate: l :; '6, 10 .,q Leak Rate

• J )( I() Post-Cal Rate: 1. I.I l{ \0 Test Results: @ 'Reject. Perfonncr: R f o ~ e v el: .zz:r: Ce,t. No. 'i ~ 02 '-

COMMENTS  :::r<< .. c~ cl.. Ge-.,~ de' """' TEST RES UL TS: (Vent Port Plug) Pre-Cal. Rate: _ _ _ _ _ Leak Rate _ _ _ _ _ _ Post-Cal Rate: _ _ _ _ __ Test Results: Accept/Rej ect. Performer: Level : Cert. No. _ _ __ _ __ COMMENTS N}t ,9 usc:d  !<a.nor;, 1.ac. Te::st::: Res:u{L'? TEST RES UL TS: (Drain Port Plug) Pre- Ca l. Rate: _ _ _ _ _ Leak Rate _ _ _ _ _ _ Post-Cal Rate: Test Results: Accept/Reject. Perfo1111er: Level: Cert. No. COMMENTS: ~//!. U see: cL__R_a._ n_o-.,,- , T,tc* Je SC /(e: _ 5_"" _ f_t._ s_ __ Additional Comments: Activities Completed:

                                                                                                      ~.-ef)~

QA/QC Engineering 33 Radioactive Material Transport Packaging System Safety Analysis Report 2-875 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

AOS Cask drop test plan Rev. I AOS-165 TRANSPORT PACKAGE FREE DROP TEST ACTIVITY RECORD Step No. Activity Completed Date D.O Post-Test-Orientation: eIv O 'Dyp f Date: 3

• ft*o7£ime: 'S OD 0 ft" .

           .I   Videotape cameras stopped .
           .2   Acceleration signal tapes replayed .
           .3   Videotape replayed and package orientation at impact checked .
           .4   Still photos of package taken .
           .5   Impact limiter(s) removed and still photos of the package taken .
           .6   Pressure-sensing film removed, marked, and packed for safe storage .
           .7   Dimensional inspection of the cask and impact limiter(s) taken .
           .8   Pre-test leak test performed.

TEST EQUIPMENT: j MSLD: Mfr: ftCltltft- Model: /.Jo '(., SIN ~ 0-Calibrated Leak (CL) SIN: 3 43 J Leak Rate: ,z .,-1,,/:,a O -7 Cal. Due: I/ja zjutv 7 Temp. of CL: S'J ~ f C/f. Temp. Corrected Leak Rate: Thermometer Type: "/Jl11ft,/ ~ Slb SIN: .,.(.,t.',.J:.t:7~':.,,-tj:.;;;;,;;;;;-cr:ia11.ro;:;-;u::e:~ o::;

                                                                             =                                                                      bl)t   J TEST PARAMETERS: 1                                         <: 1 b; -SVI l,l pj.11 I.J ,j', 0                               7 t.le/fl u~!f-o't Tracer Gas: Helium C9nc9Jtration of Cylinder~ Cylinder ID:_ I O '1

• J- 1 7* ';{' *J..I t: - ::> -

Ambient emp: T_ /?/,) C/F. Acceptance Criteria: / , lijp 1A >UO 7 TESTRESULTS: _1 - "j.. 10 3hr.}c7 _q Pre-Cal. Rate: 7 ,3 Y( o Leak Rate 'L_)(l0 Post-Cal Rate: 2, 3 K IC, ' Test Results: 1£9<ePt!Reject Performer: K,f/;H)bU-i Level: IT/ Cert. No. C zZ() COMMENTS: I -=--- Activities Completed:

          .9    COMMENTS:

2-876 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

fCSA £ngineerln9. Inc. AOS Cask drop test plan Rev. 3 AOS-165 TRANSPORT PA CKAGE FREE DROP TEST ACTIVITY RECORD ,J Page ,K of fl__,fl q 1-t~,tq ....~ Step No. Activity Completed Da te

         .4.4

• Pre-test leak test performed (continue). - J Temp. of CL: _!iji,_1;__ ell:) Temp. Corrected Leak Rate: _l_~f >< /0 J Thennometer Type: JJ~tt\ \ S1N: +-9 4"t ---~ Cal.Due: .Q.fij.J-2..~7 TEST PARAMETERS: ,; 1 'a1-li! 1-i(:IA 1/*'L,-.

Tracer Gas: Helium Concentration ofCylind'tretcl~% Cylinder ID: I (l_2__:_Z_z_"1 , 5- H

• 6 Ambient Temp: k3. 3 c,O Acceptance Criteria: __ I *fl )(It> -7 TEST RESULTS: (Seal .Joint) -1
• Pre-Cal. Rate: :1._.~ X Io* 'i _ Leak Rate 2 Test Results: Accept/Reject. Performer: W*£ )C I O COMMENTS: _ _ _ _ _ __ __ _ __ __ __ _ __ _ __ _ _ _ __ _ _ _

Post-Cal Rate: _2_.,_f..p__~.:' Level: 7ff Cert. No. () 2 '1, 0 TEST RESULTS: (Vent Po?; Plug) ).. - ] Pre-Cal. Rate: * *" )1./o* Leak Rate -;z, / 1O Post-Cal Rate: 2 . ( X t,a_:; Test Results: Accept/Reject. Performer: /lJ.L Level: __.1l/;_ Cert. No. 0 2, I- t:> COMMEI\TS: [\Or.l, ,Q t't).W).o.Jl...TuD T . ~ - - - - - - - - - - - -- -- -

                                                                                   -*         I TEST RESULTS: (Drain P.11i, Plug)
                                                                      /.!,t./1)
                                                                     ~-

J 4, ,J.()7 7

Pre-Cal. Rate: '1,./ X/0 Leak Rate _ ~ - - - - Post-Cal Rate: 2,/ Jt,. I() Test Results: Accept/Reject. Performer:__ _ 71£ . _ Level: ~ - Cert. No. t. (} 7. O COM MENTS: \)t),,1'1,..'g m, .nw~'Z.,_________________ _

               ~:-y;~ ~ 5~,'.t A=) ,S t:~ sfJ:¥?::--::,8!,.'t :Pk~~

Additional Comments: Activities Completed: tiw~~ Project/testEngineering QA/QC Engineering 33 Radioactive Material Transport Packaging System Safety Analysis Report 2-877 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

ICSA En9lneerfn9, Inc:.

                                                                                                       /\OS Cask drop test plan Rev. I AOS-165 TRANSPORT PACKAGE FREE DROP TEST ACTIVITY RECORD Step No.                                              Activity                                                        Completed Date D.O    Post-Test -Orientation:     SiJ.e Ot o p                  Date:  'J{ Z, "'/4 i!' Time: '5 *. o o    Y"
           .I    Videotape cameras st opped .
           .2    Acceleration signal tapes replayed .
           .3    Videotape replayed and package orientation at impact checked .
           .4    Still photos of package taken .
           .5    Impact limiter(s) removed and still photos of the package taken.              ~- ~ ~-
           .6    Pressure-sensing film removed, marked, and packed for safe storage .
           .7    Dimensional inspection of the cask and impact limiter(s) taken .
           .8    Pre-test leak test performed .

TEST EQUIPMENT: MSLD: Mfr: Ha,.('i a,...n, Model: ' f!'l.c? Si N LI..'! ',to I t,,.,. Calibrated Leak (C L) SIN: _'3, Y, 1"J Leak Rate: _Z, ¥, {!; . \ y; I_Q~~? Cal Due: $ :.E...2~-

                      ~emp. of CL: 5.'L...(p_ Ct£) Temp . Corrected L(~~1~~(* 1JXI() - 1 1 he.nnometer T,ype: . ~ t a(                    SIN: -~- ~~~ t at. Due: __S::_15...:_c2_7'._

TEST PARAMETERS: i....,~fd./r1fG1a.s<f' .'f.~.p 'I Tracer Gas: Helium Con.:cntratio n ofCylinc.icr _____ % Cylinder ID: \ 0 Z- 2 ?? - 5 , I-{/:* 5 Ambient Temp: _!d_{.,_.!f___ Acceptance Critc:ria: /.7t:f.X./() - 7

• TEST RESULTS: - 7 -& - J Pre-Cal. Rate: /*JJ 14(0 Leak Rate 1. 3 X: 10 Post-Cal Rate: _!:_J_J..~10 _

Test Results: Accept/Rej ect. Pcrformer: _ :i!J.J?------- Level: :JI[: _ _Cer1. No. 0 IT t> COMMENTS: - -- - -- - -- - - - - -- -- - -- - -- -- - -- - - - Activities Completed:

                                                                                                               ~ "-*

QA/QC Engineering

          .9     COMMENTS:

36 2-878 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

ICSA Engineering, Inc. AOS Cask drop tesl plan Rev. I AOS-165 TRANSPORT PACK.AGE FREE DROP TEST ACTIVITY RECORD Step No. Activity

           .4.4

• Pre-test leak test perfo rmed (continue).

Temp. of CL: Sb.,__!{___c lC)Temp. Corrected Leak Rate: _ _ _ _ _ __ Thermometer Type: ~t::..9.1_ ______ SIN: --~ ----- Cal. Due: S.:.. ~ _¢_7___ _ TEST PARAMETERS:  :"'..:a.:1! W6tf '1* $*&>? Tracer Gas: Helium Concentration of Cylind~-~~~-' 11 f % "~yiTndcr ID: ..I~ '2:~ ~1:._'S-1:-11:

• G Ambien l Temp:_ 4: ( , )i C{E) 1\cceptance Cri1cria : __________ :J TEST RESULTS: {Seal .Joint) . ,.

z.~ )(

                                                                                                                            -r          /.J*"t Pre-Cal. Rate: ~

Test Res~ l:s: Accept/Reject. Perfonner:_ ____ r~---* _1:0..:.:!_ Leak Rate ~ ~ ~:_~_ Post-Cal Rate: Level: _7TJ_ _ Cert. COMMEN TS . _ _ _ _ __ _____c...__ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ l0 No. -tif-% _

                                                                                                                                   ~JI

()1/,() TEST RESULTS: (Vent Port Plug) .. g Pre-Cal. Rate: _1.,5_ l( ta

• l:f Leak Rate __£, J ,< /_C>_____ Post-Cal Rate: _\.,_lX1J2..~ ~

Test Resu lt s: Accept/ Reject. Performer:_ ~ ---* Level: ..JJJ. Cert. No. 6 l l O COMMENTS _ _ _ _ _ _ _ __ _ _ _ __ _ _ __ __ _ _ __ __ _ __ __ TEST RESULTS: (Drain Port Plug) J Pre-Cal. Rate kll\~ Leak Rare 2-5 7' ID Post-Cal Race: 2..__~J( Io:.__Cai Test Results: Accept/Rej ect. Perfonnct"" j/ Level: _-:Jl.l_ Cert. No. Ol.' 0 COMM EN TS: - - - - - - - - - - - - - - - -- --------------- Additional Comments: Activities Completed:

                                                                                                             - ~ - -

QA/QC Engineering 33 Radioactive Material Transport Packaging System Safety Analysis Report 2-879 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

AOS Cask drop test pl an Rev. l AOS-165 TRANSPORT PACKAGE FREE DROP TEST ACTIVITY RECORD Step No. Activity Completed Date D.O Post-Test - Orie ntation: "> \ g. f <{o w !\. Date: 3-?.~ Time: J./ : ft> Pm

           .I   Videotape ca meras stopped .
           .2   Acceleration signa l tapes replayed .
          .3    Video tap e replayed and package orientatio n at impact checked .
          .4    Still photos of package taken.
          .5    Impact limiter(s) removed and still photos of the package taken .
          .6    Pressure-sensing film removed, marked, and packed for safe storage .
          .7    Dimensio nal inspection o f the cask and impact limiter(s ) taken .
          .8    Pre-test leak test performed.

TEST EQUIPMENT: MSLD: M f r : ~ Model I 1, (.) t: SIN _ __ _ _ _ Calibrat ed Leak (CL) S/N: . ;:ii/ 3 ~ Leak Rate: ~ .LLA1..~. JD...:<v' Cal. Due: _u:...0 t . 01 Temp. of CL: _ 55_:"__ C(f) Temp. Corrected Leak Rate: ~~ )C ,o

• q Them10meter Type: Pi'f,tg,/ lm::J~/N: ~ -------- Cal Due: £_~__ij_____ _

TEST PARAMETERS: we l~i~';l-l~Tde Tracer Gas : Heli um Concentration of Cylinder _ _ _/% Cylinder ID 'LJ;l-2._:U1_:5~ I{ £ -5 Ambient Temp:~-~- _ c(f) Acceptance Cri1e1J.il,; ___ 111:'5..!...0 - !_ __ TEST RESULTS: -1 l*(/1,/o-, -1 ~ ,.,o.*1 _ 'f Pre- Cal. Rate: 1,*C.11'l0 Leak Rate--~ , 11(,6> Post-Cal Rate: l, t/'1-t/) Test Resulrs: Accept/ Reject. Performer:_ '3/'---- Level: _J/f_ Cert. No. _ e,_:l:,...,l,_ o_ _ __ COMMENTS : _ _ _ _ __ _ __ _ __ _ _ _ _ _ _ _ __ __ _ _ __ _ __ Activities Completed: _H~~ QA/QC Engineering

          .9    COMMENTS :

36 2-880 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.7 Dimensional Inspection Report Radioactive Material Transport Packaging System Safety Analysis Report 2-881 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-882 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

EAST ~ ST IVIE I ROLOGV 461 Boston Street i Topsfield, Massachusetts 01983 i Tel: 978-887-5781 i Fax: 978-887-5782 i www.EastCoastMetrology.com RANOR / GE Energy / AOS AOS-165 Cask Drop Test Dimensional Summary Report No. 109699-01 (4-23-07) RANOR Purchase Order No.: 109699 Part Names: AOS-165 Cask Assembly and Impact Limiters Document

References:

Drawing Nos.105E9692 Rev. 2; 105E9694 Rev. 3; Specification No. 22A9418 Rev. 3 Serial Numbers: AOS-165 105E9693-1 (RANOR S/N 050280-01) AOS-165 105E9694-1-1-01 (RANOR S/N 060452-01) AOS-165 105E9694-1-1-02 (RANOR S/N 060452-02) AOS-165 105E9694-1-1-03 (RANOR S/N 060452-03) AOS-165 105E9694-1-1-04 (RANOR S/N 060452-04) AOS-165 105E9694-1-1-05 (RANOR S/N 060452-05) Inspection Dates: March 16-30, 2007 Attachments: FARO Calibration Certificate No. 4655 (10-19-2006) Inspection Conditions: Location: GE Nuclear Energy Vallecitos Nuclear Center Sunol, CA 95486 Material: Stainless Steel Measurement Units: Inches East Coast Metrology was contracted by RANOR, Inc. for performance of On-Site Laser Tracker Inspection Services of the AOS-165 Cask Assembly and Impact Limiters fabricated by RANOR. The items were located at GE Nuclear Energy Vallecitos Nuclear Center 6705 Vallecitos Road Sunol, CA 95486. East Coast Metrology utilized a FARO Laser Tracker Model X System, Serial No. X01000601930 for performing the dimensional inspections. The equipment has been calibrated by the manufacturer - FARO Technologies Kennett Square, PA 19348 on October 18, 2006, calibration due October 18, 2007 (FARO Calibration Certificate Number 4655) using standards traceable to the National Institute of Standards and Technology (NIST). All dimensional inspection was performed under the direction and observation of GE Nuclear Energy Raul Pomares, Project Manager for the AOS-165 Cask Assembly and components. The AOS-165 Cask Assembly and accompanying Impact Limiters were inspected by East Coast Metrology before and after each drop test to determine the extent of deformation due to each type of drop. Each component was scanned and compared to its corresponding CAD model using a Laser Tracker. See the following for a summary of the inspections and data. RANOR/GE/AOS AOS-165 Cask Drop Test Dimensional Summary Report RANOR P.O. No. 109699 Report No. 109699-01 Page 1 of 7 Date: 4/23/2007 Radioactive Material Transport Packaging System Safety Analysis Report 2-883 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

EAST ST IVIE I ROLOGV 461 Boston Street i Topsfield, Massachusetts 01983 i Tel: 978-887-5781 i Fax: 978-887-5782 i www.EastCoastMetrology.com AOS-165 Cask Assembly: For each set of scan data for the Cask, the 0, 90, 180, and 270 degree profiles were scanned. An alignment using the axis of the cylindrical part of the cask as the controlling datum was used. This axis was then intersected with the Lid End of the Cask and a point was constructed. Another point was measured at the 90 degree lifting lug to establish the other axis. This alignment was repeated for each measurement of the Cask. The table below, Table 1, shows the maximum and minimum deviations of the profiles of the Cask when compared to its CAD model for each drop test. The maximum (positive) deviations indicate the profile of the Cask was larger than that of the model. Similarly, the minimum (negative) deviations indicate that the profile of the Cask was smaller than that of the model. Table 1: Cask Assembly Pre- and Post- Drop Profile Deviations from CAD Model (inches) Cask Condition Pre End Drop Post End Drop Post Side Drop Post Slap Down Maximum Deviation 0.0068 0.0046 0.0053 0.0047 Minimum Deviation -0.0094 -0.0101 -0.0109 -0.0105 Over the course of all three drop tests, the maximum deviations varied by a total of 0.0022 inches, while the minimum deviations varied by a total of 0.0015 inches. This indicates that the effect of the drop tests had a negligible impact on the profile of the Cask. Below is a sample of the Cask profile from the Pre- End Drop scan. There are 2 pictures, Image A is the 0-180 Cross-Section of the Cask, and Image B is the 90-270 Cross-Section. The red areas represent the positive (maximum deviations) and the yellow areas represent the negative (minimum deviations). RANOR/GE/AOS AOS-165 Cask Drop Test Dimensional Summary Report RANOR P.O. No. 109699 Report No. 109699-01 Page 2 of 7 Date: 4/23/2007 2-884 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

EAST IVIE I ROLOGV 461 Boston Street i Topsfield, Massachusetts 01983 i Tel: 978-887-5781 i Fax: 978-887-5782 i www.EastCoastMetrology.com Image A: Cask Assembly Pre-End Drop Scan Data, 0-180 Degree Cross-Section Image B: Cask Assembly Pre-End Drop Scan Data, 90-270 Degree Cross-Section RANOR/GE/AOS AOS-165 Cask Drop Test Dimensional Summary Report RANOR P.O. No. 109699 Report No. 109699-01 Page 3 of 7 Date: 4/23/2007 Radioactive Material Transport Packaging System Safety Analysis Report 2-885 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

EAST -ta ST IVIE I ROLOGV 461 Boston Street i Topsfield, Massachusetts 01983 i Tel: 978-887-5781 i Fax: 978-887-5782 i www.EastCoastMetrology.com AOS-165 Cask Impact Limiter Assemblies: For the Impact Limiters, scan data was taken at the 0, 30, 60, 90, 120, 150, 180, 210, 240, 270, 300 and 330 degree profiles. In order to compare each impact limiter in its pre- and post- drop condition, an alignment using the bottom perimeter (opposite the domed-end), measured as a circle, was used a reference. By measuring it as a circle, the center point and vector of the measured circle were established. The portions of this circle that were deformed due to each drop test were not used in this calculation. The vector of this axis was defined to be the primary datum in this alignment. A point was then measured at the 90 degree lifting lug to establish the second axis in the coordinate system. This process provided the only repeatable means to align each impact limiter and subsequently compare the results. Once the pre- and post-drop scan data was collected for each Impact Limiter, the 90-270 degree profile cross-sections were overlaid in order to calculate the magnitude of deformation for each drop. In the images below, each Impact Limiter has been analyzed in this manner and the deformations reported. They are listed below in the same order that the drop tests occurred: End Drop (Impact Limiter 5), Side Drop (Impact Limiters 1 & 3) and Slap Down (Impact Limiters 2

 & 4).

Image 5: Impact Limiter Serial No. 105E9694-1-1 End Drop Cross-Section Overlay RANOR/GE/AOS AOS-165 Cask Drop Test Dimensional Summary Report RANOR P.O. No. 109699 Report No. 109699-01 Page 4 of 7 Date: 4/23/2007 2-886 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

EAST ST IVIE I ROLOGV 461 Boston Street i Topsfield, Massachusetts 01983 i Tel: 978-887-5781 i Fax: 978-887-5782 i www.EastCoastMetrology.com Image 2: Side Drop - Impact Limite r S/N 105E9694-1-1-02 90-270 Deg ree Cross-Section Image 2: Impact Limiter Serial No. 105E9694-1-1 Side Drop Cross-Section Overlay Image 4: Impact Limiter Serial No. 105E9694-1-1 Side Drop Cross-Section Overlay RANOR/GE/AOS AOS-165 Cask Drop Test Dimensional Summary Report RANOR P.O. No. 109699 Report No. 109699-01 Page 5 of 7 Date: 4/23/2007 Radioactive Material Transport Packaging System Safety Analysis Report 2-887 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

EAST ST IVIE I ROLOGV 461 Boston Street i Topsfield, Massachusetts 01983 i Tel: 978-887-5781 i Fax: 978-887-5782 i www.EastCoastMetrology.com Image 1: Impact Limiter Serial No. 105E9694-1-1 Slap Down Cross-Section Overlay Image 3: Impact Limiter Serial No. 105E9694-1-1 Slap Down Cross-Section Overlay RANOR/GE/AOS AOS-165 Cask Drop Test Dimensional Summary Report RANOR P.O. No. 109699 Report No. 109699-01 Page 6 of 7 Date: 4/23/2007 2-888 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

EAST ~ ST MEIROLOGV 461 Boston Street i Topsfield, Massachusetts 01983 i Tel: 978-887-5781 i Fax: 978-887-5782 i www.EastCoastMetrology.com Contact Information As part of this report, East Coast Metrology appreciates the request for any additional information, which will help our customers find solutions to their measurement problems. We proudly consider ourselves as allied partners to our customers, and can assist in the positioning and alignment of features, along with our ability to perform high accuracy measurements. The key to our success is to be able to provide our customers with complete solutions, and the information that is most valuable to their cause, in a clear and concise manner. We welcome any questions you may have, and look forward to working together in the near future. Please feel free to contact us for additional information or concerns that may arise. David K. Kramer Project Engineer East Coast Metrology 461 Boston Street (A4) Topsfield, Massachusetts 01983 Tel: 503.997.7055 Fax: 603.251.5678 E-mail: dkramer@eastcoastmetrology.com Attachments: AOS-165 Cask Assembly Impact limiter, Serial No. 105E9694-1-1-01 Pre- and Post- Slap Down Scan Data (12 pgs) AOS-165 Cask Assembly Impact limiter, Serial No. 105E9694-1-1-02 Pre- and Post- Side Drop Scan Data (10 pgs) AOS-165 Cask Assembly Impact limiter, Serial No. 105E9694-1-1-03 Pre- and Post- Slap Down Scan Data (14 pgs) AOS-165 Cask Assembly Impact limiter, Serial No. 105E9694-1-1-04 Pre- and Post- Side Drop Scan Data (12 pgs) AOS-165 Cask Assembly Impact limiter, Serial No. 105E9694-1-1-05 Pre- and Post- Head Drop Scan Data (10 pgs) RANOR/GE/AOS AOS-165 Cask Drop Test Dimensional Summary Report RANOR P.O. No. 109699 Report No. 109699-01 Page 7 of 7 Date: 4/23/2007 Radioactive Material Transport Packaging System Safety Analysis Report 2-889 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

THIS PAGE INTENTIONALLY LEFT BLANK 2-890 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.8 Analysis of Content-Cask Lid Impact Content accelerations due to head-on 30-ft. package drops and content-cask lid gaps are determined by equating impact kinetic energy to strain energy within the impact limiter. The cask and impact limiter are modeled as a generalized single degree of freedom (SDOF) spring-mass system, using an approximation of the impact limiter force-displacement relation determined in the 30-ft. drop analyses. The content is also modeled as a generalized lumped mass, and content impact kinetic energy determined from a central impact formulation. The velocities applied in the central impact calculation are determined from equations of motion for the two generalized masses under gravitational force and initial velocity. m1 u1 , v1 m2 u2 , v2 k2 Figure 2-68. Generalized Model of Impact I a = Content acceleration T = Kinetic energy e = Coefficient of restitution U = Strain energy g = Gravitational acceleration v0 = Initial velocity k = Impact limiter spring stiffness v1 = Content velocity m = Effective mass v2 = Cask velocity m1 = Content mass w1 = Content weight m2 = Package mass w2 = Package weight P = Impact force = Spring displacement u1 = Content displacement = Gas u2 = Cask displacement = Frequency, (k2 / m2) Radioactive Material Transport Packaging System Safety Analysis Report 2-891 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Content equation of motion for initial velocity v0 and force g: g = d2u1 / dt2 u1 = g

• t2 / 2 + v0
• t v1 = du1 / dt = g
• t + v0 Cask equation of motion for initial velocity v0 and force g:

g = d2u2 / dt2 + (k2 / m2)

• u2

                 =       (k2 / m2) u2     =       (v0 / )

• sin t + g
• t2 / 2 v2 = du2 / dt = v0
• cos t + g
• t for, sin t = t - (t)3 / 6, u2 = (v0 / ) * [t - (t)3 / 6] + g
• t2 / 2 u2 = v0
• t - v0
• 2t3 / 6 + g
• t2 / 2 Equating cask and content displacements:

                 =       u1 - u 2
                  =       v0

• 2
• t3 / 6 t = (6 * ) / (v0
• 2)1/3 2-892 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Impact kinetic energy: T = 0.5 (1 - e2) * (v2 - v2)2 * [m1

• m2 / (m1 + m2)]

m = [m1

• m2 / (m1 + m2)]

e = 0.0 T = 0.5

• m * (v1 - v2)2

                 =       0.5

• m
• v02 * (1 - cos t)2 Equating strain and kinetic energy:

T = k

• 2 / 2

                =       (2

• T / k)

P = k * = (2

• T
• k) a = P / w1 = (2
• T
• k) / w1 Applying equations to AOS casks:

Model W1(lb) W2(lb) K(lb/in) Gap(in) Freq(hz) Acc(g) AOS-025 1.500E+01 1.680E+02 1.390E+05 1.000E-01 8.999E+01 8.662E+02 AOS-050 6.000E+01 1.181E+03 1.040E+05 1.000E-01 2.936E+01 1.868E+02 AOS-100 5.000E+02 9.510E+03 2.330E+05 5.000E-01 1.549E+01 1.798E+02 Radioactive Material Transport Packaging System Safety Analysis Report 2-893 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Fortran program for equation evaluation (ContentAcc.for): c c a - content acceleration in g c f - package frequency c g - gap c xk - impact limiter stiffness c xm - effective mass c xm1 - content mass c xm2 - package mass c t - time to contact c T - 2x kinetic energy c v0 - initial velocity c w1 - content weight c w2 - package weight c implicit real*8 (a-h,o-z) c c open files & initialize output open(1,file='contentacc.in') open(2,file='contentacc.out') write(2,'(5x,5hModel,5x,6hW1(lb),5x,6hW2(lb),3x,8hK(lb/in),

       &              4x,7hGap(in),3x,8hFreq(hz),5x,6hAcc(g))')

write(2,'(5x,5h-----,5x,6h------,5x,6h------,3x,8h--------,

       &              4x,7h-------,3x,8h--------,5x,6h------)')

c c initialize constants v0=527.5 exp=0.333333 pi2=6.28319 c c loop on models do n=1,3 read(1,*) model,w1,w2,xk,g xm1=w1/386.4 xm2=w2/386.4 xm=xm1*xm2/(xm1+xm2) f=dsqrt(xk/xm2) t=(6*g/(v0*f**2))**exp T=xm*v0**2*(1-dcos(f*t))**2 a=dsqrt(T*xk)/w1 write(2,'(i10,6es11.3)') model,w1,w2,xk,g,f/pi2,a enddo c end Input data (ContentAcc.in): 100,500,9510,2.33e5,0.5 50,60,1181,1.04e5,0.1 25,15,168,1.39e5,0.1 2-894 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.9 Comparison of Libra Static and Dynamic Impact Analysis Date February 9, 2010 Libra static and dynamic impact analyses are compared to assess applicability of the static method to AOS cask drop analyses. Results of static and dynamic analyses of a 30-ft. head-on drop are compared. A model 165 cask with 20 psf density foam is used in the analyses. Both impact forces and displacements given by the two solutions are shown to be in good agreement. In the Libra dynamic analysis, the impact velocity corresponding to a 30-ft. drop is applied as an initial condition, and cask response is determined by a direct integration solution. An axisymmetric, 2D model of the foam and cask is used. The FEA model is shown in Figure 2-69, where the foam and cask are distinguished by different colors. The cask is modeled as a solid steel cylinder, with density adjusted to give a total cask and foam weight of 40k. A bi-linear foam constitutive model and von Mises yield criteria is used, with initial modulus of 19.0 ksi, secondary modulus of 5.4 ksi, and an equivalent yield stress of 2.0 ksi. The initial modulus and yield stress are based on foam stress at 10% strain, and the secondary modulus is based on the foam stress at 10% and 65% strains. Both foam to ground and foam to cask interfaces are modeled by gapped, compression-only, spring elements. Cask time-history displacement determined in the dynamic analysis is shown in Figure 2-70. The maximum displacement is 5.76 in, and occurs at 0.016 sec. Forces in ground impact springs are shown in Figure 2-71 and Figure 2-72. Figure 2-71 shows forces in individual ground contact springs, while Figure 2-72 shows the resultant of all ground contact springs. In Figure 2-71, time lapses before springs compress reflect developing foam-ground contact. From Figure 2-72, the maximum, total impact force is 6020 k. The deformed model at maximum displacement is shown in both Figure 2-73 and Figure 2-74. Figure 2-73 shows only the foam deformation, while Figure 2-74 shows both the foam and cask deformation, with displacement contours super-imposed. Libra static drop analyses involve determining impact force and foam strain energy due to deformation at ground contact locations. Maximum impact force corresponds to the value of strain energy equal to the potential energy of the 30-ft. drop. A 180°, 3D foam model, shown in Figure 2-75, is used in the analysis. Results of the static analysis are shown in Figure 2-76 and Figure 2-77. Figure 2-76 shows the deformed model at maximum displacement, while Figure 2-77 shows force and energy developed in the analysis. For a 180° model, the required strain energy is half the potential energy of a 40 k structure drop, or 7200 in-k. From Figure 2-77, the corresponding displacement is 5.7 in, and the impact force is 6400 k. Figure 2-77 is based on an accurate foam constitutive model. A static analysis is also performed using the approximate bi-linear foam constitutive model applied in the dynamic analysis. Plots of force and energy for the bi-linear constitutive model are presented in Figure 2-78, and the impact force is 6800 k. The 5.7 in displacement and 6400 k force determined in the static analysis from Figure 2-77 compare well to the 5.76 in displacement and 6020 k force determined in the dynamic analysis. In addition, the deformation patterns given by the two solutions are also in good agreement. For the same constitutive model, the static method gives 6800 k while the dynamic method gives 6020 k, indicating the static method is conservative. Radioactive Material Transport Packaging System Safety Analysis Report 2-895 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-69. Dynamic Analysis FEA Model 2-896 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-70. Cask Displacement Time-History Radioactive Material Transport Packaging System Safety Analysis Report 2-897 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-71. Ground Impact Forces in Dynamic Model 2-898 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-72. Total Ground Impact Force in Dynamic Model Radioactive Material Transport Packaging System Safety Analysis Report 2-899 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-73. Deformed Dynamic Model at Maximum Displacement Figure 2-74. Displacement Contours n Deformed Dynamic Model 2-900 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-75. Foam Static Analysis FEA Model Figure 2-76. Deformed Foam Static Model at Maximum Displacement Radioactive Material Transport Packaging System Safety Analysis Report 2-901 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Energy Force P = 2x3200 = 6400 k Figure 2-77. Energy and Force Plots for Static Analysis 2-902 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Energy Force P = 2x3400 = 6800 k Figure 2-78. Energy and Force Plots for Static Analysis with Bi-Linear Stress-Strain Radioactive Material Transport Packaging System Safety Analysis Report 2-903 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.9.1 Appendix A - Libra Dynamic Impact Analysis Input File ti dynamic impact analysis mc 9 cnd 1, 23.3,-8,0 , 2, 37.5,-8,0 , 3, 37.5,27.9,0 , 4, 23.3,13.3,0 , 5, 20.1,16.5,0 , 6, 25.6,33.4,0 , 7, 13.3,36.7,0 , 8, 13.3,29.125,0 , 9, 0.0,16.5,0 , 10, 0.0,29.125,0 , 11, 19.4,35.3,0 , 12, 31.7,30.9,0 , 13, 13.3,16.5,0

• foam g10 9,9, 1,1, 8,1, 0,1 1,2,3,4

       -1 g10 9,5 4,3,6,5 6, 12
       -1 g10 9,5 5,6,7,13 6, 11
       -1 g10 5,6 9,13,8,10
       -1

• pseudo cask g10 5,21, 1001,1001, 8,2, 0,0 0,-43.6,0, 13.3,-43.6,0 13.3,16.4,0, 0,16.4,0

      -1 2-904                                   Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

g10 5,21, 1201,1201, 8,2, 0,0 13.3,-43.6,0, 20.1,-43.6,0 20.1,16.4,0, 13.3,16.4,0

     -1 g10 5,21, 1401,1401, 8,2, 0,0 20.1,-43.6,0,          23.2,-41.6,0 23.2,13.2,0,           20.1,16.4,0
     -1

• cask contact springs el 2001,1,3, 1101,172, 4,1,1

, 2005,1,3, 1105,163 , 2006,1,3, 1302,154 , 2007,1,3, 1303,145 , 2008,1,3, 1304,136 , 2009,1,3, 1502,109 , 2010,1,3, 1503,100 , 2011,1,3, 1504,91 , 2012,1,3, 1505,73

• boundary contact springs nd 3162, 16.3375, 36.7, 0

, 3153, 19.4, 36.7, 0 , 3144, 22.4875, 36.7, 0 , 3126, 25.6, 36.7, 0 , 3117, 28.6875, 36.7, 0 , 3108, 31.7, 36.7, 0 , 3171, 13.3, 37.7, 0 el 3001, 1, 4, 162,3162 , 3002, 1, 5, 153,3153 , 3003, 1, 6, 144,3144 , 3004, 1, 7, 126,3126 , 3005, 1, 8, 117,3117 , 3006, 1, 9, 108,3108 , 3007, 1,10, 171,3171

• merge nodes me 0.001
• boundary cond bc 3108,8,9, 12,0.0
• element properties pr 1,101

, 101, 1.9e4,0.3,1.0e-6,3.0e-5,2.0e3,5.4e3 Radioactive Material Transport Packaging System Safety Analysis Report 2-905 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

PR 2,102 , 102, 28.0E6,0.3,1.0E-5,0.00099,1.0e6,1.0e9 pr 3, 1.0e7,1.0e7,1.0e9, 1,0.0000,0, 0,0 pr 4, 1.0e7,1.0e7,1.0e9, 1,0.6375,0, 0,0 pr 5, 1.0e7,1.0e7,1.0e9, 1,1.4000,0, 0,0 pr 6, 1.0e7,1.0e7,1.0e9, 1,2.2875,0, 0,0 pr 7, 1.0e7,1.0e7,1.0e9, 1,3.3000,0, 0,0 pr 8, 1.0e7,1.0e7,1.0e9, 1,4.4875,0, 0,0 pr 9, 1.0e7,1.0e7,1.0e9, 1,5.8000,0, 0,0 pr 10, 1.0e7,1.0e7,1.0e9, 1,0.0000,0, 0,0

• MAIN9 solution data sc 25000,1,0,1, 1.0e-6,1000,0, 0.00001,0,1.4, 1.0 ic 1,1505,2,0,527.5 mo 1,1101,2 mo 4,3001,1

, 4,3002,1 , 4,3003,1 , 4,3004,1 , 4,3005,1 , 4,3006,1 , 4,3007,1 end 2-906 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.9.2 Appendix B - Libra Static Impact Analysis Input File ti static impact analysis mc 23

• option list_input option lh_check lc 1,1, 0,0,0, 0,1,0, 0,0,1  ; head-on drop lc 2,2, 0,0,0, 1,0,0, 0,0,1 skip cnd 1, 23.3,-8,0

, 2, 37.5,-8,0 , 3, 37.5,27.9,0 , 4, 23.3,13.3,0 , 5, 20.1,16.5,0 , 6, 25.6,33.4,0 , 7, 13.3,36.7,0 , 8, 13.3,29.125,0 , 9, 3.0,16.5,0 , 10, 3.0,29.125,0 , 11, 19.4,35.3,0 , 12, 31.7,30.9,0 , 13, 13.3,16.5,0

• generate first meridian g10 9,9, 1,1, 8,1, 0,1 1,2,3,4

      -1 g10 9,5 4,3,6,5 6, 12
      -1 g10 9,5 5,6,7,13 6, 11
      -1 g10 5,6 9,13,8,10
      -1

• merge nodes me 0.05 end Radioactive Material Transport Packaging System Safety Analysis Report 2-907 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

skip

• generate 3d region g32 15,180, 1000,0
• center section nd 101001, 0,16.5,0, 6, 0,2.525,0 el 101001,20,1,101001, 172, 1172,101002, 177, 1177,5,1,5,5,1,5,5 el 101011,20,1,101001, 1172, 2172,101002, 1177, 2177,5,1,5,5,1,5,5 el 101021,20,1,101001, 2172, 3172,101002, 2177, 3177,5,1,5,5,1,5,5 el 101031,20,1,101001, 3172, 4172,101002, 3177, 4177,5,1,5,5,1,5,5 el 101041,20,1,101001, 4172, 5172,101002, 4177, 5177,5,1,5,5,1,5,5 el 101051,20,1,101001, 5172, 6172,101002, 5177, 6177,5,1,5,5,1,5,5 el 101061,20,1,101001, 6172, 7172,101002, 6177, 7177,5,1,5,5,1,5,5 el 101071,20,1,101001, 7172, 8172,101002, 7177, 8177,5,1,5,5,1,5,5 el 101081,20,1,101001, 8172, 9172,101002, 8177, 9177,5,1,5,5,1,5,5 el 101091,20,1,101001, 9172,10172,101002, 9177,10177,5,1,5,5,1,5,5 el 101101,20,1,101001,10172,11172,101002,10177,11177,5,1,5,5,1,5,5 el 101111,20,1,101001,11172,12172,101002,11177,12177,5,1,5,5,1,5,5 el 101121,20,1,101001,12172,13172,101002,12177,13177,5,1,5,5,1,5,5 el 101131,20,1,101001,13172,14172,101002,13177,14177,5,1,5,5,1,5,5 el 101141,20,1,101001,14172,15172,101002,14177,15177,5,1,5,5,1,5,5 cs 0
• inside foam bc bc 101001,1,1, 2,0 bc 1,16,1000, 13,0

, 10,16,1000, 13,0 , 19,16,1000, 13,0 , 28,16,1000, 13,0 , 37,16,1000, 13,0 , 46,16,1000, 13,0 , 55,16,1000, 13,0 , 64,16,1000, 123,0 , 73,16,1000, 123,0 , 91,16,1000, 123,0 , 100,16,1000, 123,0 , 109,16,1000, 123,0 , 118,16,1000, 123,0 , 136,16,1000, 2,0 , 145,16,1000, 2,0 , 154,16,1000, 2,0 , 163,16,1000, 2,0 , 176,16,1000, 2,0 , 175,16,1000, 2,0 , 174,16,1000, 2,0 , 173,16,1000, 2,0 , 172,16,1000, 2,0 2-908 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

• symmetry bc nd 100001, -50, -8,0

, 100002, 50, -8,0 , 100003, 0, 50,0

• locate_bc 100001,100002,100003, 0.1,3,0, 0 me 0.05
• properties
• 20 lb foam @ 70 deg F pr 1, 101

, 101, 0.3, .1,1890, .2,1915, .3,1940, .4,2168, 102 , 102, .5,2604, .6,3561, .65,4858, .7,5397

• bi-linear foam stress-strain properties
• pr 1, 101

, 101, 0.3, .1,1900, .2,2440, .3,2980, .4,3520, 102 , 102, .5,4060, .6,4600, .65,4870, .7,5140 pr 201,202,0.125 , 28.0E6,0.3,1.0E-5,0.000776, 1.0E6,40.0E3

• MAIN23 solution data SC 700,0,0.01, 0.002,1,50, 0,1,8.0e6 end Radioactive Material Transport Packaging System Safety Analysis Report 2-909 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.9.3 Additional Information (December 1, 2011) 2.12.9.3.1 Contact Elements in Foam-Cask Model The two input files used to develop the presentation in Appendix 2.12.9 are:

• foam-cask.t5
• head-on-drop.t5 The foam-drop.t5 input file is a dynamic analysis, while the head-on-drop.t5 input file is a static analysis similar to the analyses used in the SAR. In many LIBRA analyses, the input file type is designated as t5.

This is a throw-back to when input data was on TAPE 5. In the dynamic analysis, foam-cask.t5, both the foam-ground and foam-cask contacts are modeled by STIF1 elements. The LIBRA STIF1 elements can model gapped, contact interfaces, as described in the LIBRA help file for STIF1, listed below. Figure 2-79 is an illustration of the foam-cask.t5 Libra model, and shows the application of STIF1 elements as gapped interfaces. In Figure 2-79 the blue region is the foam, and the green region is the cask. STIF1 gap elements 3001 through 3007 model the interface between the ground and foam, while elements 2001 through 2012 model the interface between the foam and cask. In the dynamic analysis, both foam and cask are assigned an initial velocity corresponding to a 30-ft. free fall, and impact forces are based upon gap closures. Ground-Foam Contact Springs, Elements 3001 - 3007 Foam-Cask Contact Springs, Elements 2001 - 2012 Figure 2-79. foam-cask.t5 LIBRA Model 2-910 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.9.3.2 Spring/Gap Element (STIF1) STIF1 is a single degree of freedom spring element. The element is oriented by the two element nodes, or by a specified local coordinate system. The element can be applied in elastic, and elasto-plastic problems. This element can be used in both 2D and 3D problems. STIF1 can be used to specify compression- or tension-only gaps in MAIN2 and MAIN9 analyses. If used as a gap element, the plasticity flag must be set on the Solution Control record. A single element cannot be modeled as both gapped and elasto-plastic. If STIF1 is used as a gap element, LIBRA uses the penalty method to model the gap. As a result, it is important to enter a reasonably accurate value for the elastic stiffness; otherwise, the solution can be inaccurate. One method for determining nodal stiffness values is to apply unit loads in linear, static analyses. Radioactive Material Transport Packaging System Safety Analysis Report 2-911 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.9.3.2.1 STIF1 Element Property Record Table 2-338. STIF1 Element Property Record Item Description Symbol Descriptor (PR) Property set number NM 1 Elastic stiffness K 2 Inelastic stiffness K1 3 Spring yield force Fy 4 Flag for gap/compression only effectsa, b IGAP 5 Initial gap valuec GAP 6 Local coordinate system for orienting springd NLCS 7 Dummy entry (0) 8 Set initial gap to element lengthe LGAP

a. Set IGAP = 1 for a compression-only gap; set IGAP=2 for a tension-only gap; otherwise, for ordinary spring, set IGAP = 0.

b. Gap elements are considered to be elastic; however, dummy values must be entered for K1 and Fy, to maintain their data position.

c. GAP is entered as a positive value. For element nodal displacements U1 and U2, gaps are closed when the following is true:

Compression (IGAP = 1) U2-U1 < -GAP Tension (IGAP = 2) U2-U1 > GAP

d. By default, the spring and gap are oriented by the two element nodes. To specify the spring and gap orientation, set NLCS to the number of a local coordinate (LC) system that defines the orientation.

The spring is then oriented along the NLCS x-axis, and the gap is measured along the NLCS x-axis, with a positive gap in the +x direction.

e. If LGAP = 1, the initial gap size is set to the element length.

2.12.9.3.2.2 STIF1 Stress Output Post processing data components for both elastic and inelastic problems are spring load (P) and spring deflection (d). 2-912 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.10 Effect of Ribs on Stress at Foam-Cask Interface The effect of ribs inside the foam at the cask-cask lid interface is analyzed by the FEA model shown in Figure 2-80 and Figure 2-81. This model represents a section of foam impact limiter, steel cask, and steel rib, simplified by removing curvature. The section analyzed is a 10 x 10 x 10 in. foam block, positioned on a 5-in. section of the steel cask, and a steel rib embedded inside the foam block. The entire FEA model contains approximately 320,000 DOF, and is shown in Figure 2-80. The embedded rib is shown in the FEA model section in Figure 2-81. The nodal spacing throughout the model is 0.25 in. In the analysis, a uniform, 1-in., Z-displacement is applied to the top of the foam block, and the block is fixed in the Z-direction, at the base of the cask. Figure 2-82 and Figure 2-83 display a central section of the cask model. Cask Z-displacement is shown in Figure 2-82, and cask Z-directional stress is shown in Figure 2-83. A central model section is selected to remove model edge effects. These two figures show that both displacement and stress perturbations due to the rib are localized to within an inch of the rib location. In accordance with Saint-Venants Principle, these perturbations do not have a significant effect on cask stress. Base Fixed in Z Direction Steel Cask 10 in. Foam Impact Limiter 10 in. 5 in. 10 in. Uniform 1.0-in. Z-Displacement Applied at Top Surface Figure 2-80. FEA Model Used in Rib Study Radioactive Material Transport Packaging System Safety Analysis Report 2-913 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Cask Foam Rib Figure 2-81. FEA Model Section Showing Rib 2-914 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-82. Z-Cask Section Z-Displacements Radioactive Material Transport Packaging System Safety Analysis Report 2-915 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-83. Cask Section Z-Stress 2-916 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.11 Analysis of 30-Ft. Drops with Shipping Cages Shipping cages and pallets add to the cask impact forces for both Head-On and Cg/Corner 30-ft. Drops. In 30-ft. Side Drops, the shipping cage wire mesh panels impact the cask with negligible force. For Head-On and Cg/Corner Drops, the pallet impacts the cask through the upper impact limiter. As illustrated in Figure 2-84, the pallet impacts the upper impact limiter, while cask impacts the lower impact limiter. The ground force reacts to both the pallet and cask inertia forces, as illustrated in Figure 2-84. In this analysis, the increase in the ground reaction force due to the pallet impact is evaluated. The upper and lower impact limiters exhibit different stiffness and frequency properties due to the difference in cask and pallet mass. As a result, the pallet inertia force and ground reaction force are not in phase. Dynamic analyses are required to account for the phase difference in the pallet and cask forces, so LIBRA-AGS analyses are performed for the 30-ft drops. Pallet Inertia Force Pallet Upper Impact Limiter Cask Initial Inertia Force Velocity Cask Cask Ground Reaction Force Lower Impact Limiter Ground Figure 2-84. Configuration of Cask and Pallet Impact Note: Figure 2-84 shows the scenario that the analysis evaluates. In this case, it is required that the assembled package be upside down. Radioactive Material Transport Packaging System Safety Analysis Report 2-917 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.11.1 Description of AGS Analyses The LIBRA-AGS program is applied to the analyses of 30-ft. cask drops that include shipping cage impacts. The generalized dynamic model illustrated in Figure 2-85 is used for all drop analyses. The model contains two masses representing the pallet and cask, and two piecewise linear springs representing the upper and lower impact limiters. Spring stiffness values are taken from the impact limiter, load-displacement curves for 30-ft. drop analyses. A 30-ft. free-fall velocity is applied to both pallet and cask mass, as initial conditions. For each transport package model and each drop configuration, analyses are performed with, and without, the pallet mass. The effect of the pallet is measured by the difference in the ground impact force with, and without, the pallet mass. AGS models for the Model AOS-025, AOS-050, and AOS-100 cask configurations differ only in nodal mass and element stiffness values, and AGS models for Head-On and Cg/Corner Drop analyses differ only in spring stiffness. A typical AGS input file is listed in Figure 2-85. The generalized stiffness and mass properties used in the analyses are presented in Table 2-339 and Table 2-340. Additionally, Table 2-339 lists the spring stiffness properties developed from the impact limiter load-displacement analyses. For Head-On Drop analyses, the generalized spring stiffness is modeled as bilinear. For Cg/Corner Drops, the generalized spring stiffness is modeled as trilinear. node1 m1 (Pallet and Shipping Cage Mass) k1 (Upper Impact Limiter Spring) node2 m2 (Cask Mass) k2 (Lower Impact Limiter Spring)

                                             )))stiffness node3               (Ground) ti       model 100 + pallet cg/corner drop sc     10000,5.0e-6, 0.0,0.000, 3,0, 1 nd     1,3.88e-6

, 2,28.5 , 3,1.0 el 1,1, 1,2 , 2,1, 2,3 pr 1, 5.2e4,2.6e5, 8.6e4,6.0e5, 2.4e5,1.0e9 bc 3 iv 1,527.5 , 2,527.5 mo 1,1 , 2,1 , 1,4 , 2,4 end Figure 2-85. AGS Model and Typical Input File 2-918 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

In Table 2-339, the first column lists the transport package model number and drop orientation. The generalized stiffness values are determined from the SAR figures listed in column 2. k1, k2, and k3 are piecewise stiffness values. P1, P2, and P3 are associated terminal force values. Figure 2-86 and Figure 2-87 are force-displacement plots that illustrate piecewise linear stiffness representations for the Model AOS-100. Piecewise linear stiffness representations for the Model AOS-025 and AOS-050 are similar. Table 2-340 lists the generalized pallet and cask mass values, m1 and m2. Both the pallet and shipping cage mass are included in the m1 values. Table 2-339. Generalized Stiffness Properties - All Models Model and Reference k1 P1 k2 P2 k3 P3 Drop Orientation Figure (lb/in) (lb) (lb/in) (lb) (lb/in) (lb) AOS-025, Head-On Figure 2-54 1.00E+05 6.00E+04 1.71E+05 1.00E+09 - - AOS-025 Cg/Corner Figure 2-56 3.56E+04 4.00E+04 6.40E+04 8.00E+04 1.60E+05 1.00E+09 AOS-050 Head-On Figure 2-57 8.88E+04 2.00E+05 1.37E+05 1.00E+09 - - AOS-050 Cg/Corner Figure 2-59 2.91E+04 8.00E+04 5.00E+04 1.80E+05 8.22E+04 1.00E+09 AOS-100 Head-On Figure 2-60 1.70E+05 5.00E+04 3.10E+05 1.00E+09 - - AOS-100 Cg/Corner Figure 2-63 5.20E+04 2.60E+05 8.60E+04 6.00E+05 2.40E+05 1.00E+09 Table 2-340. Generalized Pallet and Cask Mass Properties - All Models m1 m2 Model (lb-sec2/in) (lb-sec2/in) AOS-025 0.142 0.505 AOS-050 0.621 3.26 AOS-100 3.88 28.5 Radioactive Material Transport Packaging System Safety Analysis Report 2-919 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

U = 3.42/2 = 1.71 P = 2x7.105 = 1.426 k1 k2 Figure 2-86. Bilinear Representation of Head-On Force-Displacement - Model AOS-100 2-920 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

U = 3.42E+06/2 = 1.71E+06 P = 2 x 5.10E+05 = 1.02E+06 P = 2 x 4.8E+05 = 9.6E+05 k1 k3 k2 Figure 2-87. Trilinear Representation of Cg/Corner Force-Displacement - Model AOS-100 Radioactive Material Transport Packaging System Safety Analysis Report 2-921 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.11.2 Results of AGS Analyses Results of analyses for the Model AOS-100 are presented in Table 2-340, and Figure 2-88 and Figure 2-89. Figure 2-88 illustrates time-history plots of pallet mass displacement (1), and cask mass displacement (2). Figure 2-89 illustrates time-history plots of upper impact limiter spring force (3), and lower impact limiter spring force (4). Table 2-341, Table 2-342, and Table 2-343 present results of analyses for Models AOS-025, AOS-050, and AOS-100, respectively. Each table lists maximum nodal displacements and maximum element forces. Definitions of column data for all three tables are listed after Table 2-341. Each model and drop configuration is analyzed with, and without, the pallet mass. Analyses including pallet mass are designated with + Pallet (for example, Head-On + Pallet). Forces and displacements determined in the SAR static impact limiter analysis are included for comparison, in columns labeled Fs and s. Table 2-344 presents the change in ground impact forces due to the pallets. The Fs column lists the impact forces determined in the impact limiter static drop analyses. The F column lists the increase in dynamic impact force due to the pallet. Values for F are differences in P2 force for impacts with, and without, the pallet. Using the information presented in Table 2-341, Table 2-342, and Table 2-343, F is the difference between rows 1 and 2 for Head-On Drops, and rows 3 and 4 for Cg/Corner Drops. The FT column lists the sum of Fs and F. The Ratio column lists the FT / Fs values, and measures the change in ground impact force due to pallet impact. Table 2-341. AGS Analysis - Model AOS-025 1 2 F1 F2 s Fs Drop (in.) (in.) (lbs.) (lbs.) (in.) (lbs.) Ratio Head-On - 1.09 - 1.46E+05 1.10 1.40E+05 - Head-On + Pallet 1.35 1.09 0.30E+05 1.44E+05 - - 1.06 Cg/Corner - 1.86 - 9.84E+04 1.90 10.0E+04 - Cg/Corner + Pallet 2.77 1.93 3.80E+04 10.9E+04 - - 1.11 where: 1 = Pallet deflection 2 = Cask deflection F1 = Upper impact limiter spring force F2 = Lower impact limiter spring force s = Foam static analysis displacement Fs = Foam static analysis force Ratio = Ratio of P2 with pallet to P2 without pallet 2-922 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-342. AGS Analysis - Model AOS-050 1 2 F1 F2 s Fs Drop (in.) (in.) (lbs.) (lbs.) (in.) (lbs.) Ratio Head-On - 3.13 - 3.20E+05 3.25 3.40E+05 - Head-On + Pallet 4.19 3.28 8.55E+04 3.40E+05 - - 1.06 Cg/Corner - 5.18 - 2.15E+05 5.30 2.40E+05 - Cg/Corner + Pallet 7.12 5.36 5.91E+04 2.30E+05 - - 1.07 Table 2-343. AGS Analysis - Model AOS-100 1 2 F1 F2 s Fs Drop (in.) (in.) (lbs.) (lbs.) (in.) (lbs.) Ratio Head-On - 6.17 - 1.50E+06 6.10 1.42E+06 - Head-On + Pallet 8.03 6.37 3.00E+05 1.56E+06 - - 1.04 Cg/Corner - 10.9 - 1.07E+06 10.5 1.02E+06 - Cg/Corner + Pallet 14.4 11.1 2.09E+05 1.12E+06 - - 1.05 Table 2-344. Increased Ground Impact Forces - All Models FT Drop Fs F (Fs + F) Ratio Model Orientation (lbs.) (lbs.) (lbs.) (FT / Fs) Head-On 1.44E+05 0.80E+04 1.52E+05 1.06 AOS-025 Cg/Corner 1.00E+05 1.06E+04 1.11E+05 1.11 Head-On 3.40E+05 2.00E+04 3.60E+05 1.06 AOS-050 Cg/Corner 2.40E+05 1.50E+04 2.55E+05 1.06 Head-On 1.42E+06 6.00E+04 1.48E+06 1.04 AOS-100 Cg/Corner 1.02E+06 5.00E+04 1.07E+06 1.05 Radioactive Material Transport Packaging System Safety Analysis Report 2-923 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Pallet Cask Figure 2-88. Model AOS-100 Cg/Corner Pallet and Cask Displacements Pallet Ground Figure 2-89. Model AOS-100 Cg/Corner Pallet and Ground Impact Forces 2-924 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.11.3 AGS Input Data for Cask and Pallet 30-Ft. Drop Analyses ti cask and pallet drop sc 50000,5.0e-7, 0.0,0.000, 3,0, 0

• model 100
• nd 1,3.88
• nd 2,28.5
• nd 3,1.0
• 1 m1
• model 050 nd 1,0.621 nd 2,3.26 nd 3,1.0 k1
• model 025
• nd 1,0.142e
• nd 2,0.505 2 m2
• nd 3,1.0 el 1,1, 1,2

, 2,1, 2,3

• k2
• 100 head-on
• pr 1, 1.7e5,5.0e5, 3.1e5,1.0e9
• 100 cg/corner 3
• pr 1, 5.2e4,2.6e5, 8.6e4,6.0e5, 2.4e5,1.0e9
• 050 head-on
• pr 1, 8.88e4,2.00e5, 1.37e5,1.00e9
• 050 cg/corner pr 1, 2.91e4,8.00e4, 5.00e4,1.80e5, 8.22e4,1.00e9
• 025 head-on
• pr 1, 1.00e5,6.00e4, 1.70e5,1.00e9
• 025 cg/corner
• pr 1, 3.56e4,4.00e4, 6.40e4,8.00e4, 1.60e5,1.0e9 bc 3 iv 1,527.5

, 2,527.5 mo 1,1 , 2,1 , 1,4 , 2,4 end Radioactive Material Transport Packaging System Safety Analysis Report 2-925 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12 Analysis of Tie-Down Devices 2.12.12.1 Introduction The Model AOS-050 and AOS-100 cask transport tie-down system is illustrated in Figure 2-90. The system consists of cables (four (4) in the Model AOS-050; eight (8) in the Model AOS-100), a shipping cradle under the lower LAST-A-FOAM FR-3700 series foam, and a tie-down ring over the upper LAST-A-FOAM FR-3700 series foam. The postulated inertia loading is 10g forward, 5g lateral, and 2g vertical. Lateral and vertical inertia forces are illustrated in Figure 2-90, as F and W, respectively. In Figure 2-90, the dimension H is the distance from the casks center of gravity to lateral support. The Model AOS-025 uses four tie-down straps. Analyses are performed for 10g forward and 2g vertical inertia loads. Stress due to the 5g lateral load is interpolated from the 10g forward load analysis, because the tie-down configuration is axisymmetric. Stresses due to the three (3) inertia loads are combined where required, and compared to allowable stresses. 2R1 Foam Tie-Down Ring Cask F Cable (assumed vertical) W H 2R2 Foam Shipping Cradle Base Figure 2-90. Tie-Down Schematic 2-926 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.2 Base Foam Vertical Bearing Force The inertia force, F, illustrated in Figure 2-90 is assumed to produce the foam bearing traction illustrated in Figure 2-91, at the shipping cradle. The foam bearing traction is assumed sinusoidal in the circumferential direction, and linear in the horizontal direction, as illustrated in Figure 2-91. The bearing traction is provided by: p = (p0 / 2R1) * (1 - cos)

• r where:

p0 = Maximum bearing traction The total bearing force is then: 2 R1 P = p0 / 2R1

(1 - cos)

• r2
• dr
• d 0 R2

                 =         p0 (R13 - R23) / 3R1 The moment due to the bearing force is:

2 R1 M = p0 / 2R1


(1 - cos)2

• r3
• dr
• d 0 R2

                 =         3p0 (R14 - R24) / 8R1 a

p0 F x R2 R1 a Figure 2-91. Bearing Traction Along Line = 0 - 180 Radioactive Material Transport Packaging System Safety Analysis Report 2-927 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

The overturning moment about the axis a-a in Figure 2-91 due to the inertia force is F

• H:

F*H = (3p0 / 8R1) * (R14-R24) Solving for maximum bearing traction: p0 = 8F

• H
• R1 / (3 (R14 - R24))

Vertical foam bearing traction due to W is: p1 = W / [ (R12 - R22)] 2-928 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.3 Base Foam Lateral Bearing Force The foam bearing force at the shipping cradle wall due to inertia force, F, is illustrated in Figure 2-92. The traction distributions are assumed to be sinusoidal in the circumferential direction. For vertical bearing length B, the total wall bearing force is:

                               /2 F       =        2B 
 
q

• R1
• cos
• d 0

Integrating: F = 2B

• R1
• q q = F / 2B
• R1 R1 q
• cos F Figure 2-92. Schematic of Lateral Bearing Forces Radioactive Material Transport Packaging System Safety Analysis Report 2-929 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.4 Summary of Stress Equations for Base Foam B = Lateral shipping cradle wall bearing length F = Lateral inertia force H = Lateral inertia force moment arm R1 = Outside foam radius R2 = Inside foam radius T = Cable tension force W = Vertical inertia force

1. Foam vertical traction due to inertial overturning moment:

p0 = 8F

• H
• R1 / 3 (R14 - R24)

2. Foam vertical traction due to vertical inertia:

p1 = W / (R12 - R22)

3. Foam horizontal traction due to lateral inertia:

q = F / 2B

• R1 2-930 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.5 Cable Force The cable forces react the overturning moment due to the inertia force, F, and height, H, in Figure 2-90. Moment equilibrium is taken about axis a-a in Figure 2-93, with cable forces assumed proportional to the distance from axis a-a. 2R1 a 3 1 5 F 7 Cable a R1 Figure 2-93. Tension Cables - Model AOS-100 Table 2-345. Model AOS-100 Cable Loads P Cable d P/T d*P/T (k) 1 0.00000 0.00000 0.00000 0.0000 2 6.73654 0.14645 0.98656 3.0560 3 23.0000 0.50000 11.5000 10.435 4 39.2635 0.85355 33.5134 17.813 5 46.0000 1.00000 46.0000 20.870 6 39.2635 0.85355 33.5134 17.813 7 23.0000 0.50000 11.5000 10.435 8 6.73654 0.14645 0.98656 3.0560

                                -                 4.00000              138.000               83.478 where:

d = Distance to axis a-a T = Maximum cable tension force P = Cable tension force, in kips (k) Radioactive Material Transport Packaging System Safety Analysis Report 2-931 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

From Figure 2-90: M = F*H F = 120 k H = 24 in. M = 120

• 24 = 2,880 in-k From Table 2-345, the maximum and total cable forces are:

M = d*P/T T = M / 138 = 2,880 / 138 = 20.870 k P = 4.00

• 20.870 = 83.480 k 2-932 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.6 Tie-Down Ring Foam Bearing Pressure The tie-down ring is in equilibrium under the cable forces and foam bearing pressures, as illustrated in Figure 2-94. The bearing pressure due to the cable resultant forces is: p = P/A P = 83.478 A = * (R12 - R22) = 857.7 in2 p = 0.0973 lb/in2 a Cable Force p p R2 R1 a Figure 2-94. Bearing Pressure and Cable Forces Radioactive Material Transport Packaging System Safety Analysis Report 2-933 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.7 Tie-Down Ring Foam Differential Bearing Pressure The moment about axis a-a in Figure 2-94 due to differential bearing pressure is:

                                   /2 R1 M'    =       4

• p cos
• r2
• dr
• d 0 R2

                 =       4 / 3 * (R13 - R23)

• p p = M' / [4 / 3 * (R13 - R23)]

From Table 2-345, the moment about axis a-a in Figure 2-95 is: M' = M - ( P

• R1)

                 =       2,880 - (83.480

• 23.0)

                 =       961.34 in-k p    =       961.34 / 10,761 = 0.0893 lb/in2 p + p    =       187.0 lb/in2 p - p    =       8.000 lb/in2 2-934                                      Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Cable Soft springs p p (p)H Figure 2-95. FEA Model of Tie-Down Ring Radioactive Material Transport Packaging System Safety Analysis Report 2-935 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.8 Horizontal Component of Differential Pressure The p pressure acting on the conical shell produces a horizontal force resultant:

                                           /2 R1 PH    =       4

• p
• sin cos
• r
• dr
• d 0 R2

                  =       2

• p
• sin * (R12 - R22) where:

                 =       Conical shell base angle For radius, R1, and cylinder height, h:

pH = PH / 2R1

• h PH = 2
• 89.3
• sin 27.2° = 2.23 x 104 lbs.

pH = 2.23 x 104 / 46.0

• 9.0 = 53.8 psi 2.12.12.9 Analysis of Tie-Down Ring The tie-down ring is analyzed for a 10g lateral inertia force by finite elements, using the FEA model illustrated in Figure 2-95. The ring is analyzed as a shell structure, and the FEA model contains 26,400 DOF, with 4,400 nodes and 4,300 quad shell elements. The model is composed of two primary sections - a cylindrical shell and a conical shell. A ring of soft springs is modeled about the base of the cylindrical section to react out-of equilibrium forces.

The loads applied to the model are illustrated in Figure 2-95. These loads are in equilibrium, and consist of the cable loads developed in Table 2-345, and bearing tractions on the conical and cylindrical shells. In Figure 2-95, the resultants of the bearing pressure, p, and differential bearing pressure, p, balance the cable force and cable moment resultants. The differential pressure, p, acting on the conical shell produces a horizontal force resultant, and this resultant is balanced by the pressure (p)H applied to the cylindrical shell. Results of the tie-down ring stress analysis are presented in Figure 2-96 and Figure 2-97. Figure 2-96 illustrates lateral displacement of the conical shell, and Figure 2-97 illustrates the outer fiber maximum principal stress in the conical shell. 2-936 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-96. Lateral (Z) Displacement in Conical Shell - Model AOS-100 b a Figure 2-97. Maximum Principal Membrane Stress - Model AOS-100 Radioactive Material Transport Packaging System Safety Analysis Report 2-937 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.10 Stress in Foam - Model AOS-100 The foam stress is limited to 10% strain to avoid excessive deformation. From the Design Guide for Use of LAST-A-FOAM FR-3700 for Crash & Fire Protection of Radioactive Material Shipping Containers (Reference [2.13]):

                =       Yint ()S Yint  =       4.3422
                =       12 S     =       1.8809
                =       4.3422

• 107.1 = 465.1 psi Applying equations in Appendix 2.12.12.4:

B = Shipping cradle wall length 8.0 in. F = Lateral force 120,000.0 lbs. H = Cask center of gravity to shipping cradle 24.0 in. R1 = Outside foam radius 23.0 in. R2 = Inside foam radius 14.0 in. W = Vertical force 24,000.0 lbs. Base foam vertical bearing stress (psi): p = 8F

• H
• R1 / 3 (R14 - R24) + W / (R12 - R22) = 234 psi (< 465.1)

Base foam lateral bearing stress (psi): q = F / 2B

• R1 = 310 psi (< 465.1)

From Appendix 2.12.12.7, the maximum foam bearing stress at the conical shell: p + p = 187.0 psi (< 465.1) From Appendix 2.12.12.8, the maximum foam bearing stress at the cylindrical shell: pH = 107.7 psi (< 465.1) 2-938 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.11 Stress in Tie-Down Ring - Model AOS-100 Figure 2-97 shows the maximum principal membrane stress for bending about the x-axis. The maximum stress occurs at location a, and is 31.7 ksi. For bending about the y-axis, the stress at location b corresponds to the stress at location a. The stress at location b is 18.5 ksi for 10g loading. The combined stress due to 10g about the x-axis, and 5g about the y-axis, is then: f = 32.2 + (1 / 2)

• 18.5 = 41.5 ksi For ASME SA-240/ASTM A240 Type XM-19 steel, yield stress Fy = 55.0 ksi, and ultimate strength Fu = 100.0 ksi:

MS = 55.0 / 41.5 - 1.0 = 0.32 2.12.12.12 Stress in Cables - Model AOS-100 P1 = Maximum cable load (Table 2-345, cable 5) due to 10g forward inertia P2 = Maximum cable load due to 5g lateral inertia P3 = Cable load due to 1g vertical inertia P1 = 20.9 k P2 = (1 / 2)

• 20.9 = 10.5 k P3 = 12 / 8 = 1.5 k P = P1 + P2 + P3 = 32.9 k From ASTM F1145 - 05(2011), Table 3 (Reference [2.27]), Jaw-Jaw, Pu = 60 k:

MS = 60 / 32.9 - 1.0 = 0.82 Radioactive Material Transport Packaging System Safety Analysis Report 2-939 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.13 Forces - Model AOS-050 Note: Refer to Appendix 2.12.12.7 and Appendix 2.12.12.8 for further details. Maximum cable tension, moment about axis a-a: M = F

• H = 2R1 * (T / 2) + R1
• 2T = 3R1
• T R1 2

T = F

• H / 3R1 F = 11,810 lbs.

1 3 R2 H = 16 in. R1 = 12 in. 4 T = 5,248.9 lbs. Total force in cables: a 2R1 P = T + 2

• T / 2 = 2T = 10,500 lbs.

Conical shell bearing pressure: p = P/A P = 10,500 R2 = 8.0 A = * (R12 - R22) = 251.3 in2 p = 41.8 lb/in2 2-940 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Differential conical shell bearing pressure: M' = 4 / 3 * (R13 - R23)

• p

                 =        M - P

• R1 = 3R1
• T - 2R1
• T = R1
• T

                 =        12

• 10,500 = 1.26 x 105 in-lb p = M' / [4/3 * (R13 - R23)]

                 =        1.26 x 105 / 1.621 x 103 = 77.8 lb/in2 p + p     =        119.6 p - p     =        -36.0 Pressure < 0, increase cable loads:

P' = A * (p - p) = 251.3

• 36.0 = 9,046.7 lbs.

T = 9,046.7 / 4 = 2,261.7 T(1) = 0.0 + 2,261.7 = 2,261.7 T(2) = T(4) = 5,248.9 / 2 + 2,261.7 = 4,886.2 lbs. T(3) = 5,248.9 + 2,261.7 = 7,510.6 lbs. p + p = 119.6 + 36.0 = 155.6 psi p - p = -36.0 + 36.0 = 0.0 Horizontal component of differential pressure (refer to Appendix 2.12.12.8): PH = 2 *p

• sin * (R12 - R22)

                =        27.2° PH     =        2

• 77.8
• 0.4571 * (122 - 82) = 5,690.0 lbs.

pH = PH / 2R1

• h = 5,690.0 / 24.0
• 4.5 = 52.6 psi Radioactive Material Transport Packaging System Safety Analysis Report 2-941 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.14 Stress in Cable - Model AOS-050 Maximum cable load from Appendix 2.12.12.13: T = 7,510.6 lbs. From ASTM F1145 - 05(2011), Table 3 (Reference [2.27]), Jaw-Jaw, Pu = 60 k: MS = 60 / 7.510 - 1 = 7.0 2-942 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.15 Stress in Foam - Model AOS-050 Allowable foam stress ( = 0.1):

                =       Yint ()S Yint   =       4.3422
                =       10 S      =       1.8809
                =       4.3422

• 76.0 = 330.1 psi Applying equations in Appendix 2.12.12.4:

B = Shipping cradle wall length 4.0 in. F = Lateral force 11,810.0 lbs. H = Cask center of gravity to shipping cradle 16.0 in. R1 = Outside foam radius 12.0 in. R2 = Inside foam radius 7.0 in. W = Vertical force 2,362.0 lbs. Base foam vertical bearing stress (psi): p = 8F

• H
• R1 / 3 (R14 - R24) + W / (R12 - R22) = 112.9 psi (< 330.1)

Base foam lateral bearing stress (psi): q = F / 2B

• R1 = 123.0 psi (< 330.1)

From Appendix 2.12.12.12, the maximum foam bearing stress at the conical shell: p + p = 155.6 psi (< 330.1) pH = 52.6 psi (< 330.1) Radioactive Material Transport Packaging System Safety Analysis Report 2-943 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.16 Stress in Tie-Down Ring - Model AOS-050 Figure 2-98 illustrates the maximum principal membrane stress for bending about the x-axis. The maximum stress occurs at location a, and is 13.5 ksi. For bending about the y-axis, the stress at location b corresponds to the stress at location a. The stress at location b is 5.3 ksi for 10g loading. The combined stress due to 10g about the x-axis, and 5g about the y-axis, is then: f = 13.5 + (1/2)

• 5.3 = 16.2 ksi For ASME SB-209 Alloy 6061 T6, Yield Strength Fy = 35.0 ksi:

MS = 35.0 / 16.2 - 1.0 = 1.16 b a Figure 2-98. Maximum Principal Membrane Stress - Model AOS-050 2-944 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.12.17 Tie-Down Straps - Model AOS-025 Strap load: MA = 0 11.8

• T1 + 2T1 / 2
• 5.9 = 1,680 * (16.25 - 2.30) / 2 T1 = 1.172 x 104 / 17.7 = 662.0 lbs.

T2 = T1 / 2 = 331.0 lbs. T3 = W / 4 = 42.0 lbs. T = T1 + T2 + T3 = 1,035.0 lbs. For a 1.0-inch strap, Pu = 3,000 lbs.: MS = 3,000 / 1,035.0 - 1.0 = 1.90 W 16.25 F F = 1,680 lbs. W = 168 lbs. 2.30 A 11.8 Figure 2-99. Tie-Down Strap Load - Model AOS-025 Radioactive Material Transport Packaging System Safety Analysis Report 2-945 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-100. Lateral (Z) Displacement in Conical Shell - Model AOS-050 2-946 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.13 Certificate of Conformance, General Plastics FR-3700 Series Foam - AOS-165A Prototype Radioactive Material Transport Packaging System Safety Analysis Report 2-947 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

4910 Burling ton Way, Taco m a, Wa s hingt o n 98409 GENERALPLASTICS MANU~AC T UR I NCi COMPAN Y T (253) 473. 5000 F (253) 4 73.5104 TF (800) 806.6051 w ww.gene r Rlplastics.com April 25, 201 1 Alpha-Omega Services, Inc. General Electric Nuclear Energy 6705 Vallecitos Road CORRECTED COPY Sunol, CA 95486 Attention: Receiving Quality Inspection

Subject:

CERTIFICATE OF CONFORMANCE Purchase Order#: AOS-3835 Rev 2 SJO Number: 5099-1 Gentlemen : This letter certifies that the AOS-165 Impact Limiter filled with LAST-A-FOAM FR-3720 has been manufactured, tested and inspected in accordance with purchase order requirements. These products are classified "Safety Class A " Applicable drawings, specifications and standards called for by the purchase order: Material Specs, Drawings and Process Standards: 105E9694 Rev. 3 22A9420 Rev. 1 Production control records and test reports covering subject material indicate conformance with applicable requirements and are attached. Material: General Plastics Mfg. Co.'s LAST-A-FOAMFR-3720 Quantity: 5 each AOS-165 Units 01-05 Respectfully submitted, GENERAL PLAST Z CS M . UFACTURING COMPANY

                                     ~

G ~- ~ -~ ston Quality En in r

Enclosures:

5 each Production Control Records , Units 01 -05. 1 each Formulation Test report, LAST-A-FOAMFR-3720 Batch# 243-CR04489 (Density, els, flame , intumescence, leachable chlorides, thermal conductivity, specific heat, water absorption , chemical composition), 19 pages total. 1 each Batch Test Report, LAST-A-FOAMFR-3720 Batch# 243-CR04489 (Density, els. flame , intumescence, leachable chlorides) 4 pages total. General Plastics Reject Tag #'s 3095, 3099, 3109 & 311 0. 2-948 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.14 Analysis of Shipping Cage Lifting Bars - Models AOS-050A and AOS-100 The optional Lifting Bar on the Model AOS-050A and AOS-100 transport packages are intended to lift only the Shipping Cage and not the entire package. As such, 10 CFR 71.45(a) [2.1] requires that these features must be capable of being rendered inoperable for lifting the package during transport. For this purpose, the lifting holes on the Lifting Bar are covered prior to transport. Furthermore, the Lifting Bars are clearly marked with instructions to not lift the entire package. The Shipping Cage on the Model AOS-025A transport package is easily lifted by hand and therefore is not fitted with a Lifting Bar. The following analyses for the Model AOS-050A and AOS-100 transport packages demonstrate that the Lifting Bars can safely lift the Shipping Cages. A force of five (5) times the weight of the Shipping Cage is applied to the Lifting Bar and the stress and elastic stability are analyzed. 2.12.14.1 Analysis of Shipping Cage Lifting Bar - Model AOS-050A The following information is presented:

• Description of the FEA model
• Stress Analysis
• Buckling Analysis 2.12.14.1.1 Description of FEA Model - Model AOS-050A The FEA model of the Model AOS-050A Shipping Cage and Lifting Bar used in the analyses is illustrated in Figure 2-101 and Figure 2-102. Note that the FEA model used for the Model AOS-050A is not a scaled version of the model for the Model AOS-100. This is because there are significant differences between the two Shipping Cage designs and scaling was not possible.

The Model AOS-050A Shipping Cage consists of a welded aluminum frame and aluminum expanded-metal mesh faces fastened to the frame. The Shipping Cage frame is not reinforced at the corners by gusset plates as in the Model AOS-100 Shipping Cage. The Lifting Bar is a 0.25-in.-thick aluminum T-section beam with a 2-in.-wide base and 2-in. in height. The Lifting Bar is connected to the top of the cage frame with four 1/4"-20 UNC bolts. The FEA model contains 6922 nodes and 12432 elements, comprising 41532 degrees of freedom. The Shipping Cage frame and Lifting Bar are both modeled by STIF3 triangular shell elements. Connections between the lifting bar and frame are modeled by bolt (STIF56) and spring (STIF1) elements. The Lifting Bar is offset from the frame and connects to the frame by bolts and bearing points. The bolts connecting the Lifting Bar to the frame are modeled by STIF56 bolt elements, and bearing points are modeled by STIF1 spring elements. Due to the similarity of the Model AOS-050A and AOS-100 Shipping Cages, the locations of the spring elements modeling the bearing points are based on a gapped analysis performed on the Model AOS-100 Shipping Cage. (Refer to Paragraph 2.12.14.2.) The expanded metal mesh is loosely attached to the Shipping Cage frame and provides little structural support while dominating structural response due to its flexibility, so it is not included in the analyses. To compensate for omission of the expanded metal mesh, the frame mass density is increased from 0.1 to 0.167 lb/in3. The mass of the expanded metal mesh on the top surface is added to the frame midpoints as four (4) concentrated values. Radioactive Material Transport Packaging System Safety Analysis Report 2-949 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

The weight of the Model AOS-050A Shipping Cage is conservatively taken to be 41.9 lbs. Therefore, an inertial load of 5g results in a force of 209.5 lbs. The Shipping Cage is assumed to be fixed at a single point at the center of the Lifting Bar, whereas in reality there are two (2) lifting points on the Lifting Bar. Using a single lifting point is a conservative assumption, because lifting by two (2) points away from the center of the Lifting Bar distributes the reaction forces and thereby reduces the stresses and deflection within the Lifting Bar. In the FEA analysis, the vertical displacement was fixed only at the lifting point illustrated in Figure 2-101. To prevent rigid body motion in the stress analysis, a single node at the base of the Shipping Cage is fixed in the lateral directions. To prevent all possible rigid body modes in the stability analysis, four (4) nodes at the base of the cage and four (4) nodes at the top of the cage are fixed in the lateral directions. Lifting Point Mesh Mass Lifting Device Wire Mesh Figure 2-101. Shipping Cage and Lifting Bar - Model AOS-050A Lifting Device Figure 2-102. Lifting Bar - Model AOS-050A 2-950 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.14.1.2 Stress Results - Model AOS-050A A LIBRA stress analysis (MAIN1) and an elastic stability analysis (MAIN11) were performed. The stress analysis results are presented in Table 2-346, Table 2-347, Figure 2-103, and Figure 2-104. Table 2-346 and Table 2-347 are maximum stress values generated by the LIBRA stress post-processor program STRPP. Table 2-346 indicates that the maximum Equivalent stress in the Shipping Cage frame is 5.4 ksi. Table 2-347 indicates the maximum Equivalent stress in the Lifting Bar is 6.6 ksi. Figure 2-103 illustrates the deformed geometry amplified by a factor of 25. Figure 2-104 illustrates the stress distribution in both the Shipping Cage and Lifting Bar. The margins of safety are calculated as follows: For ASME SB-209 Alloy 6061 T6, Yield Strength: Fy = 35.0 ksi Shipping Cage Frame: MS = Fy / f - 1 = 35.0 / 5.4 - 1 = 5.5 Lifting Bar: MS = Fy / f - 1 = 35.0 / 6.6 - 1 = 4.3 The stresses within the bolts connecting the Lifting Bar to the Shipping Cage frame are listed in Table 2-348, and the associated contact forces are listed in Table 2-349. From Table 2-348, the maximum bolt equivalent stress indicated is 1,792 psi. The margin of safety is calculated as follows: Yield strength = 20 ksi MS = y / - 1 = 20 / 1.8 - 1 = 10.1 Table 2-346. Maximum von Mises Stress in Shipping Cage Frame - Model AOS-050A Nx Ny Nxy Mx My Mxy 1-6: -8.0524E+02 4.2206E+02 -1.3235E+02 -1.8634E+01 -1.1487E+01 7.8909E+00 elem: 5071 4377 5137 5860 6359 5849 S1 S2 T Se 7-10: 3.3567E+03 -5.6206E+03 2.5231E+03 5.3565E+03 (top) elem: 1377 6073 6073 6073 11-14: 2.4308E+03 -4.2772E+03 2.0106E+03 4.1551E+03 (mid) elem: 2374 5071 5071 5071 15-18: 4.1532E+03 -5.6220E+03 2.5236E+03 5.3577E+03 (bot) elem: 5860 5073 5073 5073 Radioactive Material Transport Packaging System Safety Analysis Report 2-951 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-347. Maximum von Mises Stress in Lifting Bar - Model AOS-050A Nx Ny Nxy Mx My Mxy 1-6: 2.5267E+02 1.6698E+03 1.9288E+02 -8.4826E+00 -7.3391E+00 2.7459E+00 elem: 26291 26295 26286 25011 25286 25021 S1 S2 T Se 7-10: 6.7282E+03 -2.8792E+03 3.2548E+03 6.6216E+03 (top) elem: 26295 25286 26295 26295 11-14: 6.7288E+03 -2.3575E+03 3.2550E+03 6.6222E+03 (mid) elem: 26295 26274 26295 26295 15-18: 6.7295E+03 -2.3639E+03 3.2553E+03 6.6227E+03 (bot) elem: 26295 26274 26295 26295 Table 2-348. Bolt Stresses - Model AOS-050A ELEM Px Py Pz SIGMA TAU EQV_STR 27002 6.500E+01 -2.952E+01 1.426E+01 1.324E+03 6.679E+02 1.758E+03 27001 6.498E+01 2.971E+01 1.697E+01 1.324E+03 6.970E+02 1.792E+03 27012 6.498E+01 -2.958E+01 -1.481E+01 1.324E+03 6.739E+02 1.765E+03 27011 6.499E+01 2.974E+01 -1.643E+01 1.324E+03 6.921E+02 1.786E+03 Table 2-349. Contact Forces - Model AOS-050A ELEMENT: 27022 P =-1.14484E+01 U =-1.14484E-02 ELEMENT: 27021 P =-1.14510E+01 U =-1.14510E-02 ELEMENT: 27032 P =-1.14498E+01 U =-1.14498E-02 ELEMENT: 27031 P =-1.14466E+01 U =-1.14466E-02 Figure 2-103. Deformation of Frame and Lifting Bar under Inertia Loading - Model AOS-050A 2-952 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-104. Equivalent Stress within Shipping Cage Frame and Lifting Bar - Model AOS-050A Radioactive Material Transport Packaging System Safety Analysis Report 2-953 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.14.1.3 Buckling Analysis - Model AOS-050A A LIBRA elastic stability analysis (MAIN11) was performed on the Model AOS-050A Shipping Cage and Lifting Bar, using the FEA model illustrated in Figure 2-101 (expanded metal mesh excluded). A LIBRA elastic stability analysis produces an eigenvalue that corresponds to the load factors at buckling. The solution is iterative and convergence to the lowest buckling mode is listed in Table 2-350. The buckling mode is illustrated in Figure 2-105, with only the Lifting Bar shown for clarity. Table 2-350 indicates that the lowest buckling load is -20.5 times the applied inertia load. The negative eigenvalue in Table 2-350 indicates that the buckling mode corresponds to an inertia load in the upward or +Z direction, and the mode for a downward inertia load would have a load factor greater than 20.5. The LIBRA Input Files used for the Model AOS-050A Lifting Bar analysis are as follows:

• AOS-050-CAGE-LIFT Principal file
• AOS-050-CAGE-LIFT-A Mesh connections generated by the PRODATA pre-processing data program Table 2-350. Convergence of Elastic Stability Analysis, Mode 1 - Model AOS-050A ITERATION CONVERGENCE EIGENVALUE 1 1.00000E+00 8.49558E+02 2 1.00598E+01 7.68153E+01 3 9.23549E-02 8.46314E+01 4 8.36717E-01 5.18313E+02 5 4.87923E+00 -8.81600E+01 6 1.12753E+00 -4.14377E+01 7 4.09124E-01 -2.94067E+01 8 1.90801E-01 -2.46949E+01 9 9.47090E-02 -2.25584E+01 10 4.79963E-02 -2.15253E+01 11 2.45209E-02 -2.10101E+01 12 1.25717E-02 -2.07493E+01 13 6.45601E-03 -2.06162E+01 14 3.31806E-03 -2.05480E+01 15 1.70601E-03 -2.05130E+01 16 8.77339E-04 -2.04950E+01 17 4.51232E-04 -2.04858E+01 18 2.32090E-04 -2.04810E+01 19 1.19378E-04 -2.04786E+01 20 6.14044E-05 -2.04773E+01 21 3.15848E-05 -2.04767E+01 22 1.62464E-05 -2.04763E+01 23 8.35679E-06 -2.04761E+01 2-954 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-105. Lifting Bar First Buckling Mode - Model AOS-050A Radioactive Material Transport Packaging System Safety Analysis Report 2-955 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.14.2 Analysis of Shipping Cage Lifting Bar - Model AOS-100 The following information is presented:

• Description of the FEA model
• Stress Analysis
• Buckling Analysis 2.12.14.2.1 Description of FEA Model - Model AOS-100 This analysis is based largely on application of the LIBRA FEA program. The FEA models of the Shipping Cages and Lifting Bars used in the analyses are illustrated in Figure 2-106 and Figure 2-107.

The Model AOS-100 Shipping Cage structure consists of an aluminum frame reinforced at the corners by gusset plates, and stainless steel expanded-metal mesh faces. The Lifting Bar is a 0.375-in.-thick aluminum T-section beam with a 4-in.-wide base and 4 in. in height. The base of the T-section Lifting Bar in the FEA model was reduced to 2-in. wide. This makes the analysis results more conservative. The Lifting Bar is connected to the top of the Shipping Cage frame with four 1/2"-13 UNC bolts. The wire mesh is loosely attached to the Shipping Cage frame and provides little structural support while dominating structural response due to its flexibility, so it is not included in the analyses. To compensate for omission of the expanded metal mesh, a 6g inertia load is applied to the frame and considered to be an effective 5g loading. The weight of the Model AOS-100 Shipping Cage is conservatively taken to be 410 lbs. Therefore, an inertial load of 5g results in a force of 2,050 lbs. The weight of the Shipping Cage without the expanded-metal mesh was taken to be 342.5 lbs. In the analysis, the applied load is six (6) times this weight or 2,055 lbs. The cage is assumed to be fixed at a single point at the center of the Lifting Bar, whereas in reality there are two (2) lifting points on the Lifting Bar. Using a single lifting point is a conservative assumption, because lifting by two (2) points away from the center of the Lifting Bar distributes the reaction forces and thereby reduces the stresses and deflection within the Lifting Bar. In the FEA analysis, the vertical displacement was fixed only at the Lifting Point illustrated in Figure 2-106, and lateral displacements were fixed at four (4) points on the base of the Shipping Cage to prevent rigid body motion. The bolted connections between the Lifting Bar and the Shipping Cage frame are analyzed using a LIBRA nonlinear analysis (MAIN2). The bolted connections transfer inertia load by a combination of bolt tension and bearing forces. A section of the cage model showing one (1) of the two (2) bolted connections is provided in Figure 2-108. Under inertia load, the Lifting Bar and frame deform (refer to Figure 2-112). As a result of this deformation, the Lifting Bar bears on the frame. The bearing points and bolt forces are determined by a LIBRA MAIN2 nonlinear analysis, in which possible bearing points are modeled by gap elements. The potential gap elements are located along lines labeled Contact Line 1 and Contact Line 2 in Figure 2-108. The MAIN2 solution process is iterative and in each iteration, the contact elements are assigned opened or closed status depending on the sense of the element force. The solution is considered converged when there is essentially no change in displacements, which indicates no change in element forces. In the FEA model, there are 12 gapped elements numbered 75001 to 75012, representing potential contact points, and four (4) bolt elements numbered 75101 to 75104, representing the bolts. 2-956 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Lifting Point (fixed in analysis) Lifting Device Wire Mesh Lateral Support Points Figure 2-106. Shipping Cage and Lifting Bar - Model AOS-100 Figure 2-107. Lifting Bar - Model AOS-100 Lifting Device Contact Line 2 Contact Line 1 Bolt (4) Frame Figure 2-108. Model of Lifting Bar Bolted Connection - Model AOS-100 Radioactive Material Transport Packaging System Safety Analysis Report 2-957 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.14.2.2 Stress Results - Model AOS-100 The Shipping Cage and Lifting Bar stress analysis results are presented in Table 2-351, Table 2-352, Figure 2-109, Figure 2-110, and Figure 2-111. Table 2-351 and Table 2-352 list the maximum stress values generated by the LIBRA stress post-processor program (STRPP). From Table 2-351, the maximum von Mises or Equivalent stress indicated within the Shipping Cage frame is 5.3 ksi. From Table 2-352, the maximum von Mises stress indicated within the Lifting Bar is 14.4 ksi. Figure 2-109 illustrates the vertical displacements. Figure 2-110 and Figure 2-111 illustrate the stress distributions within the Shipping Cage frame and Lifting Bar, respectively. The margins of safety are calculated as follows: For ASME SB-209 Alloy 6061 T6, Yield Strength: Fy = 35.0 ksi Shipping Cage Frame: MS = Fy / f - 1 = 35.0 / 5.3 - 1 = 5.6 Lifting Bar: MS = Fy / f - 1 = 35.0 / 14.4 - 1 = 1.4 For the bolting analysis, the resulting contact and bolt element forces and displacements are listed in Table 2-353 and Table 2-354, respectively. Data in these tables is taken directly from the LIBRA stress post-processor program (STRSPP). In Table 2-353, the elements with positive displacements correspond to open gaps and have null forces, and the elements with negative displacements correspond to closed gaps and have compressive forces. Closed gap elements are all located on Contact Line 2 in Figure 2-108, indicating that the inner edge of the Shipping Cage frame bears against the Lifting Bar. From Table 2-354, the maximum force indicated within the bolt elements is 765 lbs. and the average force indicated is 743 lbs. The average bolt force without prying action is approximately the total inertia force divided by the quantity of bolts. There are four (4) bolts and the total inertia force is 2,055 lbs. Therefore, the average bolt force without prying is approximately 514 lbs. Thus, prying action increases bolt forces by about 50%. 2-958 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-351. Maximum von Mises Stress in Shipping Cage Frame - Model AOS-100 Nx Ny Nxy Mx My Mxy 1-6: -2.5387E+03 3.8960E+02 -3.4725E+02 -5.5458E+01 -3.5749E+01 1.6591E+01 elem: 19048 22361 18859 25815 25815 25809 S1 S2 T Se 7-10: 4.0849E+03 -5.5433E+03 2.5484E+03 5.3341E+03 (top) elem: 15812 26048 26048 26048 11-14: 3.7742E+03 -5.0820E+03 2.3585E+03 4.9097E+03 (mid) elem: 15812 19048 26048 19048 15-18: 4.0846E+03 -5.5433E+03 2.5484E+03 5.3341E+03 (bot) elem: 19312 19048 19048 19048 Table 2-352. Maximum von Mises Stress in Lifting Bar - Model AOS-100 Nx Ny Nxy Mx My Mxy 1-6: -4.5158E+03 1.4469E+03 -1.3295E+03 -2.6969E+01 -2.1294E+01 -9.9870E+00 elem: 70187 70186 70248 70532 70623 17221 S1 S2 T Se 7-10: 8.6655E+03 -1.2899E+04 7.7629E+03 1.4393E+04 (top) elem: 70218 70187 70187 70187 11-14: 8.6655E+03 -1.2899E+04 7.7629E+03 1.4393E+04 (mid) elem: 70218 70187 70248 70248 15-18: 8.6655E+03 -1.2899E+04 7.7629E+03 1.4393E+04 (bot) elem: 70218 70248 70248 70248 Radioactive Material Transport Packaging System Safety Analysis Report 2-959 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-109. Shipping Cage Vertical Displacements - Model AOS-100 Figure 2-110. Shipping Cage von Mises Equivalent Stress - Model AOS-100 2-960 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-111. Lifting Bar von Mises Equivalent Stress - Model AOS-100 Radioactive Material Transport Packaging System Safety Analysis Report 2-961 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

For a maximum force within the bolts of 765 lbs., the bolt stress is calculated as follows. Bolt diameter = 0.5 in. Stress area = 0.142 in2 Stress = 765 lbs. / 0.142 in2 = 5,387 psi The margin of safety is calculated as follows: Yield strength = 20 ksi MS = y / - 1 = 20 / 5.4 - 1 = 2.7 Figure 2-112. Deformation of Frame and Lifting Bar Under Inertia Loading - Model AOS-100 2-962 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-353. Displacements and Forces within Contact Elements - Model AOS-100 ELEMENT FORCE DISPLACEMENT (lb) (in) 75001 0.00000E+00 3.34722E-03 75002 0.00000E+00 5.01011E-03 75003 0.00000E+00 3.34722E-03 75004 -2.61472E+02 -2.61472E-04 75005 0.00000E+00 1.22887E-04 75006 -2.61472E+02 -2.61472E-04 75007 0.00000E+00 3.51343E-03 75008 0.00000E+00 5.26376E-03 75009 0.00000E+00 3.51343E-03 75010 -2.74541E+02 -2.74541E-04 75011 0.00000E+00 1.43012E-04 75012 -2.74542E+02 -2.74542E-04 Table 2-354. Displacements and Forces within Bolt Elements - Model AOS-100 ELEMENT FORCE DISPLACEMENT (lb) (in) 75101 7.20829E+02 7.20829E-04 75102 7.20829E+02 7.20829E-04 75103 7.65040E+02 7.65040E-04 75104 7.65040E+02 7.65040E-04 Radioactive Material Transport Packaging System Safety Analysis Report 2-963 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.14.2.3 Buckling Analysis - Model AOS-100 A LIBRA elastic stability analysis (MAIN11) was performed on the Shipping Cage and Lifting Bar, using the FEA model illustrated in Figure 2-106 (expanded metal mesh excluded). A LIBRA elastic stability analysis produces an eigenvalue that corresponds to the load factor at buckling. The solution is iterative, and convergence is listed in Table 2-355 and Table 2-356 for Buckling Modes 1 and 2, respectively. The first buckling modes shapes are illustrated in Figure 2-113 and Figure 2-114, with only the Lifting Bar shown for clarity. The second buckling mode is obtained by fixing the Lifting Bar laterally at the load point, thereby preventing the first mode. Table 2-355 indicates that the lowest buckling load is -4.5 times the applied inertia load; however, the negative sign indicates that the mode corresponds to a load in the opposite direction of the applied load. Because the inertia load is not reversible, the second mode is the buckling mode, and from Table 2-356 indicates that the buckling load factor is 6.94. The LIBRA Input Files used for the Model AOS-100 Lifting Bar buckling analysis are as follows:

• AOS-100-CAGE-LIFT Principal file
• AOS-100-CAGE-LIFT-A Mesh connections generated by the PRODATA pre-processing data program
• AOS-100-CAGE-LIFT-1 Principal file for MAIN2 bolting analysis Table 2-355. Convergence of Elastic Stability Analysis, Mode 1 - Model AOS-100 ITERATION CONVERGENCE EIGENVALUE 1 1.00000E+00 5.82771E+01 2 2.00942E-01 -4.85262E+01 3 4.62168E+00 -8.63197E+00 4 5.25698E-01 -5.65772E+00 5 1.59189E-01 -4.88075E+00 6 5.61581E-02 -4.62123E+00 7 2.13370E-02 -4.52469E+00 8 8.51010E-03 -4.48651E+00 9 3.50804E-03 -4.47082E+00 10 1.47828E-03 -4.46422E+00 11 6.31961E-04 -4.46141E+00 12 2.72663E-04 -4.46019E+00 13 1.18333E-04 -4.45966E+00 14 5.15454E-05 -4.45943E+00 15 2.25056E-05 -4.45933E+00 16 9.84083E-06 -4.45929E+00 2-964 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Table 2-356. Convergence of Elastic Stability Analysis, Mode 2 - Model AOS-100 ITERATION CONVERGENCE EIGENVALUE 1 1.00000E+00 5.82310E+01 2 3.62437E+00 1.25922E+01 3 3.99519E-01 8.99752E+00 4 8.25793E-02 8.31118E+00 5 5.20557E-02 7.89995E+00 6 4.07590E-02 7.59056E+00 7 3.08370E-02 7.36350E+00 8 2.17598E-02 7.20668E+00 9 1.44360E-02 7.10412E+00 10 9.15569E-03 7.03967E+00 11 5.63609E-03 7.00022E+00 12 3.40524E-03 6.97646E+00 13 2.03429E-03 6.96230E+00 14 1.20722E-03 6.95390E+00 15 7.13661E-04 6.94894E+00 16 4.20968E-04 6.94602E+00 17 2.48016E-04 6.94430E+00 18 1.46024E-04 6.94328E+00 19 8.59441E-05 6.94269E+00 20 5.05748E-05 6.94234E+00 21 2.97589E-05 6.94213E+00 22 1.75101E-05 6.94201E+00 23 1.03029E-05 6.94194E+00 24 6.06220E-06 6.94189E+00 Radioactive Material Transport Packaging System Safety Analysis Report 2-965 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-113. Lifting Bar First Buckling Mode - Model AOS-100 Figure 2-114. Lifting Bar Second Buckling Mode - Model AOS-100 2-966 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15 Shielding/Spacer Component Evaluation - Models AOS-050A, AOS-100A, and AOS-100A-S The axial shielding plates and cavity spacer plates generically refer to shoring components that are added within the Model AOS-050A, AOS-100A, and AOS-100A-S cask cavity for specific isotope shipping configurations, as listed in Table 2-357. Table 2-357. Additional Required Shoring Components - Models AOS-050A, AOS-100A, and AOS-100A-S Required Certification Material of for Isotope Model Component Drawinga Construction Shipments ofb Description Used to offset the cask contents from Axial the cask plug and cask bottom. This Stainless Ir-192 AOS-050A Shielding 183C8519 dual-purpose shoring component provides Steel Ir-194 Plates both spacing (that is, distance) and supplemental shielding of the cask contents. Used to offset the cask contents from Axial the cask plug and cask bottom. This Tungsten Co-60-B Shielding 183C8491 dual-purpose shoring component provides Alloy Co-60-C Plates both spacing (that is, distance) and AOS-100A supplemental shielding of the cask contents. AOS-100A-S Used to offset the supplemental axial Stainless Cavity shielding plates and cask contents from the Steel Spacer 183C8518 Co-60-C cask plug and cask bottom, which provides

                                                  -or-Plates                                                   spacing necessary to meet regulatory dose Aluminumc rate limits.

a. Refer to Table 1-5, AOS Transport Packaging System Certification Drawing List - All Models, for drawing revision levels.

b. As per Table 1-2, 10 CFR 71.47(a) Activity Limits (All Isotopes Except Ir-192 and Ir-194) - All Models, Table 1-2a, 10 CFR 71.47(a) Ir-192 and Ir-194 Activity Limits - All Models, and Table 1-2b, 10 CFR 71.47(b)

Activity Limits - Model AOS-100A and AOS-100A-S.

c. Refer to Paragraph 2.12.15.6 for details.

Radioactive Material Transport Packaging System Safety Analysis Report 2-967 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-115 illustrates the Model AOS-100A-S Co-60-C configuration for which the axial shielding plates and cavity spacer plates are both used. Each cavity spacer plate fills the void above or below the upper or lower axial shielding plate, respectively, with only a small gap on the diameter, which prevents the axial shielding plates from shifting during Normal conditions and Hypothetical Accident conditions of transport. CAVITY SPACER PLATE AXIAL SHIELDING PLATE AXIAL SHIELDING PLATE CAVITY SPACER PLATE Figure 2-115. Model AOS-100A-S Co-60-C Configuration with Axial Shielding Plates and Cavity Spacer Plates Note: Model AOS-100A-S is shown. For Model AOS-100A, the lower axial shielding plate is inverted. 2-968 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.1 Fabrication Criteria Regulatory Guide 7.11 and NUREG/CR-1815 (References [2.30] and [2.31], respectively), which categorize components based on the cask designs maximum activity level, govern the axial shielding plates and cavity spacer plates fabrication. Because AOS casks are used to ship isotopes with activities greater than 3,000 A2, the axial shielding plates and cavity spacer plates are fabricated as Category I components. From NUREG/CR-3854 (Reference [2.24]), the criteria for fabricating metal shipping container components that are to be used for the transport of radioactive materials are based on ASME Code Section III -or- Section VIII (References [2.26] and [2.29], respectively). The requirements for Category I components are as follows:

• Acceptance criteria for the fabrication of metal shipping container components are located in ASME Code Section III, as follows:
• Containment components - Subsection NB
• Criticality components - Subsection NG
• Other safety components - Subsection NF
• Axial shielding plates are relied on for shielding, which falls under the Other Safety Component Safety Group. Therefore, the Model AOS-050A axial shielding plates shall be fabricated to ASME Code Section III, Subsection NF -or- Section VIII, Division 1 (References [2.26] and

[2.29], respectively). For this evaluation, the stress criteria presented in Section III, Subsection NF are used. 2.12.15.2 Component Safety Classification According to Importance to Safety The axial shielding plates and cavity spacer plates are required to reduce external radiation doses to levels acceptable for transport:

• For Model AOS-050A, the axial shielding plates perform the function of gamma shielding for the transport of Ir-192 and Ir-194
• For Models AOS-100A and AOS-100A-S, the axial shielding plates perform the function of gamma shielding for the transport of Co-60-B and Co-60-C
• For Models AOS-100A and AOS-100A-S, the cavity spacer plates offset the gamma shielding, which provides necessary spacing for the transport of Co-60-C quantities Note: Models AOS-025A and AOS-100B do not use axial shielding plates or cavity spacer plates.

Thus, the axial shielding plates and cavity spacer plates are Category B items, in accordance with NUREG/CR-6407, Section 5.3.2 (Reference [2.32]). Radioactive Material Transport Packaging System Safety Analysis Report 2-969 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.3 Stress Criteria ASME Service Level D is used for Hypothetical Accident conditions of transport. The analyses methods and stress criteria allowed by ASME Code Section III (Reference [2.26]) are used, as follows:

• Allowable stresses are based on Subsection NF-3200
• Hypothetical Accident conditions of transport (Service Level D) design limits are defined in Appendix F Table 2-358 lists the stress criteria.

Table 2-358. Stress Criteria - Models AOS-050A, AOS-100A, and AOS-100A-S ASME Class 1 Designa Stress Limitsb Bearing Loads Except for pinned and bolted joints, bearing stresses need not be Service Level D (Appendix F-1332.3) evaluated for loads for which Service Level D Limits are specified Pure Shear 0.42Su Service Level D (Appendix F-1332.4) Hypothetical Accident Conditions Pm > (1.2Sy or 1.5Sm) < 0.7Su of Transport Pm + Pb < 150% of the limit for general primary stress intensity Pm Service Level D (Appendix F-1332)

a. ASME Code Section III (Reference [2.26]).

b. Pm = Primary membrane stress intensity Pb = Primary bending stress intensity Sm = Design stress intensity Sy = Yield strength Su = Ultimate strength 2-970 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.4 Axial Shielding Plate Stress Evaluation - Model AOS-050A The finite element analysis code ANSYS (Reference [2.34]) is used to evaluate the Model AOS-050A axial shielding plates performance during Hypothetical Accident conditions of transport. Although the analysis evaluates Hypothetical Accident conditions of transport, the analysis applies to device performance during Normal conditions of transport. The following sections provide model, loading condition, boundary condition, and result details. 2.12.15.4.1 Axial Shielding Plate Finite Element Model - Model AOS-050A As illustrated in Figure 2-116, the finite element model is a full model of the axial shielding plate, which is generated by importing the CAD solid model into the ANSYS Workbench interface. The models solid portion is constructed using ANSYS solid (SOLID185/186/187) elements. Compression-only contact elements are used to simulate the interaction between the axial shielding plate and cask inner cavity. Specifically, contact between the axial shielding plate and cask inner cavity is modeled using CONTAC174/TARGE170. Weak spring elements (COMBIN14) are automatically inserted during the solution to help stabilize the model. ANSYS assigns low-spring stiffness to the weak spring elements so that their presence will not adversely affect the solutions accuracy. The axial shielding plates material properties are obtained from Table 2-11. Figure 2-116. Axial Shielding Plate ANSYS Model - Model AOS-050A Radioactive Material Transport Packaging System Safety Analysis Report 2-971 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.4.2 Axial Shielding Plate Loading Conditions - Model AOS-050A The total content weight of 60 lbs. is obtained from Table 2-7 and accelerations are obtained from Table 2-50. Table 2-359 provides the inertial loads applied to each model in the form of surface pressure. For the side drop, the axial shielding plates inertial load is equal to the plates weight multiplied by the corresponding g-load. Table 2-359. Axial Shielding Plate ANSYS Model Loads - Model AOS-050A Inertial Drop Model Load Weight Load Area Pressure Orientation Component Case g-Load (lbs.) (lbs.) (in2) (psi) End Y 304 566.2 60.0 33,972.0 6.956 4,883.8 Side Normal Pressure 305 598.4 3.2 1,914.9 3.582 534.6 Normal Pressure 306x 256.0 60.0 15,360.0 3.582 4,288.1 Corner Y 306y 325.8 60.0 19,548.0 6.956 2,810.2 2.12.15.4.3 Axial Shielding Plate Stress Criteria - Model AOS-050A The stress criteria for the axial shielding plate is presented in Section 2.12.15.3. Certification drawing 183C8519 (refer to Table 1-5, AOS Transport Packaging System Certification Drawing List - All Models) specifies the use of stainless steel for the axial shielding plates construction. The axial shielding plates properties are obtained from Table 2-9. The bounding stress intensity of 18,700 psi at a maximum component temperature of 400°F is used for this evaluation. (Refer to Table 3-3, Maximum Temperature Summary, Normal Conditions of Transport - All Models.) 2-972 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.4.4 Axial Shielding Plate Analysis Results - Model AOS-050A The Model AOS-050A axial shielding plate Hypothetical Accident conditions of transport analysis results are presented in Figure 2-117 through Figure 2-119. Table 2-360 summarizes the linearized stress, comparison to the allowable stress, margin of safety (MS), and the total stress intensity as illustrated in Figure 2-117 through Figure 2-119. The analysis results show that axial shielding plate has a significant margin of safety. The minimum margin of safety of +3.2 occurs during the corner drop. Additionally, the axial shielding plates total stress is less than the materials yield strength. As Table 2-360 shows, the calculated margin of safety is positive, which indicates that the Model AOS-050A axial shielding plate maintains functionality during Normal conditions and Hypothetical Accident conditions of transport. Table 2-360. Axial Shielding Plate Stress Analysis Results during Hypothetical Accident Conditions of Transport - Model AOS-050A Membrane Membrane + Stress Bending Stress Total Stress Drop Intensity Allowable Intensity Allowable Intensity Orientation (psi) (psi) MS (psi) (psi) MS (psi) End 4,442.0 28,050 5.3 5,000.0 42,075 7.4 9,582.3 Side 812.8 28,050 33.5 993.1 42,075 41.4 1,416.1 Corner 6,688.0 28,050 3.2 8,317.0 42,075 4.1 11,256.1 Figure 2-117. Axial Shielding Plate End Drop ANSYS Stress Results - Model AOS-050A Radioactive Material Transport Packaging System Safety Analysis Report 2-973 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-118. Axial Shielding Plate Side Drop ANSYS Stress Results - Model AOS-050A Figure 2-119. Axial Shielding Plate Corner Drop ANSYS Stress Results - Model AOS-050A 2-974 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.5 Axial Shielding Plate Stress Evaluation - Models AOS-100A and AOS-100A-S The finite element analysis code ANSYS (Reference [2.34]) is used to evaluate the Model AOS-100A/ AOS-100A-S axial shielding plates performance during Hypothetical Accident conditions of transport. Although the analysis evaluates Hypothetical Accident conditions of transport, the analysis applies to device performance during Normal conditions of transport. The following sections provide model, loading condition, boundary condition, and result details. 2.12.15.5.1 Axial Shielding Plate Finite Element Model - Models AOS-100A and AOS-100A-S As illustrated in Figure 2-120, the finite element model is a full model of the axial shielding plate, which is generated by importing the CAD solid model into the ANSYS Workbench interface. The models solid portion is constructed using ANSYS solid (SOLID185/186/187) elements. Compression-only contact elements are used to simulate the interaction between the axial shielding plate and cask inner cavity. Specifically, contact between the axial shielding plate and cask inner cavity is modeled using CONTAC174/TARGE170. Figure 2-121 illustrates the contact elements for each drop orientation. Forces are applied on a surface of the model that represents the total applied load for the drop orientation being considered. ANSYS structural surface effect elements (SURF154) are used to apply the load to the models solid portion. Figure 2-122 illustrates the surface effect elements for each drop orientation. Weak spring elements (COMBIN14) are automatically inserted during the solution to help stabilize the model. ANSYS assigns low-spring stiffness to the weak spring elements so that their presence will not adversely affect the solutions accuracy. The axial shielding plates material properties are obtained from Table 2-11. Figure 2-120. Axial Shielding Plate - Models AOS-100A and AOS-100A-S Radioactive Material Transport Packaging System Safety Analysis Report 2-975 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

End Drop - Contact Elements Corner Drop - Contact Elements Side Drop - Contact Elements Figure 2-121. ANSYS Model Contact Elements - Models AOS-100A and AOS-100A-S 2-976 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

End Drop - Surface Effect Elements Corner Drop - Surface Effect Elements Side Drop - Surface Effect Elements Figure 2-122. ANSYS Surface Effect Elements - Models AOS-100A and AOS-100A-S Radioactive Material Transport Packaging System Safety Analysis Report 2-977 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.5.2 Axial Shielding Plate Loading Conditions - Models AOS-100A and AOS-100A-S The total content weight of 500 lbs. is obtained from Table 2-7, and accelerations are obtained from Table 2-52. Table 2-361 lists the inertial loads applied to each model in the form of surface pressure. For the side drop, the axial shielding plates inertial load is equal to the plates weight multiplied by the corresponding g-load. Table 2-361. Axial Shielding Plate ANSYS Model Loads - Models AOS-100A and AOS-100A-S Inertial Drop Model Load Weight Load Area Pressure Orientation Component Case g-Load (lbs.) (lbs.) (in2) (psi) End Z 304 276.1 500.0 138,050.0 28.128 4,907.8 Resultant 307.6 30.13 9,268.0 7.141 1,297.9 Side 305 X and Y 307.6 Cos (45°) x 30.13 6,553.5 7.141 917.7 X and Y 306x 117.1 Cos (45°) x 500.0 41,400.2 7.141 5,797.5 Corner Z 306y 154.1 500.0 77,048.0 28.128 2,739.2 2.12.15.5.3 Axial Shielding Plate Stress Criteria - Models AOS-100A and AOS-100A-S The axial shielding plates stress criteria is presented in Section 2.12.15.3. Certification drawing 183C8491 (refer to Table 1-5, AOS Transport Packaging System Certification Drawing List - All Models) specifies the use of tungsten alloy for the axial shielding plates construction. For the tungsten alloy material (refer to Table 2-11), the Sm value is not defined by the ASME code. However, using the guidance presented in ASME Code Section II, Part D, Appendix 2, Paragraph 2-110 (Reference [2.5]), tungsten alloys design stress intensity value is 2/3 of the yield strength. Therefore, the design stress intensity is 50,000 psi. To bound the results, the minimum primary membrane stress allowable is used for this evaluation. 2-978 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.5.4 Axial Shielding Plate Stress Analysis Results - Models AOS-100A and AOS-100A-S Figure 2-123 through Figure 2-125 present the axial shielding plate analysis stress results for Hypothetical Accident conditions of transport. Table 2-362 summarizes the linearized stress, comparison to the allowable stress, margin of safety, and the total stress intensity as illustrated in Figure 2-123 through Figure 2-125. The analysis results show that axial shielding plate has a significant margin of safety. The minimum margin of safety of +3.5 occurs during the corner drop. Additionally, the axial shielding plates total stress is less than the materials yield strength. As Table 2-362 shows, the calculated margin of safety is positive, which indicates that the Model AOS-100A/AOS-100A-S axial shielding plate maintains functionality during Normal conditions and Hypothetical Accident conditions of transport. Table 2-362. Axial Shielding Plate Stress Analysis Results during Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Membrane Membrane + Stress Bending Stress Total Stress Drop Intensity Allowable Intensity Allowable Intensity Orientation (psi) (psi) MS (psi) (psi) MS (psi) End 4,519.0 75,000 15.6 4,703.0 112,500 22.9 7,713.2 Side 3,492.0 75,000 20.5 3,958.0 112,500 27.4 6,529.7 Corner 4,544.0 75,000 15.5 25,250.0 112,500 3.5 40,947.5 Figure 2-123. Axial Shielding Plate Hypothetical Accident Conditions of Transport End Drop Stress Intensity Results (psi) - Model AOS-100A and AOS-100A-S Radioactive Material Transport Packaging System Safety Analysis Report 2-979 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-124. Axial Shielding Plate Hypothetical Accident Conditions of Transport Side Drop Stress Intensity Results (psi) - Model AOS-100A and AOS-100A-S Figure 2-125. Axial Shielding Plate Hypothetical Accident Conditions of Transport Corner Drop Stress Intensity Results (psi) - Model AOS-100A and AOS-100A-S 2-980 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.6 Cavity Spacer Plate Stress Evaluation - Models AOS-100A and AOS-100A-S The finite element analysis code ANSYS (Reference [2.34]) is used to evaluate the Model AOS-100A/ AOS-100A-S axial shielding plates performance during Hypothetical Accident conditions of transport. Although the analysis evaluates Hypothetical Accident conditions of transport, the analysis applies to device performance during Normal conditions of transport. The following sections provide model, loading condition, boundary condition, and result details. 2.12.15.6.1 Cavity Spacer Plate Finite Element Model - Models AOS-100A and AOS-100A-S As illustrated in Figure 2-126, the Model AOS-100A/AOS-100A-S cavity spacer plate finite element model was developed using the same methodology presented in Section 2.12.15.5.1. Certification drawing 183C8518 (refer to Table 1-5, AOS Transport Packaging System Certification Drawing List - All Models) specifies the use of stainless steel or aluminum for the construction of the cavity spacer plate. To bound the cavity spacer plate properties, the mechanical properties of 6061-T4 (ASME Code Section II, Part D, UNS A96061 (Reference [2.5])) aluminum are used for this evaluation. The material properties used in the ANSYS model are as follows: Elastic Modulus (E) = 8.7 x 106 psi Poissons Ratio = 0.33 Density = 0.098 lb/in3 Figure 2-126. Cavity Spacer Plate Stress ANSYS Model - Models AOS-100A and AOS-100A-S Radioactive Material Transport Packaging System Safety Analysis Report 2-981 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.6.2 Cavity Spacer Plate Loading Conditions - Models AOS-100A and AOS-100A-S The total content weight of 500 lbs. is obtained from Table 2-7 and accelerations are obtained from Table 2-52. Table 2-363 provides the inertial loads applied to each model in the form of surface pressure. For the side drop, the inertial load of the cavity spacer plate is equal to the plates weight multiplied by the corresponding g-load. The weight of stainless is used to bound the use of an aluminum cavity spacer plate. Table 2-363. Cavity Spacer Plate ANSYS Model Loads - Models AOS-100A and AOS-100A-S Inertial Drop Model Load Weight Load Area Pressure Orientation Component Case g-Load (lbs.) (lbs.) (in2) (psi) End Z 304 276.1 500.0 138,050.0 26.920 5,128.2 Resultant 307.6 15.0 4,614.0 8.210 562.0 Side 305 X and Y 307.6 Cos(45°) x 15.0 3,262.6 8.210 397.4 X and Y 306x 117.1 Cos(45°) x 500.0 41,401.1 8.210 5,042.8 Corner Z 306y 154.1 500.0 77,050.0 26.920 2,862.2 2.12.15.6.3 Cavity Spacer Plate Stress Criteria - Models AOS-100A and AOS-100A-S The stress criteria for the cavity spacer plate is presented in Section 2.12.15.3. Certification drawing 183C8518 (refer to Table 1-5, AOS Transport Packaging System Certification Drawing List - All Models) specifies the use of stainless steel or aluminum for the cavity spacer plates construction. The yield strength of 11,600 psi is from ASME Code Section II, Part D, Table Y-1 (Reference [2.5]) at a maximum component temperature of 400°F. (Refer to Table 3-3, Maximum Temperature Summary, Normal Conditions of Transport - All Models.) For the Aluminum 6061-T4 material, the Sm value is not listed in the ASME Code Section III, Division 1 (Reference [2.33]) material tables. However, using the guidance presented in ASME Code Section II, Part D, Appendix 2 (Reference [2.5]), the design stress intensity value for Aluminum 6061-T4 is 2/3 of the yield strength. Therefore, the design stress intensity is 7,733 psi. To bound the results, the minimum primary membrane stress allowable is used for this evaluation. 2-982 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.12.15.6.4 Cavity Spacer Plate Stress Analysis Results - Models AOS-100A and AOS-100A-S Figure 2-127 through Figure 2-129 present the cavity spacer plate analysis results for Hypothetical Accident conditions of transport. Table 2-364 summarizes the linearized stress, comparison to the allowable stress, margin of safety, and the total stress intensity as illustrated in Figure 2-127 through Figure 2-129. The analysis results show that cavity spacer plate has a significant margin of safety. The minimum margin of safety of +1.1 occurs during the corner drop. As Table 2-364 shows, the calculated margin of safety is positive, which indicates that the Model AOS-100A/AOS-100A-S cavity spacer plate maintains functionality during Normal conditions and Hypothetical Accident conditions of transport. The evaluation also shows that the Model AOS-100A/AOS-100A-S cavity spacer plates can be fabricated from aluminum or a stronger material, such as stainless steel. Table 2-364. Cavity Spacer Plate Stress Analysis Results during Hypothetical Accident Conditions of Transport - Models AOS-100A and AOS-100A-S Membrane Membrane + Stress Bending Stress Total Stress Drop Intensity Allowable Intensity Allowable Intensity Orientation (psi) (psi) MS (psi) (psi) MS (psi) End 4,402.0 11,600 1.6 5,052.0 17400 2.4 10,450.6 Side 697.3 11,600 15.6 782.1 17400 21.2 1871.5 Corner 3,322.0 11,600 2.5 8,354.0 17400 1.1 42,547.2 Figure 2-127. Cavity Spacer Plate End Drop ANSYS Stress Results - Models AOS-100A and AOS-100A-S Radioactive Material Transport Packaging System Safety Analysis Report 2-983 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

Figure 2-128. Cavity Spacer Plate Side Drop ANSYS Stress Results - Models AOS-100A and AOS-100A-S Figure 2-129. Cavity Spacer Plate Corner Drop ANSYS Stress Results - Models AOS-100A and AOS-100A-S 2-984 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

2.13 REFERENCES [2.1] U.S. Nuclear Regulatory Commission (NRC), Title 10, Code of Federal Regulations, Part 71 (10 CFR 71), Packaging and Transportation of Radioactive Material. [2.2] International Atomic Energy Agency (IAEA) Safety Standards Series No. TS-R-1 (IAEA TS-R-1), Regulations for the Safe Transport of Radioactive Material, 1996 Ed. (as amended 2003). [2.3] U.S. Nuclear Regulatory Commission (NRC), Regulatory Guide 7.6, Design Criteria for the Structural Analysis of Shipping Cask Containment Vessels, Rev. 1, 1978. [2.4] U.S. Nuclear Regulatory Commission (NRC), Regulatory Guide 7.8, Load Combinations for the Structural Analysis of Shipping Casks, Table 10, Rev. 1, 1989. [2.5] American Society of Mechanical Engineers, ASME Boiler and Pressure Vessel Code, Section II, Part D, 2004 Ed., No Addendum. [2.6] Gerard, George, Introduction to Structural Stability Theory, McGraw-Hill, New York, 1962, Equation 8-14, p. 142, and pp 143-146. [2.7] Kaminski, D. A., Ed., Heat Transfer Data Book, General Electric Company, New York, 1981, Section G515/29, p. 5. [2.8] American Society of Mechanical Engineers, ASME Boiler and Pressure Vessel Code, Section II, Part D, Table 3, p. 406, 2004 Ed., No Addendum. [2.9] D. Perry, Aircraft Structures, McGraw-Hill, 1950, pp. 398-400. [2.10] Metech Welded Mesh, Inc., Online Catalog, accessed June, 2010, http://www.weldedwiremesh.net/. [2.11] American National Standards Institute, ANSI N14.5-2014, Radioactive Materials - Leakage Tests on Packages for Shipment, June 19, 2014. [2.12] MIL-STD-883B(3) NOT 2, Dissimilar Metals, May, 1993. [2.13] General Plastics Manufacturing Company, Design Guide for Use of LAST-A-FOAM FR-3700 for Crash & Fire Protection of Radioactive Material Shipping Containers, Tacoma, WA, Issue 005. [2.14] ASME, Section III, Division 1, Appendices, Figure I-9.4, Design Fatigue Curves for High Strength Steel Bolting for Temperatures Not Exceeding 700°F, 2004 Ed., No Addendum. [2.15] Caldwell, S.G., Ph.D., Tungsten Heavy Alloy Engineering Manual, ATI Firth Sterling, AL, v4.0. [2.16] Gibson, Lorna, J. and Michael F. Ashby, Cellular Solids, p. 193, Cambridge University Press, New York, NY, 2001. [2.17] Torrey Hills Technology, LLC, High Density Tungsten Technical Data, accessed September 19, 2010, http://www.torreyhillstech.com/hddata.html. [2.18] Lassner, Erik and Wolf-Dieter Schubert, Tungsten - Properties, Chemistry, Technology of the Element, Alloys, and Chemical Compounds, Kluwer Academic/Plenum Publishers, New York, NY, 1999. Radioactive Material Transport Packaging System Safety Analysis Report 2-985 for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)

[2.19] General Plastics Manufacturing Company, Design Guide for Use of LAST-A-FOAM FR-3700 for Crash & Fire Protection of Radioactive Material Shipping Containers, Tacoma, WA, March, 1998 (revised October, 2003). [2.20] Communication from ATI Firth Sterling to Alpha-Omega Services, Inc., and GE Energy. [2.21] Parker O-Ring Division, Evaluation of Parker Compound S1224-70 to ASTM D2000 7GE705 A19 B37 EA14 EO16 E036 F19 G11 Compound Data Sheet, Kentucky, June 19, 1996. [2.22] Fitzroy, Nancy D., Ed., Heat Transfer Data Book, General Electric Company, New York, November, 1970 Edition, Section G502.5, p. 7. [2.23] Touloukian, Y. S., Thermophysical Properties of Matter, Metallic Elements and Alloys, 1971. [2.24] Fischer, L. E. and W. Lai, NUREG/CR-3854, Fabrication Criteria for Shipping Containers, Lawrence Livermore Laboratory, Prepared for U.S. Nuclear Regulatory Commission (NRC), Livermore, California, March, 1985. [2.25] Monroe, R. E, H. H. Woo, and R. G. Sears, NUREG/CR-3019, Recommended Welding Criteria For Use in the Fabrication of Shipping Containers for Radioactive Materials, Lawrence Livermore Laboratory, Prepared for U.S. Nuclear Regulatory Commission (NRC), Livermore, California, March, 1984. [2.26] American Society of Mechanical Engineers, ASME Boiler and Pressure Vessel Code, Section III, Division 1, Subsections NB, NF, and NG, 2004 Ed., No Addendum. [2.27] ASTM International, ASTM F1145 - 05(2011), Standard Specification for Turnbuckles, Swaged, Welded, Forged, Table 3, West Conshohocken, PA, 2011. [2.28] Shigley, Joseph E., Mechanical Engineering Design, Chapter 6, The Design of Screws, Fasteners, and Connections, McGraw Hill, Inc., 3rd Edition, 1977. [2.29] American Society of Mechanical Engineers, ASME Boiler and Pressure Vessel Code, Section VIII, Division 1, 2004 Ed., No Addendum. [2.30] U.S. Nuclear Regulatory Commission (NRC), Regulatory Guide 7.11, Fracture Toughness Criteria of Base Material for Ferritic Steel Shipping Cask Containment Vessels with a Maximum Wall Thickness of 4 Inches (0.1 m), 1991. [2.31] Holman, W.R, and R.T. Langland, NUREG/CR-1815, Recommendations for Protecting Against Failure by Brittle Fracture in Ferritic Steel Shipping Containers Up to Four Inches Thick, Lawrence Livermore National Laboratory, Prepared for U.S. Nuclear Regulatory Commission (NRC), June 15, 1981. [2.32] McConnell, J. W. Jr., A. L. Ayers, Jr., and M. J. Tyacke, NUREG/CR-6407, Classification of Transportation Packaging and Dry Spent Fuel Storage System Components According to Importance to Safety, Idaho National Engineering Laboratory, Prepared for U.S. Nuclear Regulatory Commission (NRC), Idaho Falls, Idaho, February, 1996. [2.33] American Society of Mechanical Engineers, ASME Boiler and Pressure Vessel Code, Section III, Division 1, 2004 Ed., No Addendum. [2.34] ANSYS, Inc. ANSYS documentation release 15.0, November, 2013. 2-986 Radioactive Material Transport Packaging System Safety Analysis Report for Model AOS-025, AOS-050, and AOS-100 Transport Packages, Rev. J, January 31, 2021 (Docket No. 71-9316)}}