ML20065M102

Rev 0 to Index 9-1, ASME Section Viii Evaluation of Oyster Creek Drywall Part 1 Stress Analysis

ML20065M102
Person / Time
Site:	Oyster Creek
Issue date:	11/30/1990
From:	Contreras G, Mehta H, Ranganath S GENERAL ELECTRIC CO.
To:
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ML20065M096	List: ML20065M094 ML20065M098 ML20065M102 ML20065Q389
References
NUDOCS 9012100268
Download: ML20065M102 (259)

Text

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( 1 GE Nuclear Energy s

I L ,s PDR (iDOCK O'-5000 2 ) O

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DRF # 00664

) INDEX No. 9 1 REV. 0

) l l

I l

)- AN ASME SECTION VIII EVALUATION OF OYSTER CREEK DRYWELL PART 1 STRESS ANALYSIS

)

November 1990

)

prepared for f

GPU Nuclear Corporation

) Parsippan*, New Jersey

)

prepared by GE Nuclear Energy

)

San Jose, California

)

N bEk 0 h l. REV. O O

AN ASME SECTION VIII EVALVATION OF OYSTER CREEK DRYWELL O

PART I STRESS ANALYSIS O

L 0 Prepared by: 'W' ledwm G. W. Contreras, Engineer Materials Monitoring &

Structural Analysis Services Reviewed by: Ldr> ,

H. S. Mehta, Principal Engineer Materials Monitoting &

Structural Analysis Services rz c O 7 Approved by: __

S. Ranganath,YManager Materials Monitoring &

O Structural Analysis Services O

i O

n b Ek h b 1, REV. O j  ;

g- TABLE OF CONTENTS Pace No.

1. INTRODUCTION 11 O

1 '

l.1. Background 1-1  :

1.2 Previous Analyses 12 1.3 Scope of Present Analysis 12 0

i 1.4 Report Outlins 1-3 1.5 References .

14

2. ANALYSIS BASES. 21 0-2.1 Drywell Geometry and Materials 21 1 2.2 ASME Code Allok:ble Values 23 2.2.1 Thickness Reductions From Local Corrosion Effects- 2-4 2.2.2 Allowable Stresses for Post Accident Condition 2-5 2.3 -Load Magnitudes and Combinations 2-5 2.4 Temperature Gradients 26 '

O 2.5- References 2-7 ll

3. DRYWELL FINITE-ELEMENT-ANALYSIS 3-1 ,

3.1 Description of Model 3-1

3.2 Determination of Stresses for Unit Load Cases 33

3.3 Temperature Stress Analysis 3-3

l. 3.4 References 3-4 i

'O >

L

4. SEISMIC LOAD DEFINITION 4-1 4.1 Finite Element Model 4-1 0 3 .2 Dynamic Analysis Methodology and Response Spectra 4-1 g

l- j O

kbEkOb-1,REV.O TABLE OF CONTENTS (CONT'D)

D Paae No.

4.3 Post Accident Seismic Analysis 42 4.4 Analysis for Relative Support Displacement Effects 42

5. CODE STRESS EVALVATION 5-1 5.1 Determination of Stresses for Various Load Combinations 5-1 5.2 Primary Stress Evaluation 51 5.3 Primary Plus Secundary Stress Evaluation 52 5.s Degraded Thickness Evaluation 52

6.

SUMMARY

AG9 CONCLUSIONS 61 APPENDIX A JUSTIFICATION FOR USE OF SECTION 111, SUBSECTION NE,

• GUIDANCE IN EVALUATING THE OYSTER CREEK DRYWELL APPENDIX B SEISMIC ANALYSIS DETAILS

• APPENDIX C DETAILED STRESS ANALYSIS RESULTS FOR UNIT LOAD CASES APPENDIX 0 DETAILED STRESS ANAuYSIS RESULTS FOR LOAD COMBINATIONS O APPENDlX E COMPARISON OF FDSAR AND SRP LOAD COMBINATIONS APPENDIX F SAND STIFFNESS SENSITIVITY STUDY O

D ii O

_ _ _ - _ _ _ _ . _ _ - _ . _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ___.___u

9 bbEXh -1, REV. 0 LIST Of TABLES

, Table Page No. Title No.

l l

2-1 As designed and Projected 95% Confidence 2-8

, thicknesses used in the Code Stress Evaluation 2-2 Allowable Stresses for Drywell Shell in 2-9 Section Vill Analysis 23 Allowable Stresses for Post-Accident Condition 2 10 2-4 Load Combinations specified in the Parsons 2-11

, Report (Reference 2 3)

.)

2-Sa Dead Weight loads 2-12 2-5b Penetration Loads 2-13 2-Sc Live Loads 2 15 3-1 Unit Load Cases Analyzed for Drywell Shell 3-5 Stress Analysis 5-1 Description of Load Combinations in Terms of 5-3 Unit Load Case Sum J

5-2 Comparison of Calculated Stresses to Code 54 Allowable Values (Nominal Drywell Wall Thicknesses) 5-3 Comparison of Calculated Stresses to Code 5-6 Allowable Values (Projected Drywell Wall Thicknesses)

O iii O

J k bEk k b 1, REV. 0 LIST OF FIGURES 3

Figure Page J{p . FIGURE No.

g 1-1 Drywell Configuration 15 31 Complete Finite Element Model of Drywell 36 3 3-2 Sand Bed Region of Drywell Finite Element 37 Model 3-3 Knuckle Region of Drywell Finite Element 38

, Model 3-4 Cylindrical Region of Drywell Finite 3-9 Element Model 9

3-5 Upper Cylindrical Region of Drywell 3-10 Finite Element Model g 36 Below Curb Drywell Model Nodalization 3-11 for Temperature Analysis During Accident Condition 3-7 Example of Calculated Temperature 3-12 Distribution at Various Elapsed Times 3-8 Meridional Stress Distribution in the Sand 3-13 Bed Region from Temperature Distribution at t=210 Seconds 39 Circumferential Stress Distribution in the 3-14 Sand Bed Region from Temperature Distribution at t=210 Seconds iv 4

. - . .~

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'O l

k Ek b -1, REV. 0 e

to 1. INTRODUCTION 1- ,

i I j' l.1 Background The Oyster Creek Nuclear Generating Station utilizes a GE BWR Nuclear

!O i Steam Supply System and a steel Mark I pressure suppression type containment vessel system. The pressure suppression system consists of a drywell, a pressure suppression chamber (torus) which stores a large volume of water and a connecting vent system between the O

drywell and the water pool. The drywell, sometimes referred to as the

! containment- vessel or containment structure, houses the reactor vessel, reactor coolant recirculation loops, and other components associated with the reactor system.

4 Figure 1-1 shows the drywell along with the pertinent dimensions. The drywell is a combination of a sphere, cylinder and 2:1 ellipsoidal dome and it resembles an inverted light bulb. The spherical portion lO of drywell near the base includes a sandbed- region-that provides an

! elastic' transition zone which is intended to ameliorate abrupt thermal and mechanical discontinuities. The pressure suppression system was designed, analyzed and constructed by Chicago Bridge & Iron Company O

(Cb!).

A recent inspection of the steel shell (November 1986) prior to restart from the llR outage in the sandbed region revealed that some degradation of the shell had taken place during the years ~ since completion of construction. Subsequent inspections also indicated minor thickness degradations in the upper spherical and cylindrical sections of the drywell.

Based on the ultrasonic (UT) inspection results, the projected 95%

l confidence thickness value for the sandbed region is 0.736 inch.

I- However, in some previous Oyster Creek drywell analyses, as discussed O in the next Subsection, a conservative thickness value of 0.7 inch was used. Therefore, a sandbed thickness of 0.7 inch was used in the l stress analyses presented in this report which includes the effect of

O 11

k Ek b 1, REV. O sand stiffness. The companion stress reports which consider the '

, without sand case, use the projected thickness of 0.736 inch for the sandbed region.

1.2 Previous Analyses S

A detailed description of the previous analyses pertaining to Oyster Creek drywell is given in Reference 1-1. Only brief details are provided in this section as background.

D A complete set of design calculations for the drywell, suppression chamber, interconnecting elements, nozzle rainforcements and access openings has been prepared by CB&l [1-2). Subsequent to the original design and analysis of the Oyster Creek Containment System by CB&I, at the request of Atomic Energy Commission, a report titled " Primary Containment Design Report" [1-3) was prepared by the Ralph H. Parsons Co. This report made independent calculations pertaining to specific portions of the containment system, and assessed the adequacy of certain features of the design. A reassessment of the drywell containment structure of Oyster Creek Nuclear Power Plant was also performed by EG&G for the NRC as part of the Systematic Evaluation Program [1-6).

Several structural analyses including buckling analyses were conducted following the detection of shell degradation in the sand bed region.

A summary of the results of these analyses is described in Reference O l-1.

1.3 Scope of Present Analysis

• The Code of record for the stress analysis of Oyster Creek drywell isSection VIII,1962 Edition and Nuclear case interpretations 1270 N-5, 1274 N-5 and 1272 N 5. The Reference 1-2 stress report constitutes the Section VIII Code stress report of record for the drywell.

D 9 1-2 l

b Ek fi b 1, REV. O This report is a supplementary report to the Code stress report of record and addresses aspects of Code compliance as they relate to the 3

local wall thinning observed in the Oyster Creek drywell. Thus, all of the analyses presented in this report evaluate only .the drywell shell. In the first part of the stress analysis presented in this report, the nominal or as-designed thicknesses were assumed everywhere 3

except in the sand bed region. The thickness in the sand bed region was assumed as 0.7 inch compared to the as-designed thickness of 1.154 inch.

O Later the stress analysis addresses the local thinning in areas other than the sand bed region of drywell, The second part of this supplementary repo;*t [1-5] addresses the g

buckling evaluation of the sand bed regicn.

1.4 Report Outline O Section 2 of the report describes the drywell geometry, materials, ASME Code allowables and load combinations used in the evaluation of applied stresses. Also discussed is the temperature gradient definition in the sand bed region under DBA conditions. Section 3 includes the details of drywell finite element analysis. Seismic load definition analyses are covered in Section 4.

Section 5 presents the Code stress evaluation results including the 0 evaluation of local thinning. Finally, summary and conclusions are discussed in Section 6.

Appendix A provides justification for the use of guidance from

" Subsection NE,Section III, where the original Code of construction is not explicit enough. Details of seismic analysis are included in Appendix B. The calculated stresses from unit load cases and from load combinations are given in Appendices C and D, respectively.

Appendix E shows a comparison of the load combinations described in the Standard Review Plan document and those used in this report.

O 1-3

O b bEk h b 1, REV. 0 Appendix F evaluates the sensitivity of the calculated stresses in the ,

O sandbed region to the chosen value of sand spring stiffness.

2 i

l.5 References 1

ig 1-1 Yekta, M., "0C Drywell Structural Evaluations," GPUN Technical Data Report No. 926, Rev. 1, February 6,1989.

l-2 " Structural Design of the Pressure Suppression Containment O Vessels," by Chicago Bridge & Iron Co., Contract # 9 0971, 1965.

1-3 " Primary Containment Design Report," prepared by The Ralph M.

Parsons Company, FSAR Amendment 15. >

O 14 GPUN Specification SP-1302 53 044, Technical Specification for Primary Containment Analysis - Oyster Creek Nuclear Generating Station; Rev. 2, October 1990.

O 15 "An ASME Section VIII Evaluation of the Oyster Creek .Drywell - .

Part 2 - Stability Evaluation," GE Index # 9 2, DRF # 00664 -

(November 1990).

O l6 A.G. Debeling and . C.Y. Liaw, " Structural Review of the Oyster Creek Nuclear Power Plant Drywell Containment ' Structure Under Combined Load," SEP Report, March 1982.

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Figure 1-1 Drywell Configuration 1-5

bhEkkb-1,REV.0

2. ANALYSIS BASES 2.1 Drywell Geometry and Materials The spherical section has an inside diameter of 70 ft, which intersects the 33 ft. diameter cylindrical portion. A transition knuckle is provided at the connection of the sphere to the head (Figure 1-1). The drywell is 105'-6" high. The plate thicknesses vary from a maximum of 2.625 in, at the transition between the sphere and the cylinder down to a minimum of 0.640 in. in the cylinder. The head wall thickness is 1.188 in.

The head, which is 33 ft. in diameter, is made with a double tongue and groove seal which permits periodic checks for tightness. Ten vent pipes, 6'-6" in diameter, are equally spaced around the circumference to connect the drywell to the vent header inside the pressure suppression chamber.

The drywell interior is filled with concrete to elevation 10'-3" to provide a level floor. Concrete curbs follow the contour of the vessel up to elevation 12'-3" with cutouts around the vent lines.

On the exterior, the drywell is encapsulated in concrete of varying thickness from the base elevation up to the elevation of the top head.

From there, the concrete continues vertically to the level of the top of the spent fuel pool.

The base of the drywell is supported on a concrete pedestal conforming to the curvature of the vessel. A structural steel skirt was first installed to provide interim support for the vessel during erection.

> A portion of the steel skirt was left in place which serves as one of the shear rings that provides horizontal restraint for the drywell during an earthquake.

' The proximity of the biological shield concrete surface to the steel shell varies with the elevation. The concrete is in full contact with the shell over the bottom of the sphere at its invert elevation 2'-3"

> 2-1

b Ek b 1, REV. O up to elevation 8'-11 1/4". At that point, the concrete is stepped back 15 inches radially to form a pocket which continues up to 3

elevation 12'-3". That pocket is filled with sand which forms a cushion which is intended to smooth the transition of the.shell plate from a condition of fully clamped between two concrete masses to a 3 free standing condition. This sand filled pocket is referred to here as the sandbed. The sandbed is connected to drains intended to allow drainage of any water which might enter the sand. Up from elevation 12'-3" there is a 3-inch gap between the drywell and the conci ate biological shield wall which is filled with foam material that 3

provides insulation but no structural support.

An upper lateral seismic restraint, attached to the cyliadrical portion of the drywell at elevation 82'-6*, allows for thermal ,

3 deadweight, and pressure radial deflection, but not for lateral movement due to seismic excitation. All penetrations for piping, instrumentation lines, vent ducts, electrical lines, equipment

, accesses, and personnel entrance have expansion joints and double J

seals where applicable.

The materials of construction for the drywell are given in

, Specification S-2299-4 [Peference 2-1]. The drywell shell, i .e. , the sphere, cylinder, dome, and transitions, was constructed from SA-212, Grade B High Tensile Strength Carbon-Silicon Steel Plates for Boilers and other Pressure Vessels, q"

The following steels were used in the construction of penetrations, reinforcements, and appurtenances:

SA-300 Steel Plates for Pressure Vessels for Service at low Temperatures.

SA-333 Seamless and Welded Steel Pipe for Low Temperature Service.

SA-350 Forged or Rolled Carbon and Alloy Steel Flanges, forged Fittings, and Valves and Parts for Low Temperature Service.

'O 2-2

D b Ek b -1, REV. O ASTH A-36 Structural Steel.

D Table 2-1 shows the as-designed thicknesses used in the Code stress evaluation of the drywell shell (Reference 1-2]. Also shewn in the same Table are the projected 95% confidence thickness values in the p locally corroded areas (2-2). These latter thicknesses are used in the primary stress evaluation presented in Subsection 4.4.

2.2 ASME Codo Allowable Values D

The Oyster Creek drywell vessel was designed, fabricated and erected in accordance with the 1962 Edition of ASME Code,Section VIII with Addende to Winter 1963, and Code Cases 1270N-5, 1271N and 1272N-5.

D The Code Case 1272 N 5 limits the general membrane stresses to 1.1 times the allowable stress values given in Table UCS 23 of Section Vill. The combined general membrane, general bending, and local membrane stresses are limited to 1.5 times the general membrane stress D

allowables. Finally, the Code Case limits the sum of the primary plus secondary stresses to three times the allowable stresses given in Table UCS-23. The allowable stress value given in Table UCS-23 for SA

, 212, Grade B is 17500 psi. Accordingly, the allowable stress values for various categories of stresses are shown in Table 2-2.

The original Code of record and the Code Cases do not provide specific

, guidance in two areas. The first relates to the size of the region of increased membrane stress due to thickness reductions from local c-general corrosion effects, and the second pertains to the allowable stresses for service level C or post-accident conditions. In the latter case, the Standard Review Plan document was used as guidance with details discussed in Appendix E. In the first case, guidance was sought from Subsection NE of Section III. The justification for this guidance is provided in Appendix A of this report. The allowable limits obtained are discussed next.

1 8 2-3

f D

b Ek b -1, REV. 0 2.2.1 Thickness Reductions from Local Corrosion Effects Consideration of local corrosion effects requires application of the requirements for Local Primary Membrane Stresses. .A thorough discussion of this is presented in Appendices A prepared by Dr. W.E.

p Cooper of Teledyne Engineering Services. The discussion presented here is extracted from that Appendix.

The NE-3213.10 definition of Local Primary Membrane Stress is:

Cases arise in which a membrane stress produced by pressure or other mechanical loading and essociated with a primary or discontinuity effect produces excessive distortion in the y transfer of load to other portions of the structure.

Conservatism requires that such a stress be classified as local primary membrane stress even though it has some characteristics of a secondary stress. A stress region may be considered local if the distance over which the membrane stress intensity exceeds 1.1 S mc does not extend in the meridional direction more than 1.0/(Rt), where R is the minimum midsurface radius of curvature and t is the minimum thickness in the region considered. Regions of local primary membrane stress intensity involving axisymmetric membi sne stress di;tributions which exceed 1.1 S mc shall not be closer in the meridMnal direction than 2.5/(Rt), where R is defined ss (Ri +R2 )/2 an6 t is defined as (ti+t2)/2, where ti and

, t2 are the minimum thicknesses at each of the regions considered, and R3 and R2 are the minimum midsurface radii of curvature at these regions where the membrane stress intensity exceeds 1.1 S

mc. Discrete regions of local membrane stress intensity, such as those resulting from concentrated loads acting on brackets, where the membrane stress intensity exceeds 1.1 Smc shall be spaced so that there is no overlapping of the areas in which the membrane stress intensity exceeds 1.1 S mc' The value of S mc from NE of Section 111 is equivalent to 1.1 S from Section Vill.

D 2-4

- - - . - - - _ - . . . . - .~ - - - - . _- - - . _ . --- .

).

b Ek b -1, REV. O o

There is no code limit for the extent of the tegion in which the fg

membrane stress exceeds 1.0 S,e but is less than 1.lSme. This 10%

i variation in the allowable stress was provided because of the " beam on elastic foundation" effects of such local regions, the stress decays

, as one moves away from the thin region, but overshoots general membrane stress value by a small amount as the effects dampen out with O-distance. Thus, this provision is ng1 equivalent to a 10% increase in the allouable stress whis can be taken advantage of in the original design. However, given a dedgn which satisfies the general Code intent, as the Oyster Creek drywell does as originally constructed, it O.

is not a violation of Subsection NE requirements for the membrane stress to be between 1.05,e and 1.15,e over significant distances, g Based on the preceding discussion, a limit of 1.15,c will be used in evaluating the general membrane stresses in areas of the drywell where reduced thicknesses are.specified.

2.2.2 Allowable Stresses for Post-Accident Condition .

In: the post accident condition, the drywell is flooded to elevation

~

74'-6". The allowable stress values for this condition _ are given in

' Table 3.8.2-1 of Reference 2-4. Additional discussion on this is O

included in Appendix E. Table 2-3 shows the allowable stress values used for the flooded condition.

2.3 Load Magnitudes and Combinations

o .

The loads to be considered in the Oyster Creek drywell stress analysis, and the load combinations are specified in Reference 1-4 and are consistent with those specified in References 2-1 and 2-3.

O ~ References 2-1 and 2-3.also contain similar descriptions of the loads '

and load combinations. Table 2-4 shows these load combinations. The Cases I and II pertain to test loads imposed on the drywell prior to plant startup. These loads are enveloped by the loads specified in O Case V - Accident Condition. Therefore, separate calculations were not conducted for Cases I and II.

O. 2-5

l

^O b Ek b 1, REY. O A' comparison of the load combinations shown in Table 2-4 and those O; given in Reference 2-4 is covered in Appendix E. From that comparison i it was concluded that the load combinations in Table 2 4 essentially l envelope those described in Reference 2-4.

The dead load, live load and other equipment loads used in the stress

'O calculations were obtained from an earlier study by CBI (Reference No.

2.4.3 of Reference 1-4), and are shown in Tables 2-Sa though 2-Sc. In the dead weight loading, the weight of the compressible material 9 attached to the drywell was separately added. This weight was taken as 10 lbs. per sq. ft. of drywell surface (Reference 2.4.2 of Reference 1-4]. ~ The additional-weight on the cylindrical portion of the drywe11'during the' refueling was obtained from Reference No. 2.4.3 in Reference 1-4 as 561 lbs/ inch of drywell cylindrical region

!O.

circumference.-

The stresses from seismic loads were separately calculated as

O- described in Section 4.

. 2.4: Temperature Gradients The tirywell shell is essentially at a uniform temperature during all

'O of the operating conditions except the accident condition. During the 4

accident condition-it is assumed- that the drywell shell except the -

region below the curb (i.e., the sand. bed region) is at the same temperature as that of the environment inside the drywell . .- An

'O- analysis of the meridional temperature distribution'in the sand bed- 4 region during the accident condition was reported in Reference 1-4..

The meridional temperature results in Reference 1-4 are given as a function of elapsed time-from the start of the accident condition to _

4500 seconds. These temperature distributions were used in Section'3 to calculate the stresses.

O :

O- 2-6

D

}hEk f4 9 1, REV. 0 2.5 References 21 Technical Specification S-2299-4; Design, Furnishing, Erection and Testing of the Reactor Drywell, and Suppression Chamber Containment Vessels (1964).

2-2 Letter from S.C. lumminelli of GPUN to H.S. Mehta of GE, dated October 5, 1990;

Subject:

Forc?sted Drywell Thicknesses to 14R.

23 Primary Containment Design Report," prepared by The Ralph M.

3 Parsons Company, FSAR Amendment 15.

2-4 Nuclear Regulatory Commission Standard Review Pl an, Section 3.8.2, Steel Containment, Rev.1, July 1981.

3 3  ;

J J

O D

0 2-7

. _ _ _ _ = _ -

I l

NEk h1,REV.0 1

TABLE 2-1 O

As-designed and Projected 95% Confidence thicknesses used .in the Code Stress Evaluation

.O As-designed Projected 95%

Thicknesses 14R Thicknesses

..g Drvwell Reaion Linl Linl Cylindrical Region 0.640 0.619*

Knuckle 2.625 2.625 Upper Spherical Region 0.722 0.677 Middle Spherical Region 0.770 0.723 Lower Spherical Region 1.154 1.154 Except Sand Bed Area Sand Bed Region 1.154 0.736**

• No on going corrosion.

• • 0.70 inch was used in the Code evaluation. For discussion on this, O see Subsection 1.1.

O l

LO l

O 2-8

NbEk h1,REV.O

) TABLE 2-2 Allowable Stresses for Drywell Shell in Section Vill Analysis (Except Post Accident Condition) 3 Primary Stresses 19300 psi

) General membrane General membrane plus bending 29000 psi Primary olus Secondary Stresses Surface stresses including 3x17500 or 52500 psi

) thermal effects D

NOTE: The general membrane stress allowable value of 19300 psi is equal to 1.1x17500, where 17500 psi is the allowable stress value for the drywell material in Table UCS-23 of Section VIII.

D D

3 29

]

)

khEkkk9-1,REV.0 3 TABLE 2-3 Allowable Stresses for Post-Accident Condition Primary Stresses

]

- General Membrane 38000 psi General Membrane plus 1.5x General membrane or 57000 psi Bending 3

Secondary Stresses 1

j Primary plus Secondary 70000 psi NOTE: The above allowable stresses are based Standard Review Plan, Sectior 3.8.2., Steel Containment 3

) '

D i

j 3 2-10

9 N Ek h b 1, REV. O e Table 2-4 Load Combinations specified in the Parsons Report (Reference 2-3) 3 CASE 1 - INITIAL TEST CONDITION Deadweight + Design Pressure (62 psi) + Seismic (2 x DBE)

CASE 11 - FINAL TEST CONDITION i

Deadweight + Design Pressure (35 psi) + Seismic (2 x DBE)

CASE 111 - NORMAL OPERATING CONDITION Deadweight + Pressure (2 psi external) + Seismic (2 x DBE) 3 CASE IV REFUELING CONDITION Deadweight + Pressure (2 psi external) + Water load at water seal 0 118' 3" + Seismic (2 x DBE) q

~

CASE V - ACCIDENT CONDITION Deadweight + Pressure (62 psi & 175 f or 35 psi & 281 F) +

Seismic (2 x DBE)

D CASE VI - POST ACCIDENT CONDITION Deadweight + Water Load 0 74' 6" + Seismic (2 x DBE)

D Notes: (1) The loads shown above predominate. Reference 2-3 contains all of the loads.

. (2) DBE is the design basis earthquake.

4 O 2-11

kbEkhb9-1,REV.0 O TABLE 2.5a Dead Weight Loads llam Elevation (ft.) Weicht in lbs O

Upper Header 60.00 36000 Lower Header 40.00 41000 Upper Weld Pads 65.00 40000 Middle Weld Pads 60.00 40000 0

Lower Weld Pads 56.00 48000 Top Flange 95.75 20100 Bottom Flange 93.75 20700 stabilizers 82.17 21650 O

Upper Beam Seats 50.00 1102000 Lower Beam Seats 22.00 556000

^

12 ft Diam. EQ DOOR 30.25 48000 Personnel Lock 30.00 64100

~O Vents 15.56 50000 13 Ft Diam EQ DOOR 30.25 57000 Upper Weld Pads 65.00 12000 Middle Weld Pads 60.00 19200 Lower Weld Pads 56.00 8400 0

0

-O O 2 12

bEk 9-1, REV. 0 TABLE 2-5b

, Penetration Loads Penetration 10 Elevation (ft.) Weicht in 1bs O

x - 54A 87.00 1000 x - 5 A Thru H 16.00 150000 x-6 16.00 6000 x - 7A Thru D 30.00 45600 x-8 26.00 2450 x - 9A, 9B 34.00 22600 x - 10, 11 26.00 8650 x - 12, 45 31.00 16500 x - 13A, 13B 33 00 15450 x - 14,15,39B 70.00 5750 x 43, 44 54.00 7850 x - 16A,B 73.00 8850 x - 17 90.00 2750 x - 18, 19 20.00 900 x - 20,21,22 40.00 850 x - 23,24,34A,8 20.00 6000 x - 25 90.00 3750 x - 27 90.00 1000 x - 28A-G 34.00 5450 x - 30AB, 32A 16.00 3700 x - 31AB, 53 16.00 3750 x - 26 20.00 3900 x - 35A Thru G 16.00 900 0

0 3 2-13

)

kbEXI4b-1,REV.O p TABLE 2-5b (Cont'd)

Penetration loads Penetration 10 Elevation (ft.) Weiaht in lbs D

x - 36 60.00 700 x - 37 A Thru D 40.00 8100 x - 38A Thru D 40.00 8100 D x - 42 20.00 400 x - 39A 30.00 850 x - 40 AB, 46A 30.00 2400 x - 46B, 52 30.00 1650 x - 49, 50 35.00 1500 D

x - 51 32.00 750 x - 100AB, 104B 40.00 2500 x - 105A,D+107A 40.00 2500 x - 1000,D,G+104 40.00 4150 D

x - 105B,C+106B 40.00 2550 x - 100E, 103A,10 40.00 2500 x - 102B 40.00 850 x - 101A-F 40.00 5100 x - 104BD 40.00 1650 x - 54B 90.00 1000 x - 55 A+B 90.00 2000 x - 102A,104A,10 40.00 2650

' x - 100F,103B 40.00 1850 x - 29A,B,47,48 90.00 4000 x - 32B,33A,33B 16.00 500 x - 4000 36.00 1550 x - 41 90.00 500 D

D 2-14

k)bEkOb9-1,REV.O C) TABLE 2-5c l

Live loads 1

() litm Elevation (ft.) Weiaht in lbs l i

1 Upper Header 60.00 4200 Lower Header 40.00 7150 Upper Weld Pads 65.00 20000

()

Middle Weld Pads 60.00 20000 Lower Weld Pads 56.00 24000 Equip Door 30.25 100000 Personnel Lock 30.00 15000 c) 0 0

0 0

.O l

l O 2-15

l 0-

% E$ b -1, REV. O i

3. DRYWELL FINITE ELEMENT ANALYSIS

O .

i 3.1 Description of Finite Element Model a

The drywell was modelled for finite element analysis using the ANSYS

O computer program (3-1]. The model is shown in Figures 3 1 through 3-5,

• where Figure 3-1 is an overview, and Figures 3-2, 3-3, 3 4, and 3-5 show the sand bed, knuckle, cylindrical, and upper most cylindrical

g regions, respectively. The geometry as described in Subsection 2.1, L along'with References 3-2 and 3-3, was used in generating this model.

[ The model was developed using axisymmetric solid elements (STIF 25), q with the lower most portion being fixed in all directions. This element has non-axisymmetric load capability which was required for i the seismic evaluation. Seismic evaluations are discussed in Section

4. Combination elements (STIFF 40) were used to represent the sand stiffness (see Figure 3-2). The value for the sand stiffness was I

taken-as 366 psi /in (Reference 2.4.10 of Reference 1-4]. Sensitivity of 'the calculated stresses in the sandbed region- to the chosen value of sand stiffness is discussed in Appendix F.

In addition to the drywell mass, additional mass was included to account for the attached compressible material and the attachment loads (penetration, dead, and live loads). The compressible material applies from the top of the sand bed _ region up to the bottom edge of O the flange. This mass was incorporated by increasing the effective density of the drywell material- in each affected region. For instance, in the- region with a drywell thickness of 0.640", the effective density was modified to:

0L effective density = (10'1bs/ft2 )/(12 in/ft)2 /(0.640in.)

+ 0.283 lbs/in 3

- 0.392 lbs/in 3 G 3-1

O kEkk9-1,REV.O The attachment loads, on the other hand, were included as nodal masses l

O. using STIFF 21. All the dead weight and penetration loads as listed in Tables 2-Sa and 2-Sb were included in each load case. The upper and lower beam seats have effective mass only in the vertical direction.

As summarized in Table 3-1, eight unit load cases were analyzed from

O which the combined load conditions could be calculated. Load Case 1

[ represents an internal pressure of 62.0 psi. Load Case 2 represents the weight case without any live loads.

O - -

Load Case 3 represents the weight loading during load combination Case IV - refueling condition. An additional live load (equipment door) and the water weight during refueling is included in this load case.

The' water weight and the opposing upward force from the outside O

bellows _was . determined as 697!1bs/in, and 136 lbs/in., respectively (Reference 2.4.3 in Reference .1-4). Therefore, the total load was -

' taken as' 561 lbs/in. or 698 kips (for a 33 ft, diameter). This force was applied at the flange elevation.

O The specifics of the seismic cases (Load Cases 4, 5, and 7) and the thernal. case (Load Case-8) ~are discussed in detail in Section 4 and Paragraph 3.3, respectively.

l Load Case '6 modelled the water pressure for the flooded condition ,

(Post Accident). In this case the drywell is filled with water up to elevation 74'-6". Therefore, the pressure due to. water applies to all

O _ _

surfaces from 8'-117/32" to 74'-6". The applicable pressure for. each element in this region.is determined as follows:

(

p = (62.4 lb/ft3)(894"-y)/(12 in./ft.)3 where y is the element elevation. Although the exact pressure varies <

linearly, the modelled pressure was applied in a stepwise. manner from L top.to bottom in increments of 1.89 psi.

O' y

O 3-2

D b Ek b -1, REV. 0 3.2 Determination of Stresses for Unit load Cases D

The stresses for each load case were first calculated. Table 3-1 lists the various load cases for which the stresses were calculated. The details of the temperature stress analysis is described in the next e Subsection and the procedures used in the calculation of the seismic stresses are covered in Section 4.

The calculated values of the membrane and membrane plus bending for D

each of the load cases are tabulated in Appendix C.

Only the two crthogonal stress components -

meridional and circumferential - are significant at most locations in the drywell g shell. A review Indicated that the calculated shear stress magnitudes are insignificant compared to the values for the total meridional and circumferential stresses. Therefore, the orthogonal stress magnitudes and the principal stress magnitudos were essentially the same.

G 3.3 Temperature Stress Analysis The results of thermal response in the sand bed region to a DBA LOCA

, have been reported by GPU in Reference 1-4. Figure 3-6 shows the meridional nodes below the drywell floor, for which the calculated ten.peratures as a function of elapsed time are reported in Reference 1-4. An example of the calculated temperatures is shown in Figure 3-7.

O From a review of the temperature distributions, two intermediate time steps were identified as possibly yielding the most severe thermal stresses. At 60 seconds, the largest temperature gradient occurs over a two inch meridional length. At 210 seconds, the maximum temperature is achieved. In addition, a third time step, 690 seconds, was evaluated to verify that a more deeply penetrating temperature condition would not result in higher stresses than the first two cases.

• 3-3

O hbEk h-1,REV.O The predominant stresses for each of these cases occurred near the top O of the sand bed region (near the 0.700" to 1.154" transition) and were in the circumferential and meridional directions. It was found that the thermal stresses at 210 seconds yielded the more severe stress condition. Figures 3-8 and 3-9 show the meridional and circumferential stress distributions in the sand bed region.

O 3.4 References 3-1 Gabriel J. DeSalvo, Ph.D. and John A. Swanson, Ph.D, "ANSYS O

Engineering Analysis System User's Manual," Revision 4.1, Swanson Analysis System, Inc. Houston, PA, March 1,1983.

3-2 CB&l Drwg. 9-0971 sheet number 4, Rev.1, "Drywell - Field Weld O

Joint" 3-3 CB&l Drwg. 9-0971 sheet number 7, Rev. 5, "Drywell - Cylindrical Shell & Top Head" O

O O

O O

O 34

khbEkkb9-1,REV.O O

TABLE 3-1 i

Unit Load Cases Analyzed for Drywell Shell Stress Analysis O

Case No. Loadina 1 Pressure (62 psi)

O 2 Gravity-1 (Accident Condition) 3 Gravity-2 (Refueling) 4 Unflooded Seismic 5 Flooded Seismic O

6 Flooded Hydrostatic Pressure 7 Seismic Relative Support Displacement 8 Temperature Gradient During DBA O

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OYSTER CREEK DRYUELL - FE MODEL Figure 3-4 Cylindrical Region of Drywell Finite Element Model

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CREEK DRYbiLL - FE MODEL Figure 3-5 Upper cylindrical Region of Drywell Finite Element Model

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110.6 117.4 123.7 129.4 3.25 101.1 103.4 11&.5 123.9 128.8 133.3 100.2 106.4 112.6 128 3.5 98.23 103 1 08.5 113.9 119 123.7 3.5 M.03 97.M 114.6 119.1 123.3 95.M 100.1 105 1 09.9 118.9 4 M .35 102.1 106.4 110.8 115 4.25 93 1 M .13 97.83 M 99.6 103.5 w?.4 m.3 til 111.6 4.5 92.u 92.M tot 104.5 108.1 0 4.M 91.51 92.12 94.54 97.59 102 105.3 108.5 5 91.03 91.49 93.41 95.95 98.99 102.8 105.8 5.25 90.69 91.04 92.53 N 63 97.14 99.92 98.11 100.7 103.4 91.86 93.56 M .69 96.59 94.84 101.3 5.5 90.46 90.71 5.M 90.3 90.48 91.35 92.72 M.51 6 90.2 90.32- 90.9891.55 92.0692.76 93.54 k.2795.3296.01 97.31 97.92 99.44 90.12 90.21 90.7 .41 .91 6.25 91.15 92.M 93,2.7 M,3.98 9,6.58 5.44 6.5 9,0.49 0.34 90.85 9i.64 6.n 0,05 9,0.14 9,0.08 0.09 O 7 90.03 90.06 90.24 90.6290.95 91.25 92.12 91.66 92.57 93.2193.66 M .44 7.25 90.02 90.04 90. 4 90.45 90.01 90.02 90.11 90.33 90.71 91.29 91 92.05 91.0 92.98 92.41 7.5 90.07 90,23 90.53 7.5 90.01- 90.01 90 90.01 90.05 90.16 90.39 90.76 91.28 91 91.M 91.56 8.25 8

to 90 90.03 90.11 90.29 90.54 90. 4 90.78 91.24 8.5 90 90 90.02 90.08 90.21 8.M to to 90.01 90.06 90.15 90.33 90.61 90.99 90 90 90.01 90.04 90.11 90.25 90.47 90.78 90 90.01 90.03 90.08 90.18 90.36 90.61 9

0 9.25 90 90 90 90 90.02 90.06 9090.1

% 90.27 90.21M .48 90.37 9.5 90 90.01 90.04 9.M 90 90 90 90 90 90.01 90.03 90.07 90.15 90.29 10 90 to 90 90.02 90.05 90.12 90.22 10.25 to 90 90 90 90.01 90.04 90.09 90.17 10.5 90 90 90.01 90.03 90.06 90.13 90 90 90 90.1 10.M 90 90 90 90.01 90.02 90.05 11 90 90 to 90 90 90.01 90.03 90.07 11.25 90 to 90 90 90.01 90.02 90.05 Q 11.5 90 90 90 90 90 90.01 90.02 90.04

11. 5 90 90 90 90 90 90 90.01 90.03 12 90 90 90 90 90 90 90.01 12.75 90 90 90 90 90 90 to 90 90 90 90 90 13.5 90 90 90 90 90 90 to 14.25 90 90 90 90 15 90 90 90 90 90 90 90 90 *

• 90 90 90 90 15 n 90 90 90 90 90 90 90 90 90 O 16.5 17.25 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 18 90 90 90 90 90 90 90 90 18.75 90 to 90 90 90 to 90 90 19.5 90 90 90

• • 90 90 90 90 20.U 90 90 M 90 to 21 90 90 90 90 90 90 90 90 90 90 21.M 90 90 90 90 90 90 to 22.5 90 90 90 90 90 90 90 90 O 23.25 24 90 - 90 90 90 90 90 90-90 90 90 90 90 90 90 90 90

24. 5 90 90 90 90 90 90 90 90 25.5 90 90 90 90 90 90 90 90 26.25 90 90 90 90 90 90 90 90 90 27 90 90 90 90 90 90 90 90 90

27. 5 90 90 90 90 90 90 90 90 28.5 90 90 90 90 90 / 90 90 90 90 29.25 90 90 90 90 0 30 90 to 90 90 90 90 90 .90  %

30.M Figure 3 7 Example of Calculated Temperature Distribution at Vario Elapsed Times O 3-12

O O l ANSYS 10/13/90 9.0572 POST 1 STEP =2 ITER =1D STRESS PLOT SY AUTO SCALING ZU=1 DIST=7.2 XF=292 YF=i44 EDGE MX=10793 '

Mrl=-10930 w -3002 L

" 0 16000

.I

,0YSTER CREEK DRYUELL - THERMAL T=210 5 Figure 3-8 Meridional S*ress Distribution in the Sand Bed Region From Temperature Distribution at t=210 Seconds

g AtiSYS 10/13/90 9.0898 POST 1 STEP =2 '

ITER =10 STRESS PLOT SZ AUTD SCALING ZU=1 DIST=7.2 XF=292 YF=144 EDGE MX=10210 Mti=-17146

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,0YSTER CREEK DRYUELL - THERr14L T=210 5 Figure 3-9 Circumferential Stress Distribution in the Sand Bed Region from Temperature Distribution at t=210 Seconds

. _ _ _ _ h

b Ek b -1, REV. 0

4. SEISMIC LOAD DEFINITION This section briefly describes the general methodology followed in the seismic evaitation of the drywell. A detailed report on .the seismic analysis methodology and the results is included as Appendix B of this g report.

4.1 Finite Element Model The same finite element model that was used for the analysis of static loads, was also used in the seismic analysis. All of the concentrated loads listed in Tables 2-Sa and 2-5b were included in both the flooded and unflooded seismic analyses. Since the lower and upper beams connect to the drywell through pads, the beam weights do not act 3

during the horizontal earthquake excitation. Therefore, the beam weights are active only in the vertical direction. In addition, the live loads listed in Table 2-5c were included in the unflooded seismic analysis.

g The drywell is constrained at the " reactor building /drywell/ star truss" interface at elevation 82'-6" and at its base. The upper constraint was implenented in the finite element analysis by restraining the middle node in the horizontal direction at this elevation. The base cor.straint is as before, i.e., all nodes fixed.

4.2 Dynamic Analysis Methodology and Response Spectra The seismic input motion spectra were provided by GPUN in Reference 2-4. The seismic motion spectra were for two locations: at the mat foundation and at the upper constraint. Since the ANSYS program can O only accept one input spectrum, the input spectra at the two elevations were enveloped.

The response spectrum dynamic analyses were first conducted for frequencies up to the ZPA frequencies of the input motion spectra.

The response contributions due to the truncated higher frequency modes O 41

b Ek b -1, REV. O were calculated by static analyses in which the total model mass is subjected to support accelerations. These were taken as ZPA O

accelerations for each of the orthogonal spatial directions. All colinear modal response contributions were combined by the Double Sum Method and the spatial contributions by the SRSS method. The response contributions due to the truncated higher frequency modes were O

combined with the response totals due to the lower frequency modes iacluded in the analysis by the SRSS method. The resulting total i

colinear inertia responses were combined with the corresponding responses due to relative support motion by the absolute sum method.

O These stresses were then combined with the stresses from other loads (e.g., pressure, thermal, etc.) for the Code evalua' ion.

4.3 Post-Accident Seismic Analysis In the post-accident condition, the drywell is flooded to elevation 74'-6". The weight of the water was lumped at several elevations along the meridian of the drywell. Based on previous experience, the O

fluid-structure interaction effects were assumed as negligible and the hydrodynamic mass of water was assumed as 80% of the total mass of the water which would fill an empty drywell. This exclusion of 20% mass reasonably accounts for the volume of RPV, shield wall and pedestal.

4.4 Analysis for Relative Support Displacement Effects The drywell is fixed at its base and is laterally constrained by the O reactor building at elevation 82'-6". During seismic excitation, the reactor building would experience relative displacement between the drywell constraint elevation and the basemat. Since the reactor building is much stiffer and much more massive than the drywell, it O will take the drywell for a ' ride' during relative support displ acement. Therefore, the stresses in the drywell due to relative support displacement were determined and added to those from the seismic inertia loads.

O O 4-2

O k bEk h-1,REV.O The horizontal relative displacement of the drywell upper support with 3 respect to the drywell at the basemat was specified as 0.058 inch for 2xDBE condition [1-4). The stresses from this relative displacement were obtained by applying t horizontal displacement of 0.058 inch at the upper support elevation.

O O

O O

e O

O O

O O 4-3

O b bEk b 1, REV. O O 5. CODE STRESS EVALUATION l

Sections 3 and 4 describe the analyses for shell stresses for the various unit load cases. This Section first describes how the total 3 membrane and membrane plus bending stresses for the various load combinations are obtained from the unit load cases. The stress results are shown only for the limiting load combinations which are then compared with the stress allowables discussed in Subsection 2.2.

A similar evaluation was then conducted by factoring in the projected 3

95% confidence thickness values to 14R. Detailed stress evaluations for all the analyzed load combinations are provided in Appendix D.

3 5.1 Determination of Stresses for Various Load Combinations The stresses for the various load combinations listed in Table 2-4 were obtained by linearly superposing the stresses from the unit load cases tabulated in Appendix C. The unit load cases and the scaling 3

factors used to obtain the total stresses for each load combination are shown in Table 5-1. The resulting total stresses are shown tabulated in Appendix D.

O 5.2 Primary Stress Evaluation The maximum stresses were separately calculated for each distinct wall thickness region. Table 5-2 shows the calculated primary strc:,ses for O

the limiting load combination Case V-1 and a comparison with the allowable values. Since it is a primary stress comparison, - the thermal stresses were not included in the total stresses.

O The discontinuity bending stresses, which are secondary, everywhere in the shell except in the lower spherical and sandbed regions, were conservatively included in the Pb category. A review of Table 5-2 shows that all of the calculated values of primary stresses are less g

than the corresponding allowable values.

i O 5-1

b Ek b -1, REV. 0 5.3 Primary Plus Secondary Stress Evaluation 0

The results of temperature gradient stress analysis (accident condition) showed that only the sandbed and the lowe.r spherical regions experience significant stresses from this unit load case.

g Also, the post-accident case stress analysis showed that the drywell shell in the sandbed region near the fixity point experiar.ces significant discontinuity bending stresses. Therefore, the primary plus secondary stress evaluation was conducted only for inese regions.

9 Table 5-2 shows the calculatr.d values of primary plus secondary stresses and a comparison with the allowable values. All of t 3 calculated prii..ary plus secondary stress values are within the Code allowable values.

)

5.4 Degraded Thickness Evaluation Based on extensive thickness measurements, GPUN has estimated the corrosion rates and determined the 95% confidence projected drywell wall thicknesses. These wall thicknesses to 14R are given in Table 2-1. The membrane stresses for the degraded thickness condition were obtained by scaling upwards the calculated stresses for the nominal O thickness case (Table 5-2) by the thickness ratio.

Table 5-3 shows the primary membrane and membrane plus bending stresses for the drywell regions using thicknesses per Table 2-1.

Based on the discussion presented in Subsection 2.2.1, the allowable value for the primary membrane stress at locally degraded thickness locations is 1.1S mc or 21200 psi. A review of Table 5-3 shows that both the primary membrane and membrane plus bending stresses are within the allowable limits.

O O 5-2

)

k)Ekkb-1,REV.0

) TABLE 5-1 Description of Load Combinations in Terms of Unit Load Case Sum p Load Comb.

Load Combination .Qnq(4) Constituent Load Cases Normal Operating III - (Case 1)x0.03226 + Case 2 i p Condition (3) Case 4 i Case 7 Refueling Condition IV - (Case 1)x0.03226 + Case 3 i Case 4 i Case 7 D

Accident Condition - 1 V-1 + Case 1 + Case 2 i Case 4 i Case 7 + Case 8 D

Accident Condition - 2 V-2 + (Case 1)x0.565 + Case 2 i Case 4 i Case 7 + Case 8 Post-Accident Condition VI + Case 2 i Case 5 + Case 6 i Case 7 D

Notes: (1) For load combination definition see Reference 2-3.

(2) For unit load case description see Table 3-1.

(3) Normal Operation also includes live load due to personnel lock.

D (4) Load Combination Case Numbers are based on Table 2-4 D

E 5-3 i _ _ . _ _ _ _ _ _ _ - _ _ _ _ _ ____

NbEb -1, REV. O TABLE 5-2

~)

Comparison of Calculated Stresses to Code Allowable Values

( Nominal Drywell Wall Thicknesses)

Limiting Load Combination - V-l'( Except as Noted)

.y Drywell Region Stress Calc. Stress Allowable Categ. Magnitude, Max. Stress (psi) (psi) il Cylinder Prim. Memb. 19200 19300 (t=0.640in.)

' Prim. Memb. + 20280 29000 Bending Knuckle Prim. Memb. 18430 19300 3 (t=2.625 in.)

Prim. Memb. + 20620 29000 Bending.

g. Upper Sphericci Prim. Memb. 19090 19300 (t=0.722in.)

Prim. Memb. + 26350 29000 Bending Middle Spherical Prim.~ Memb. 18460 19300 (t=0.770 in.)

Prim. Memb. + 23110 29000 Bending Lower. Spherical Prim. Memb.- 15690 19300 (t=1.154in.)

Prim. Memb. + 17320 29000 Bending Prim. + Second 18050 52500 3 5-4

kbEkNb9-1,REV.O TABLE 5-2 (CONT'D)

D Comparison of Calculated Stresses to Code Allowable Values (Nominal Dryviell Wall Thicknesses)

Limiting Load Combination - V-1 ( Except as Noted)

D Drywell Region Stress Calc. Stress Allowable Categ. Magnitude, Max. Stress (psi) (psi)

D Sand Bed Region Prim. Memb. 15860 19300 (t=0.700in.)

Prim. Memb. + 22720 29000 Bending Prim. + Second. 33730 52500 D

Prim. + Second. 51870 70000 (Case VI - Pott Accident Cond.)

D D

D D

l l

D 5-5

kbEk N h-1,REV.0 TABLE 5-3 3

Comparison of Calculated Stresses to Code Allowable Values

( Projected Drywell Wall Thicknesses )

g Limiting Load Combination - V-1 ( Except as Noted)

Drywell Region Stress Calc. Stress Allowable Categ. Magnitude, Max. Stress (psi) (psi)

Cylinder Prim, Memb. 19850 21200 (t-0.619 in.)

Prim. Memb + 20070 29000 Bending 9

Upper Spherical Prim. Memb. 20360 21200 (t=0.677 in.)

Prim. Memb. + 28100 29000 Bending Middle Spherical Prim. Memb. 19660 21200 (t=0.723 in.)

Prim. Memb. + 24610 29000 Bending O

9

1. 5-6

b Ek b -1, REV. 0

6.

SUMMARY

AND CONCLUSIONS 3

This report is a supplementary report to the Code stress report (Reference 1-2) of record and addresses aspects of Code complir.nce as

, they relate to the local wall thinning observed in the Oyste Creek drywell. The loads and load combinations used in the analysis were based on the previous drywell stress analyses and the Code of record specification. In developing the allowable stress limits guit,ance was taken from Subsection NE of Section III, ASME Code where tha Code of 3

record (Section VIII) is silent.

The stresses, including those from seismic inertia, were obtained

, using a finite element model of the drywell shell. Th3 stiffness provided by the sand in the sandbed region was modeled using spring elements.

Since the wall thickness degradation was the reason for this analysis, the focus was on the drywell shell only. The stress analysis first considered a base case in which everywhere as-desigt.ed thicknesses were used except in the sandbed region where the thickness was assumed as 0.700 inch. This confirms the original stress calculations and D serves as a basis for evaluating the stresses for tt.e 95% confidence projected thicknesses. In the other ca 3, 95% confidence projected shell thicknesses to 14R were used.

3 The highest stresses were determined to be fron the Case V load combination in all the different thickness regions of the drywell. It was shown that the primary and secondary stresses are within the allowable limits for both conditions (as-designed thicknesses and projected 14R thicknesses).

It is concluded that the Oyster Creek drywell shell will continue to meet the Code of record requirements at least tp to 14R. The analysis for buckling capability in the sandbed region is contained in a companion GE report (Reference 1-5).

O 6-1

khbEh,Nb9-1,REV.0 l

3 APPENDIX A JUSTIFICATION FOR USE OF SECTION 111, SUBSECTION NE, GUIDANCE IN EVALUATING THE OYSTER CREEK DRYWELL J

3

?

S

'E 19 i

1 l

i

)

GENERAL ELECTRIC COMPANY NUCLEAR OPERATIONS 175 CURTNER AVENUE, M/C 747 3 SAN JOSE, CA 95125 9

TECHNICAL REPORT TR-7377-1 D

D JUSTIFICATION FOR USE OF SECTION III SUBSECTION NE, GUIDANCE IN EVALUATING THE OYSTER CREEK DRYWELL 9

NOVEMBER 1990 O

O 9

9PTELEDYNE ENGINEERING SERVICES ,

130 SECOND AVENUE WALTHAM, MASS ACHUSETTS 02254 4 617-890-3350

O Technical Report No. TR-7377-1 N NES TABLE OF CONTENTS Pane 1.0 SCOPE 1

2.0 CONCLUSION

S 1 3.0 CODE STATEMENTS CONCERNING SUCH USAGE 1 4.0 RULES APPLIED TO INITIAL CONSTRUCTION 2 5.0 EVOLUTION OF THE CODE REQUIREMENTS FOR CONTAINMENT VESSELS 4 5.1 Nuclear Cases to Initial Section III 4 5.2 1963 - 1977 Summer Addenda to Section III 5 3 5.3 Conclusion of Section 5.0 10 6.0 STRESS LIMITS BEYOND THOSE OF SECTION VIII 11 6.1 Comparison of Case 1272NS and 1963 Edition of 3 Section III 11 6.2 Subsequent Treatment of Limits 12 6.3 Conclusion of Section 6.0 16 7.0 DEFINITION OF LOCAL MEMBRANE STRESS 16 7.1 Evolution of the Definition of Local Membrane Stress 16 7.2 Conclusion of Section 7.0 18 g 8.0 DISCUSSION OF MATERIALS, FABRICATION, A;4D EXAMINATION ISSUES 19 8.1 Material Requirements 20 8.2 Forming Tolerances 21 8.3 Conclusion of Section 8.0 24 O

ATTACHMENT 1 - FABRICATION, INSPECTION, NDE AND TESTING g PRACTICES FOLLOWED BY CBI IN THE CONSTRUCTION OF THE OYSTER CRE,iK DRYWELL O

i J

Technical Report TF1 PTVNE No. TR-7377-1 ENGINEERING SERVICES f 1.0 SCOPE The drywell of the Oyster Creek Containment was originally can-structed to the requirements of Section VIII of the ASME Boiler and Pres-3 sure vessel Code and applicable Code cases, with a contract date of July 1, 1964. The Code requirements for nuclear containment vessels at that time were less detailed than at any subsequent date.

'3 Is it proper to use the contents of a later Code, and specifically tne requirements of Subsection NE of Section III, as guidance in present evaluations of the drywell?

J

2.0 CONCLUSION

S It is proper to use the containment vessel requirements of the 1963 3 Edition or later editions or addenda of Section III as guidance in present evaluations of the Oyster Creek drywell for issues not explicitly consid-ered in the rules applied to the initial construction or as amplification of those rules when the later requirements have equal or more conservatism U requirements and all related requirements are met. As used by the Code, requirements are "related requirements" if the approval of one action was contingent on approval of a second action.

D 3.0 CODE STATEMENTS CONCERNING SUCH USAGE The ASME Code permits the use of later editions and addenda. For 3 example:

Section III, NCA-1140(b), 1989 Edition, states that " Specific provisions within an Edition or Addenda later than those

1. established in the Design Specifications may be used providing all related requirements are met."

O

• m man o aNO j Section XI, IWE-3122.4, the rules for acceptance by evaluation for metal containments, states that portions of later Editions of the Construction Code or Section III may be used.

9 4.0 RULES APPLIED TO INITIAL CONSTRUCTION Burns and Roe Specification S-2299-4 required, in Section 2.1, that

, the containment vessel satisfy the following ASME requirements:

Boiler and Pressure Vessel Code, Sections VIII and IX, latest edition, with all applicable addenda; Nuclear Code Case Inter-

, pretations 1270N5, 1271N, 1272N5 and other applicable cast.

interpretations.

Because of the July 1, 1964 contract date, the latest applicable addenda was the Winter 1963 Addenda.

The specific Cases identified by Burns and Roe were:

1270N General Requirements for Nuclear Vessels States that neither Sections I or VIII precisely covers nuclear vessels, states that the requirements of either Section may be used together with the contents of the applicable "N-Cases", and defines various types of vessels including containment vessels.

, 1271N Safety Devices Permits containment vessels without such devices, i

, 1272N Containment and Intermediate Containment Vessels

3 Technical Report O No. TR-7377-1 N ES Defines special requirements with respect to welded joint types and radiography, stress relief, welded attachments, corrosion provisions, two-stage construction and allowable stresses.

One specific issue of interest here is the requirements on allowable stresses which go beyond the explicit requirements of Section VIII. The explicit requirements of Section VIII addressed only the minimum thickness of the vessel to resist, what we now term, the general membrane stresses l3 which result from Design Pressure (s) and gravity, seismic, and wind loads.

Case 1272N required that other types of loads and stresses be evaluated; including, those we now term, local membrane stresses and discontinuity y stresses which result from gravity, seismic, pipe and wind loads, Design Pressure (s), normal operating pressures, pressure tests, and thermal gradi-ents.

~

3 The other specific issue of intirest is the requirements placed on materials, fabrication, examination at . v. sting as they have evolved from those applied to the initial constructi n of the Oyster Creek drywell to the rules applied in the present reevaluation.

O The evolution of the Code rules from the Nuclear Cases used in con-struction of the Oyster Creek drywell through the Summer 1977 Addenda to Section III is discussed in 5.0. This time period is pertinent because the 3 present rules (1989 Edition with 1989 Addenda and Code Case N-284) contain l only relative minor evolutions of the Summer 1977 Addenda, without basic changes affecting the issues presently being considered with regard to the Oyster Creek drywell except as discussed in Sections 7.0 and 8.0 of this h document.- Also, the design rules of the Summer 1977 Addenda were those implemented by the Mark I Program Plant Unique Analysis Application Guide, so have previously been applied to a reevaluatior. of the Oyster Creek con-tainment.

O The stress limits beyond those of Section VIII, including the tran-sition from the Code Cases to Subsection NE are discussed in Section 6.0 of g

r _,

D Technical Report No. TR-7377-1 N MES e the present document. Section 7.0 of the present document discusses the history of the limitations on local membrane stress. Section 8.0 of the present document compares the materials, fabrication, examination and test-ing procedures apr. lied to the construction of the Oyster Creek drywell with g those of the Code rules at the time the drywell was constructed and with the rules of the present Code, including Case N 284.

e 5.0 EVOLUTION OF THE CODE REOUIREMENTS FOR CONTAINMENT VESSELS 5.1 Nuclear Cases to Initial Section III e The early development of the rules for nuclear vessels is dis-cussed by E. O. Bergman ("The Basis and Content of a Nuclear Pressure Vessel Code," Preprint Paper No. 94, 1962 Nuclear Congress). Bergn an starts with the appointment of a Task Group by the Code Committee in 1954 e and discusses the development of the pre-Section III nuclear code cases, including those listed in 4.0 of this document, and of the original 1963 Edition of Section III.

g The nuclear code cases required deviations from the rules of the existing Section I or Section VIII. A few deviations, sucn as those for safety devices, inspection openings, and gage glasses relaxed the existing requirements because of the special hazards associated with

, nuclear service. Others added requirements for new materials and new con-structions. The majority of the deviations provided more restrictive requirements, including the stress limits which are discussed in Sections 6.0 and 7.0 of the present document.

O The many revisions to certain of these cases reflect changes made to the cases to maintain consistency with the developing Section III, Nuclear Vessels, 1963. Bergman reviews the contents of this edition in his e paper. With respect to the requirements for containment vessels, Bergman states:

0

O Technical Report No. TR-7377-1 N M G M /)CES The rules for containment vessels follows O

the requirement in present Case 1272N.

The "present :ase" was 1272NS, the revision applied to the Oyster Creek c ntainment.

O .

In preparing the 1963 Edition on the basis of Case 1272N5, some of the Case requirements were expressed in tems of the requirements of g specific paragraphs in Section VIII and others were expressed in terms of the requirements for Class A vessels contained in Subsection A of Section III. An example of the later, as applied to the stress limiti. is discussed in Section 6.0 of this document. However, there was no change in intent between Case 1272N5 and the 1963 Edition of Section III.

O The statement by Bergman, or a comparison (as provided in this document for the aspects of specific interest) of Case 1272N5 and the con-tents of Subsection B of the 1963 Edition of Section III, confirm that the Code rules for the initial construction of the Oyster Creek drywell were the equivalent of those of the 1963 Edition of Section III. (Note that the Code, and this document, uses the word " construction" shorthand for all of g the Code requirements: materials, design, fabrication, examination, test-ing, overpressure protection, and certification.) This conclusion is also supported by a comparison of the Oyster Creek and Nine Mile Point Unit 1 containments, although the initial construction Code for the latter was g Section III because it was slightly later in time than was Oyster Creek.

5.2 1963 - 1977 Summer Addenda to Section III The evolution of the Section III rules applicable to metal O

containments from the initial issuance of rection III through the 1977 Summer Addenda was examined by W. E. Cooper as a part of the Mark I con-tainment program (" Mark I Containment Program Structural Acceptance Crite-ria, n ainm n ys em Design Rules and dassMicadon, Task Numk r O

3.1.1," General Electric Company Report NED0-24522, April 1978).

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Technical Report

• No. TR-7377-1 NN

) There were a number of revisions during this time period, the more important of which may be summarized as follows:

Summer 1966 Addenda: Redesignated the material used in

) the Oyster Creek drywell as SA-516, Grade 70 rather than A-212, Grade B, Firebox Quality.

Winter 1967 Addenda: Revised the requirement in the event

) that the operating condition did not satisfy the fatigue exemption requirements to pemit t..e local region to be evaluated to the fatigue evaluation for Class A vessels, rather than requiring the entire vessel to be upgraded to

). Class A. Added alternative requirements with respect to Categories C and 0 welded joints.

Summer 1969 Addenda Improved the definition of juris-

) dictional boundaries, clarified the design rules without change in intent except for consideration of seismic con-ditions, and clarified the references to Section VIII.

Differentiated between the stress limits applicable to the

)- earthquake load for which the power system must remain operational or must regain its operating status (OBE) and that for which safe shutdown is required (SSE). The for-mer was categorized as a normal operating condition and

) the latter as an emergency or as an upset condition depending upon whether or not the structure was integral.

With respect to the Oyster Creek containment, the seismic condition considered is best described as twice the Desiqn Basis Earthauake. Althouah this cuantitY is equivalent to

) today's SSE. the Oyster Creek seismic p rdition was, and still is, considered to be a normal operatina condition in evaluatina the drywell. Therefore, this revision is not applicable to the present drywell evaluation.

)

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O Technical Report No. TR-7377-1 N M N ES g

Since this was the first ma.ior rewrite of these rules, the_

Class MC vessels constructed to the rules of Secticn VIII with the nuclear cases or to Section III 1963 Edition throuah the Winter 1968 Addenda were essentially con-O structed to the same rules.

Winter 1970 Addenda: In anticipation of the major revi-sion to Section III to appear in the 1971 Edition, intro-g duced the designation change from Class B Vessels to Class MC Vessels, clarified the Scope for containment vessels, specifically identified the Section VIII paragraphs refer-enced, and described the technical changes between the g

1968 Edition with addenda and the 1971 Edition. No such changes were identified for containment vessels.

1971 Edition: Implemented the Winter 1970 Addenda.

, Introduced the terms normal, upset, emergency, and faulted conditions in NE-3321, but stipulated that the containment function not be categorized as an emergency or faulted condition.

D Summer 1972 Addenda: Deleted the operating condition categories intioduced in NE-3321 of the 1971 Edition.

Eliminated the need to reference other Section III Sub-sections and the contents of Section VIII by the devel-opment of a sel f-contained document, including a cross-index between the applicable paragraphs of the previous text and those of the addenda. One of the revisions to eliminate the need to refer to Subsection A was the addi-tion of NE-3228 covering the application of plastic analy-sis. This copied NB-3228 except that the use of Plastic Analysis was restricted to the evaluation of local mem-brane stresses because NB-3222 was not copied into Sub-section NE.

The Winter 1973 Addenda to Subsecti^n NE

O Technical Re ort l No. TR 7377- M l g included NE-3222 and NE-3228 was revised to permit full appitcation as was permitted for Class 1 vessels.

Identified 14 " essential differences" from the previous

, rules. With respect to the 14 essential differences: the first four redefined the definition of Design Pressure and the values of the allowable stresses in a manner consis-tent with the pre-Section III Code Cases; four added new stress tables, eliminating materials not being used for 3

containments, and added additional materials; and, indi-viiual items changed the external pressure rules from those of Section VIII to those of Section III, eliminated g formulas for special shapes, eliminater,Section VIII para-graphs not applicable to containments, added repairs with-out PWHT, added special examinations for appurtenances, and added Appendix X. None of these are pertinent to the

!g present issues with respect to the Oyster Creek drywell.

4 The impact of the change in external pressure design rules is included in Section 8.0 of the present document. Since Code Case N-284 is being applied to this reevaluation,

.O rather than the design rules placed in NE-3000 by this addenda or subsequent changes to NE-3000 relative to external pressure design, the pertinent aspects of the g changes which resulted from this Addenda are those which apply to forming tolerances.

Winter 1972 Addenda: Introduced special requirements for jet impingement and associated reactions in NE-3131.2.

Winter 1973 Addenda: Revised the postweld heat treatment requirements. Identified a number of editorial correc-g tions. Included NB-3222 as a copy of NB-3222. Revised the requirements for plastic analysis in NE-3228 to be O

O Technical Report No. TR-7377-1 M i g identical to those in NS-3228. The requirements are iden-tical to those in the 1989 Edition of Section III when subsequent paragraph renumbering is considered.

1974 Edition: Definition of the containment system was O l i

. revised, but contained an anosaly which was corrected by 1 the Winter 1974 Addenda. Clarified the stress limits applicable to jet impingement and associated reactions in NE-3131.2.

Winter 1974 Addenda: Modified the stress limits appli-cable to jet impingement and associated reactions in NE-3131.2.

O Winter 1975 Addenda: The 1974 Edition anomaly was cor-rected by a complete rewrite of NE-1000.

O Summer 1976 Addenda Definition of local membrane stress revised, see Section 7.0 of this document.

Summer 1977 Addenda: Defined the various design param-O eters and Service Levels for containment in a manner con-sistent with the generally applicable definitions placed in NCA-2140 by the Winter 1976 addenda. Most importantly from the viewpoint of the present document, NE-3000, covering the design of Class MC vessels was revised to place emphasis on the "desqn by analysis" approach.

Specifically, NE-3131, General Requirements, was revised to make it clear that satisfaction of the Design by Analy-sis requirements of NE-3200 was the primary requirement, and that the Design by Rule requirements of NE-3300 only applied "in the absence of substantial mechanical loads or O

thermal loads other than pressure --- for those configura-tions which are explicitly treated in NE-3300."

3

O Technical Report YEE No. TR-7377-1 N SEMCES o It is the opinion of the writer that this revision did not change the requirements on containment design which had been applicable from the time Case 1272N5 was developed through the entire development of Section III to the date

.O of this addenda. However, the revision did properly state the intended emphasis and, in conjunction with the added requirements with respect to Service Levels, provided a major clarification as to the intent of Section III. i O

5.3 Conclusion of Section 5.0 The original preparation of the 1963 Edition of Section III and O the. revisions made through the Summer 1972 Addenda were evolutionary, and did not change the basic considerations in containment design from those contained in Case 1272N5 except for the change in the forming tolerance rules which resulted from the change in external pressure rules from those O f Section VIII to those applicable to Section III, Class 1 vessels, as discussed in Section 8.0 of the present document. The intent of the ini-tial construction rules applied to the Oyster Creek containment was main-tained. Rules were amplified and clarified, there were detailed changes-in O requirements without change in concept, and there were a number of changes (such as the distinction between OBE and SSE, added requirements with respect to jet impingement and associated reactions, and the definition of the various service levels) which addressed issues not applicable to the g- present evaluation of the Oyster Creek drywell.

This review of the general evolution of the Code requirements for containment vessels, when considered together with the more detailed review of the stress limits beyond those of Section VIII contained in

'O Scction 6.0 of this document and the even more detailed review of applica-ble issues included in Sections 7.0 and 8.0 of this document, indicates the appropriateness of applying the rules of Subsection NE to the present O Oyster Creek evaluation.

'O

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Technical Report Y E No. TR-7377-1 N SBMCES 6.0 S1RESS LINITS BEYOND THOSE OF SECTION VIII

)

6.1 Concarison of Case 1272N5 and 1963 Edition of Section III Although the initial rules for construction were Section VIII

) plus the applicable nuclear code cases, the requirements of the cases applied when there was conflict with the requirements of Section VIII. The explicit Section VIII design requirements, those which consider the general membrane stress due primarily to Design Pressure and Design Temperature,

) were not revised by the case except that the basic allowable stress, S, was increased by 10% when the Design Pressure and Temperature are based on the maximum values which will be attained during the most severe credible inci-dent. However, Case 1272NS contained specific limits on combined general

) membrane, general bending, and local membrane stresses and on the sum of these quantities plus secondary stresses. Such limits were intended to provide specific guidance in response to the Section VIII, Par. U-2(c) requirement that:

)

The Code does not contain rules to cover all details of design and construction. Where complete details are not given, it is intended that the manufacturer, subject to

) the approval of the authorized inspector, shall provide details of design and construction which will be as safe as those provided by the rules of this Code.

3 Although the terminology used in Case 1272N differed slightly from that adopted by Section III, the definitions clearly indicated the intent to be the same. The limits were also quite similar. The limit on combined general membrane, general bending, and local membrane stresses was

) stated as 1.5 times 1.1 S, which is, in present terminology, 1.5 Smc. The limit on the sum of these quantities plus secondary stresses was stated as 3 S.

) The consistency between the intent of these special limits in the Code Case and in Section III is even more obvious when the relevant J

Technical Report No. TR-7377-1 N ES contents of the 1963 Edition of Section III are considered. There, one of the provisions for permitting an allowable stress of 1.1 S is, in N-1310(f):

The requirements of N-414.1, N-414.2, N-414.3, and N-414.4 of Subsection A are met for the stress valuts specified above.

The refarenced N-400 paragraphs contain, respectively, the limits applica-ble to general primary membrane, local membrane, primary membrane (general or local) plus primary bending, and primary plus secondary stress intensi-ties in Class A (now Class 1) vessels. However, the basic stress allowable for containment evaluations remained 1.1 5, not Sm.

Reference to the N-400 paragraphs for these requirements had the effect of amplifying the requirements of Case 1272N, in that alterna-tive procedures were permitted for some of the stress limits. For example, N-417.5(b)(2) stated that:

In lieu of satisfying the specific requirements of N-414.2 N-414.4, N-417.3, and N-417.4, at a specific location, the D

structural action is calculated on a plastic basis and the design shall be considered to be acceptable if shakedown occurs, as opposed to continuing deformation, and if the deformations which occur prior to shakedown do not exceed specified limits.

6.2 Subseauent Treatment of limits D

The subsequent treatment of these limits, until emphasis was placed on this " Design by Analysis" approach by the Summer 1977 Addenda, was reviewed in NED0-24522 as follows:

Prior to the Summer 1972 Addenda, the specific rules were not included in the containment vessel subsection, but D

D WTA WE

[E""k'N7$'$"* -13 ENGINEERING SERVICES

, were referenced to the Class 1 (or A) rules. A symbol L1, L2, L3, or L4 is used herein for the purpose of identify-ing these requirements. For reference purposes, the fol-lowing table identifies the pertinent paragraph references using the usual Code teminology es follows:

L1 PM General primary-membrane limit L2 PL Local membrane limit L3 PL+Pb Primary membrane plus bending limit L4 PL+Pb+Q Primary-plus-secondary limit Ed. or Add. Applicable Limit From To Class (es) L1 L2 L3 L4 63E 71E A&B N-414.1 N-4.%.2 N-414.3 N-414.4

, 71E S72A 1 & MC NB-3221.1 NB-3221.2 NB-3221.3 NB-3222.2 S72A 74E MC NE-3221.1 NE-3221.2 NE-3221.3 NE-3222.2 74E S77A MC NE-3221.1 NE-3221.2 NE-3221.3 NE-3222.2 S77A Now HC NE-3221.1 NE-3221.2 NE-3221.3 NE-3221.4 D

Given a specific allowable value for the limit on L1, the

numerical values on the other limits may be expressed as:

, (L2) (L3) 1.5(L1)

=

(L4) 3.0(L1)

Case 1733, effective November 3, 1975, modified the L3 limit applicable to pressure and mechanical loads plus the safe shutdown earthquake for structural members other than solid rectangular sections. This modifica-tion permitted use of limit analysis considerations in establishing the numerical coefficient used with the L3 limit. Both the Winter 1975 and Summer 1976 Ac'denda

1 D-W TELEDYfE o 7 M )

1 g contained revisions to the definition of Local Primary-Membrane stresses in NE-3213.10, as discussed in 7.0 of this document.

3 The numerical value of the stress limit (L1) and the definition of the Design Pressure (Pd) when considering l the containment function changed from time to time as follows, using S to designate the Section VIII allowable g value and Pm to designate the maximum containment inter-nal pressure under conditions for which the containment function is required:

.g Ed. or Add.

From To Numerical Value (L1)

Case 1272N5 1.1 S with Pd = Pm

'O 63E W65A 1.1 S with Pd = Pm W65A 569A S with Pd = 0.9 Pm S69A S72A S with Pd = Pm, except Class 1 (or A) Sm

g. value used with L4 in regions requiring fatigue evaluation S72A S77A 1.1 S with Pd = Pm S77A Present Smc = 1.1 S with Pd = Pm O

There has been some variability in these stress limits

, as Code changes have been made, but there has been no change in the required thickness which is dependent upon the ratio of Pd and the numerical value of (L1). The O

only significant change was in the Summer 1969 Addenda, which permitted use of the Class 1 (or A) Sm values with the L4 limit in regions where fatigue evaluation was

.g required. Since the Sm value may be as large as 1.33 S, this change may be significant. It is justified on the i.

O

5 W TELEDYNE o 7 ENGeEERNG SENCES p grounds that the purpose of this limit is primarily to validate the elastic fatigue analysis.

The Summer 1977 Addenda to NE-3000 clarifies the preced-p ing discussion by expressing the applicable limits in terms of the allowable stress intensity values Sm1 and Smc where:

g Sm1 are the values of Table I-1.0 Smc are the values of Tables I-10.0, which are 1.1 S, where S is the Section VIII, Division 1 allowable value.

The Summer 1977 Addenda redirects the containment design effort to place emphasis on design by analysis proce-dures, is consistent with the overall Code revisions to D

clarify the use of Service Levels, and establishes vari-ous levels of design limits which are not specifically associated with the operating conditions.

It should also be noted that certain of the limits on primary and primary-plus-secondary stresses may be waived if plastic analysis techniques are applied.

These alternative rules are provided in NE-3228 and may

, be summarized as follows:

If rules of listed The limits on the paraaraoh are met: followina are waived:

NE-3228.1 L2. !4 NE-3228.2 L2, L3 NE-3228.3 L4

)

Technical Report No. TR-7377-1 M y Note that use of these rules may also affect the evalua- I tion of other stress limits, including the fatigue limits. l 3 6.3 Conclusion of Section 6.0 l

Stress limits beyond those of Section VIII have been provided throughout the time period of interest. Case 1272N5 contained explicit l 3 limits which addressed what are now termed general membrane stresses, local membrane stresses, primary bending stresses, and secondary stresses. These provisions were incorporated in the 1963, original, edition of Section III by reference to Class A (now Class 1) requirements. Additional provisions, such as that addressing fatigue, and alternative provisions, such as that permitting limit analysis, were thereby incorporatcd.

Subsequently, these provisions have been clarified and ampli-fled without change in the basic considerations in containment design 7

except for forming tolerances as discussed in Section 8.0 of the present document.

This review of the stress limits beyond those of Section VIII, 3

when considered tenether with the general evolution of the Code require-ments for containment vessels contained in Section S.0 of this document and the even more & t uled review of stress limit requirements included in y Section 7.0 of this document, indicates the appropriateness of applying the rules of Subsection NE to the present Oyster Creek evaluation, y 7.0 DEFINITION Of LOCAL MEMBRANE STRESS 7.1 Evol Jtion of the Definition of local Membrane Stress 3 Although the limit on the sum of the Primary (General or Local)

Membrane plus Primary Bending Stress Intensity has remained a constant 3

l l

D l Technicci Report No. TR-7377-i NES

, multiplier on the Primary Membrane Allowable Stress, at a value of 1.5, the definition of Primary Local Membrane Stress has varied with time. In par-ticular, the size of a stressed region which may be considered as local has varied.

D Case 1272N5: There was no size limitation given, the definition simply reflecting two examples, in the last footnote:

D (2) local membrane stresses in a shell produced by the external load and moment at a permanent support or nozzle neck.

D local membrane stresses acting circumferentially (3) at points of discontinuity, such as head-to-shell or nozzle-to-shell junctions.

O 1963 Edition. N-412(j): A stressed region may be consid-ered as local if it does not extend in the meridional direction more than 0.5 V(Rt) and if it is not closer in the meridional direction than 2.5 V(Rt) to another region D where the limits of general primary membrane stress are exceeded, where R is the mean radius of the vessel and t is the wall thickness at the location where the general primary membrane stress limit is exceeded.

Summer 1965 Addenda. N-412(1): A stressed region may be considered as local if the distance over which the stress intensity exceeds 1.1 Sm does not extend in the meridional direction more than 0.5 V(Rt) and if it is not closer in the meridional direction than 2.5 V(Rt) to another region where the limits of general primary membrane stress are exceeded, where R is the mean radius of the vessel and t O

t D

Technical Report No. TR-7377-1 N NES D is the wall thickness at the location where the general primary membrane stress limit is exceeded.

Summer 1976 Addenda. NE-3213.10: A stressed region may be

, considered local if the distance over which the membrane stress intensity exceeds 1.1 Sm does not extend in the meridional direction more than 1.0 V(Rt), where R is the mirimum midsurface radius of curvature and t is the mini-

, r.am thickness in the region considered. Regions of local primary stress intensity involving axisymmetric membrane stress distributions which exceed 1.1 Sm shall not be closer in the meridional direction than 2.5 V(Rt), where R D is defined as (R 1 + R2 )/2 and t is defined hs (t1 + 12 )/2, where ti and t2 are the minimum thicknesses at each of the regions considered, and R1 and R2 are the minimum mid-surface radii of curvature at these regions where the D membrane stress intensity exccads 1.1 Sm-This is the definition in NE-3213.10 of the present Code, except that Smc has replaced Sm-D 7.2 Conclusion of Section 7.0 Since the definition in the Code Case applicable to the con-

, struction of the Oyster Creek containment had no dimensional limitations, use of the present definition is more restrictive than that used for ini-tial construction and is proper for usage in the present Oyster Creek eval-uation.

D An importar.c aspect in considering the use of the Subsection NE rules as guidance in the present evaluation is the definition of the base stress above which the stress is considered to be local. Neither Case 1272N nor the 1963 Edition or its Addenda defined this quantity. The Summer 1965 Addenda included such a definition, and defined the base stress D

5-

'O Technical Report Y No. TR-7377-1 NN NES O as 1.1 Sm. (Since reference was still being made to Subsection A for the requirements which applied design by analysis concepts, the quotation is from that Subsection. The rules in Subsection B made it clear that the allowable value for Sm was to be taken as 1.1 S, where S is the O Section VIII value of the allowable stress.) Currently, one would state the base stress as 1.1 Smc-There never has been a Code limit for the extent of the region O in which the membrane stress exceeds 1.0 Smc but is less than 1.1 Smc.

This 10% variation in allowable stress was provided because of the " beam on clastic foundation" effects of such local regions, the stress decays as one moves away from the thin region, but overshoots the general membrane stress O value by a small amount as the effects vary with distance. It may be pos-sible for one to argue that this provision is equivalent to a 10% increase in the allowable stress which can be taken advantage of in the original design to save material, but this argument is clearly contrary to the O intent of the Code. However, given a design which satisfied the original Code intent, as the Oyster Creek drywell did as originally constructed, it is not a violation of the Code for the membrane stress to be between 1.0 Smc and 1.1 Smc over significant distances.

O 8.0 DISCUSSION OF MATERIALS. FABRICATION. AND EXAMINATION ISSUES Attachment 1 of the present document is a copy of a report prepared O

by Chicago Bridge and Iron Nuclear (CBIN) describing the materials, fabrication, examination, and testing practices followed in the construction of the Oyster Nek drywell, including any changes in the CBI g practices in the construct ~n of the Mark I drywells constructed to Section III requirements.

in general, the contents of Attachment 1 support the conclusion of this document. Possible exceptions ai e discussed in the following O

subsections of this Section 8.0.

O

'O l Technical Report I

No. TR-7377-1 M *M \

i I

O 8.1 Material Reautrements The possible exception exists because the Code requirements with respect to impact testing when the Oyster Creek drywell was c.on-

_O structed, the requirements imposed by CBI on the construction of the Oyster )

l Creek drywell, and the requirement imposed by the present Code differ.

These differences are examined to establish that this possible exception is not significant to the conclusion of this document.

O Code Case 1272N5(b)(1) required that plates not inside a heated i enclosure be ordered to SA 300 and impact tested in accordance with UG-84

, at or below the lowest metal service temperature (LST) - 30*F. UG 84, and o SA-300, required that the impact testing be of the Charpy Keyhole or U-notch type (Ck ) and indicate a 15 f t-lb minimum for the average of 3 spect-

mens and have a minimum value of 10 ft-lb for the three specimens at or below the LST. In accordance with the Ralph M. Parsons Company,

• Primary

O Containment Design Report", Section 1.2.4, the LST is 50*F but to provide an additional factor of safety, 30'F was used for the design basis. UG-84 did not substitute the Charpy V-Notch (Cy) test for the Ck test until the Summer 1969 Addenda, which required 15 ft-lb average and 12 ft-lb minimum, o both for three specimens, at or below the LST.

The rossible exception to nuclear requirements is that NE 1210 of the 1963 Edicion of Section III required 20 ft-lb average and 15 ft-lb o minimum, both dor three specimens, using Charpy V-Notch (Cy) specimens and testing at or Jelow LST - 30*F. The Cy test is retained by the 1989 Edi-tion of Secticn III but, when impact testing of this material is not waived, the energy values required by Table NE-2332.1-2 for the thickest o sphere material are 25 ft-lb average and 20 ft-lb minimum, both for three specimens, at or below the LST.

The Oyster Creek drywell was constructed of carbon-silicon g steel plates ordered to SA-212, Gr. B, Firebox Quality meeting the require-ments of SA-300. As indicated in 5.2 of the present document, the designa-tion of this material was changed to SA-516, Gr. 70 by the Summer 1966 O

O Technical Report No. TR-7377-1 N NES ,

i l l

fg Addenda. By the material specifications, the material is normalized, fully killed and melted to fine grain melting practice. The drywell plate was 1

impact tested, using the Charpy V-Notch specimen (Cy) at O'F to 20 ft-lb

minimum. The material specification and impact test complied with Code 9 Case 1272N5 and with the 1963 Edition of Section III; and, if testing were i required, with the minimum energy requirement of the 1989 Edition of l

Section III. I 4 1 g The possible exception is further resolved by showing that j impact testing would not have been required if the present Subsection NE l requirements were applied to the Oyster Creek drywell . The present NE 2121(c) pemits material which is not impact tested to be used if it is n rmalized or quenched and tempered, fully killed, and melted to fine grain O

melting practice and ti.c provisions of Table NE-2311(a)-1 are satisfied.

i That table exempts SA-516 Grade 70 in the normalized condition, from impact testing if the listed value of TNDT (O'F) is lower than the LST by an g amount established by the rules of Appendix R. By Appendix R, the permis-sible LST is defined as TNDT + A. For thicknesses up to 2.5 inches

, A = 30'F. Therefore impact testing would not be required by the present 4

Code rules unless the LST were less than 30'F, and the Oyster Creek drywell material would not require impact testing.

O 8.2 Fomino Tolerances

'g Code Case N-284, the rules for buckling applied in the present eval ation, requires, in -1500, that the forming tolerance requirements of

NE-4220 be satisfied. The possible exception exists because the require-

ments of NE-4220 were not in effect when the Oyster Creek drywell was con-g structed. The requirement imposed by case N-284, the Code requirements at the time of construction, and the requirements imposed by CBI on the con-L struction of the Oyster Creek drywell are examined to establish that this possible exception is not significant to the conclusion of this document.

O The present (1989 Edition) NE-4220 imposes " roundness" require-ments and " shape" requirements. These may be summarized as follows:

3

Technical Report No. TR-7377-1 M 3 Roundness: the difference between the maximum and minimum inside diameters at any cross section shall not exceed 1%

of the nominal diameter at the cross section under con-sideration. For the drywell, this would be an allowable 3 difference of 8.4".

Shape: The maximum radial deviation from the true circu-l lar form shall not exceed the maximum permissible 3 deviation 'e' over a specified arc length. The value of

'e' is determined from Fig. UG-80.1 as a function of the outside diameter divided by the radius (730) and the

" length between stiffening rings" divided by the outside 3 diameter. For spheres the " length between stiffening rings" is defined as one-half of the outside diameter, so that the second ratio is 0.5. The resulting point falls above the highest curve which permits e = t = 1.154". The 3 arc length over which the measurement is to be made is defined as twice that determined from Fig. UG-29.2 as a function of the same ratios, so is 115" or 9.5'.

3 The Code rules in effect at the time of construction of the

- Oyster Creek drywell, the 1962 Edition of Section VIII with addenda through Winter 1963 and Code Case 1272N5 contained ' irication tolerances for cyl-inders and formed heads but not for spheres.Section III retained these 3 provisions for centainment vessels until, as was noted in 5.2 of this docu-ment, thu Summer 1972 Addenda when the procedures required for Class A vessels were adopted for containment vessels. The essential changes from the previousSection VIII requirements were that spherical vessels were g included and the rules previously applied to vessels subject to external pressure were also applied to vessels subject to internal pressure. This was implemented, in part, by defining the " length between stiffening rings" for spherical vessels as one-half of the outside diameter.

The NE-4220 requirements in the 1989 Edition of Section III are l essentially identical to those of the Summer 1972 Addenda, the slight D

1 "O l Technical Report No. TR-7377-1 94GREstNG SBNCES i

.O changes in the curve for 'e', which make the curve slightly less conserva-tive, do not affect the value for the drywell.

The procedures actually applied by CBI in the construction of O the Oyster Creek drywell are described in Attachment 1. The sequence of fabrication was forming of individual plates, making vertical welds to assemble the individual plates into rings, and making horizontal welds to I join the rings. Since Case 1272N5 and Section VIII had no requirements 0- applicabic to this drywell, all dimensional checks made by CBI during con-struction of this drywell were made to assure that the completed vessel was within drawing tolerances and that the plates were formed 3 tolerances intended to assure that the vessel could be fabricated. Attachment 1 sum-O marizes the procedures used and concludes that:

The vessel as fabricated is made up of cylindrical plates which are considerably closer to the true curvature than

.O that required by today's Code. The out-of-roundness is believed to also be compatible with today's Code, however, specific documented checks or procedures are not readily available.

.O This review indicates that the specific dimensional checks documeted by CBI in f abrication of the Oyster Creek drywell were not suf-ficient to demonstrate satisfaction of the NE-4220 requirement on the devi-O ation between maximum and minimum diameters or on the deviation from true spherical shape. However, the L murements made by CBI to assure febri-cability provide reasonable assurance that the " shape" control was equal to or better than that required by NE-4220.

O Based upon the buckling analysis performed by GE, the forming l tolerance issue of most importance is that of local shape, the lower modes j of buckling which are sensitive to gross out-of-roundness are not of inter-jO est. Also, since the buckling analysis performed by GE considered the eccentricity between the corroded and uncorroded regions in the shell, the

,0

D Technical Report No. TR-7377-1 94GNEBMNG SERVCES B provisions of NE-4221.4 are important. NE-4221.4 permits deviations from the specific tolerances stated in NE-4220 "provided the drawings are modi-fied and reconciled with the Design Report and prod ded the modifications are certified by a Registered Professional Engineer $n an addendum to the D Stress Report." The evaluation performed by GE ic consistent with this provision, in summary, it is the opinion of TES that the matter of the D forming tolerances applied in construction of the Oyster Creek drywell is not a valid basis for an exception to the conclusions expressed in Section 2.0 of this document.

D 8.3 Conclusion of Section 8.0 Based on the review conducted by CBIN, and included as Attachment 1, and the evaluation of possible exceptions contained in the other subsec-3 tions of Section 8.0, the materials, fabrication, examination, and testing procedures applied in the construction of the Oyster Creek drywell are consistent with the Conclusion of this effort as stated in Section 2.0 of this document.

)

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9 Technical Report O No. TR-7377-1 ENGNEERING SERVCES O

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ATTACHMEN L1 O

FABRICATION, INSPECTION, NDE AND TESTING PkACTICES FOLLOWED BY CBI IN THE CONSTRUCTION OF THE OYSTER CREEK ORYWELL O

Prepared by 3

CBI O

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O K.

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1. General The spherical plates were provided in accordance with ASME

- 0 Vill,1962 Edition, including the Senmer 1964 Addendum and Code Cases 1270N-5 and 1272N 5. For purposes of comparisons, the requirements of the Code of Record will be contrasted with those of the 1989 Edition of ASME III, Subsection NE.

11. Fabrication Tolerances The Code of Record, par. UG-80, provide guidelines for Permissible

_O Out-ct roundness of cyclindrical shells subjected to a) Internal Pressure and b) External pressure. The rules for external pressure further define local deviations from a circular template. The code of record does no provide tolerances for JiEbfr.ei, neither gross

-o out-of-roundness tolerances nor local deviations. Based on the lack of f, detailed requirements at that time, CBI most probably reverted to

[- inhouse tolerance practices. These are based on CBI's interest in y having spherical shell plates which will ensure efficient field fit-up a~

o and minimal field adjusting, including triming.

I k The following are excerpts from CBI's inhouse standards describing shop h f abrication tolerances. (These were in effect in 1965, but not formally g printed as a CBI Standard until 1970).

1 i

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4.1 Seeps Olve desired Inndt aIn flnkhed piste amensions, awmwe and hovels ter dehad schwbel plete. Ohi nennet istwisetimi prostises ter terming, ming and twning enhed sphetset pietes.

) - . . . ~

1A FABRICATMIN t IMlft

. I The follebag we udthin normal tuhrisetion Mede and shed be schleusble 'wittwt spending en ascesh, amount of t!me and este with setwat if dimmdens telt 3 outside thee lindes, h does not mean the plots has to be decorded, it dosi moon eensiderst6en should be g%n to making compenstlen lir the verlenen. h snown tho' Constrvetlen and Engineer 8ag Overtmens must be adelied of the verlenes. .

tj To6ereness ter Tmpism l'

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1.1J M degenaliBmensions & int" D' 1a 06memiensi udem fw Pinkhed Pien j 14.1 seed sete' fan esse une W uses:

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1.3 LWatiesw Frwe Swoop Daard: A3 h h Tab 6e 1.ns are meessed from a M longst sweep &

ested otheryles. .

, Table 1.le Curvetwo De4 stem messe Ptem 8 64ss D I Lasseen h hhaam la. Me t.ab ALONG Up To W4" 1M" LONSITUDiNAL

,anos Onr W4" 12" ALONG UpTo W4" 12" I

T1WesVER$t soot car We* War" LONOffUDINAL Up To W4" Wt" TNmu CENTER OF PLATE OverWe" 1M" D TRANSVER$t Up Te W4" Wit" THRU CENTER OFPLAft Over W4" tit" 9

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b for the 1.154" thick plate, the full length sweep type template would have D been about 22 feet long and cut to a 35'-0 radius. The maximum permissible deviation, using inhouse standards was 1/4". This is equivalent to an e 0.25/1.154 or 0.217.

D Similarly, the full width template would have been about 9'-3" wide and also cut to a 35'-0 radius. The maximum permissible deviation, using inhouse standards was 1/8". This is equivalent to e - (0.125/1.154) - 0.108.

D How compare the above values to those now required by NE-4221 of ASME 111, Div. 1, 1989 Edition. From NE-4221.2 (c) (3) for spheres L is one half of the outside diameter, Do in inches, in this case (840 + 2x1.154)/2 -

(842.308")/2 - 421.154".

D From figure NE-4221-2-2; for L/Do .5 and Do/t - (842.308/1.154) - 730, template arc .068 D o D From NE - 4221.2 (a) 1.

2x arc length = chord - 2 x .068 x 842.308 - 114.55 inches or 9.54 ft.

D The chord lengths actually used were about 22 ft and 9'-3" which are either about equal to or considerably greater than that now required.

The allowable eccentricity from Figure NE-4221.2-1 for L/o .5 and Do/t -

D 730 is in the region above 1.0t. To be conservative, we will assume the maximum would be e - t - 1.154". (or 1.0t)

It is therefore obvious that the actual "as produced" tolerance which D

permitted a deviation of 1/8" over a 9'-3 wide template is considerably more demanding than that permitted by the 1989 version of ASME 111 which would permit a deviation of 1.154" over a 9.54 f t wide template.

The above fabrication tolerances are applicable to the shop only. The justification of these tolerances, which are about 1/8 of those permitted by Code lies in CBI's interest in providing plates to the field site which are D

1 O

l 1

1 l so accurately formed as to preclude any possibility of requiring field 1 O adjustments. Economics dictated these shop tolerances. ,

f Havi6g established this shape accuracy and linear dimensions within 1/32"

{ as shown in this report, the field fitup was achieved by matching adjacent

'O

. seams and maintaining a constant weld gap throughout the entire length of the seam. This normally established the correct curvature across a weld joint.

f Checking of this curvature at each weld joint by use of a 9 feet or 10 foot sweep template was commonly done, but was not mandatorv .. far as we are able 3 to determine at this time. Judicious field personnel interested in being assured that the closure plate would fit without readjustment of previously welded seemed to plan ahead by using these sweep _ templates as they progressed around the sphere.

3 As far as we can determine, there were no diametral checks recorded at the time the vessel was erected. None were required since the code did not address spheres. The roundness was established by having accurately formed 3 individual plates, a correct total circumference and some checks of curvature across weld joints.

Conclusion:

The vessel as fabricated is made up of spherical plates which O are considerably closer to the true curvature then that required by today's code. The out-of-roundness is believed to also be compatible with today's code, however, specific documented checks or procedures are not readily avaialble.

3 III. Non Destructive Examinations The project drawings called for the following NDE 3

1. All butt welds - 100% RT

2. All non-radiographable joints and fillet welds - 100% MT or PT

-(before and after pwht) e 3. Solution film test all welds at 5 psi, and at design pressure l

The 1989 Edition of ASME III, NE-5000 requires the same level of NDE.

D The technique and acceptance criteria is also essentially the same as the 1962 Edition of ASME Vill.

Code Case 1270N 6, par. 4 allowed embedment of the bottom prior to te t.

D IV. Welding The past weld heat treatment, we'. ding procedures, procedure D qualification essential variables and individual welder qualifications are essentially the same in 1989 as they were in 1964, to the best or our knowledge, p V. Materials The materials vere ordered to the Charpy requirements of A300. These were 20 ft-lbs at 0 F, longitudinal Vee notch type tests. Although p there are some subtleties in today's requirements, they are essentially the same as those provided.

Since the strain in the sphere plates is about .2%, the materials is y exempt from cold forming qualifications and not buffer need be added per NE-4213.1 (d), of ASME III, 1989 Edition.

VI. Conclusions D

The above information is based on CBI's efforts to determine what practices were in use at the time that the Oyster Creek Containment Vessel was constructed. The information is based on verbal discussions D

with many of ther personnel who were working in CBI's shops and construction sites at the time. The accuracy of the descriptions, with the exception of the exerpts from the the standards, are subject to the ability of those poled to remember what they did 25 years ago.

Based on all of the above, it appears that the essential ingredients of fabrication, NDE, inspection and testing practices used at the time that the vessel was built are compatible with those currently requires.

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e APPENDIX B SEISMIC ANALYSIS DETAILS 4

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INTRODUCTION The seismic input motions, drywell dynamic models, analytical methodology, and results associated with the seismic analyses performed to generate the seismic 0 input loads required for the Oyster Creek Drywell Corrosion Structural Evaluation are contained in this Appendix B report.

SEISMIC ANALYSIS INpVT LOAD DEFINITION O

The drywell seismic analysis inpu; ioads were provided to GE by GPUN in Reference 1-4. The seismic inputs were provided in terms of 2XDBE and DBE Amplified Response Spectra (ARS) at drywell elevations (-) 19'-6" and

(+) 95'-3". The lower elevation corresponds to the drywell/ mot foundation O interface and the upper elevation the drywell lateral constraint interface at the reactor building. Horizontal spectra were provided at both drywell support locations. Vertical spectra were supplied at the mat foundation interface.

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D DRYWELL DYNAMIC MODELS The same axisymmetric finite alement model used for the current ASME Code Section Vill Stress Analysis of the Oyster Creek drywell was also employed for the seismic analysis. Thc axisymmetric model is comprised of isoparametric solid elements of revolution having four node point. There are three translational degrees-cf-freedom associated with each finite element node 8 point.

SSE seismic analyses were completed for the following four drywell configurations:

8 Model 1: Unflooded Drywell with Sand Stiffness Model 2- Unflooded Drywell without Sand Stiffness Model 3: Flooded Drywell with Sand Stiffness

1. Hodel 4: Flooded Drywell without Sand Stiffness Models 1 and 3, with the sand stiffness, were comprised of 1794 nodes and 1268 finite elements whereas Models 2 and 4, without the sand stiffness, were comprised of 1762 nodes and 1236 finite elements.

The models were generated to perform static stress analyses which require a relatively fine grid refinement. The grid refinement for stress analysis is much finer than is required for dynamic analysis.

The computer requirements associated with the dynamic analysis of such a

1. refined static stress model are prohibitive. Consequently, Guyan reductions were completed in ANSYS before completing the axisymmetric eigen and response spectrum analyses. In the Guyan reductions, Master Node degrees-of-freedom were manually selected for all nodal degrees-of-freedom having concentrated masses. The remaining dynamic degrees-of-freedom were then selected by ANSYS to optinize the mass distribution between the Master Nodes. There were 270

1. dynamic degrees-of-freedom in each seismic model after the Guyan Reductions.

The hydrodynamic mass of the disk of water in the drywell encircled by each individual finite element of revolution wi.s uniformly concentrated to the element node points for the flooded drywell condition. Eighty percent of the total disk volume was used to calculate the hydrodynamic mass in order to 8 account for the volume of the RPV, shield wall, and pedestal. Fluid-structure interaction between the drywell, the ' ueloped water, and the shield wall /RPV

& Internals / pedestal was conservative y 'eglected. That is, the response attenuation generally associated witl the dynamic coupling through the mass matrix for these components was neglected.

1. A e9re detailed description of the actual drywell physical geometry as well as the dowell finite element model is given in Section 3.1 of this report.

DKH9034.wp B-2 j G

'O O METHODOLOGY Uniform Support Motion Resoonse Spectrum Analysis. The drywell seismic responses were obtained by Uniform Support Motion Response Spectrum analyses of the dynamic models described above. The uniform support motion input spectra in the horizontal and vertical directions were taken as the envelopes O of the corresponding spectra at the lower (basemat) and upper (lateral support of the Reactor Building) drywcil support locations. The response spectrum analysis option in ANSYS allows only one waveform per analysis. Consequently, separate analyses were performed for each of the three spatial directions of excitations. Colinear modal response contributions were combined by the Double Sum method to account for closely spaced modes per Regulator Guide 1.92 O and Standard Review Plan (SRP) 3.7.2. The methodology applied to account for tha response contributions due to the truncated higher frequency modes is described below.

Relative Suonort Disolacements. Seismic excitation results in relative support motions between the lower drywell support at the basemat and the upper O drywell lateral support at the Reactor Building. The drywell relative support motion is due to the fact that Reactor Building is much stiffer and much more massive than the drywell.

Axisymmetric Analysis via Fourier Decomoosition, in gene-al, the ANSYS axisymmetric analysis is completed by a Fourier deccmposition of both the O equations of motion of the axisymmetric model and the applied forcing functions. Eigenanalyses and corresponding dynamic analyses are completed for each Fourier harmonic (n-0,1,2,3,-----). The total responses are then taken as the Fourier compositior. ' series) of correspondir.g responses from all the Fourier harmonics.

O Consistent with seismic analyses from mathematical, beam element seismic models, only the First Fourier Harmonic (FFH) was utilized in the drywell seismic analyses. Each node point circle moves as a rigid body (i.e, zero defurmation) under dynamic excitation for the FFH. This corresponds to " plane sections before bending remain plane sections during bending" for beam theory.

Consequently, the FFH corresponds to the structure mode of the drywell and the O FFH seismic responses will be consistent with those obtained from mathematical, beam element models.

Reiponse Contributions Due to Truncated Hiaher Modes. The response spectrum analyses were completed by mcdal superposition. The methodology outlined in SRP 3.7.2, Appendix A, Rev. 0 - August 1989, is applied to calculate the O response contributions due to the truncated higher modes.

O DKH9034.wp B-3 O

J 8 All modes up through the zero period acceler "on (ZPA) frequencies of the seismic input motion spectra were included in the response spectrum analyses.

Colinear, modal response contributions are combined by the Double Sum method per Regulatory Guide 1.92.

Per Appendix A to SRP 3.7.2, the missing mass responses are obtcined from

1. static analysis in which the applied load at nach degree-of-freedom of the model is equal to the product of 1) the ZPA, 2) the degree-of-freedom mass, and 3) the sum of the model fraction of the degree-of-freedom mass for all truncated higher modes.

For the actual missing mass static calculation, Factor 3 above was D conservatively replaced by unity for all degrees-of-freedom.

Combination of Colinear Seismic Response Contributions. All colinear modal response contributions were combined by the Double Sum Method and the spatial contributions by the SRSS method. The response contributions due to the truncated higher frequency modes were combined with the response totals due to 8 the lower frequency modes included in the analysis by the SRSS method. The resulting total colinear inertia responses were combined with the corresponding responses due to relative support motion by the absolute sum method.

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e APPENDIX C 6

DETAILED STRESS ANALYSIS RESULTS FOR UNIT LOAD CASES O

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This appendix presents a summary of the finite element stress analysis results for the various unit load cases listed in Table 3-1. The stresses reported in these tables are the nodal stresses. Since there

) are three nodes across the thickness of the drywell shell (e.g., see Figure 3-3), the stress at the center node is essentially a membrane stress. The difference between the stress at an inner or the outer node and the middle node is indicative of the bending stress at that

)J section.

In each of the stress tables, the second and third colums from the left show the radial and vertical coordinates of the center nodes.

) Four stress components (three normal stresses and one shear stress) are listed for each of the inner, middle and the outer nodes.

Table 2-1 shows the wall thicknesses in the various regions of the

) drywell. -To help assess the maximum stress levels, the range of node numbers associated with each wall thickness are giver. below:

Drywell Reaion Node Number Ranae

)-

Sandbed Region. I through 96 Lower Spherical Region- -100 through 237 except~Sandbed Area. ,

- Middle Spherical Region 241 through 603

)-

Upper Spherical -_Regica 604 through 876 Knuckle 880 through 942 Cylindrical _ Region- 946 through 1449

)

)- C-1

, y 0

l l

1 Mter Creek Drywell with Sand - Unit toad Case No.1 (62 psi prnW inside modes Middle Nodes Radiet meridionet poop Outside Modes toe ridionet wong Redist 52 Sxf l Radiet Meridional poop SZ SXY woda $x sf l

52 $xf Mode SX SY (psi) (psi) (psi) (pst? l Mode SX SY (psi) (psi) x Y Thete (psi) (psi) (psi) code (psi) (psi) (psi)

(ird) (inch) (dagrees) 318.25 244.08 3 108&4.72 3t071.84 12578.63 7206.93 3783.92 164.13 2 8180.84 18916.07 8112.82 6 -3052.70 28727.31 8007.53 202.89 1 5514.65 f

106.93 36.00 219.86 f 2 247.08 9076.72 2477.65 233.53 5 -2207.74 18993.10 5268.11 9 762.74 2&743.44 8490.69 135.63 108.10 36.27 4 -1362.10 510.54 18874.85 6537.68 164.12 112.79 5 248.68 190.66 8 12 -218.47 21521.26 7876.73 109.28 36.54 7 255.68 12966.56 4574.21 11 -162.31 18770.68 6927.05 112.68 57.61 8 250.28 10 -106.84 16115.35 6008.90 111.32 67.81 15 11.88 19091.50 7901.03 11 251.87 110.46 36.81 77.91 14 -13.47 18752.13 7645.13 -29.86 17&30.08 8064.40 35.68 13 -39.25 183 % .79 7366.81 30.18 18 14 253.t.5 111.66 37.08 24.85 17 -26.97 18658.75 8296.69 -0.89 16 -23.99 19961.51 8541.13 -0.79 21 -38.55 16299.40 8350.03 17 255.03 112.86 37.35 0.05 20 -39.12 18652.88 8925 13 -17.92 19 -39.34 20959.75 9485.93 -25.17 24 -28.96 15680.89 8725.56 20 256.61 114.06 37.62 -31.62 23 -23.68 18603.69 9489.08 -40.15 22 -17.86 21548.53 10258.66 -43.91 27 -63.65 15398.92 911& 45 258.18 115.28 37.89 -46.68 26 -36.22 18592.01 9977.38 -50.99 23 25 -78.16 21757.43 10831.40 -57.61 30 -38.18 15412.55 9516.39 259.74 116.50 38.16 -63.31 29 -27.70 18565.M 10384.32 -63.18 26 28 -16.57 21726.12 11255.61 -67.27 33 -47.13 15608.81 9884.03 29 261.30 117.73 38.43 -70.45 32 -34.74 18559.82 10710.74 -45.35 15949.18 10226.26 -68.84 31 -21.73 21494.27 11531.86 -73.56 36 32 262.85 118.97 38.70 -77.51 35 -31.10 18547.88 10962.98 -74.64 34 -16.30 21147.21 11699.32 -77.29 39 -50.34 16366.50 10525.40 35 264.39 120.21 38.98 -79.28 38 -34.87 18546.10 11169.58 -76.75 l 37 -18.a3 20716.32 11770.45 -79.06 42 -50.28 16833.97 10788.21 38 265.93 121.46 39.25 -80.86 41 -33.76 18542.19 11281.56 -78.94 to -16.87 20249.18 11774.14 -79.46 45 -52.83 17315.79 11013.65 41 267.47 122.72 39.52 -79.61 44 -35.62 18542.75 11370.65 -78.92 43 -18.15 19765.56 11725.72 - 78.84 48 -53.68 17795.88 11210.30 44 269.00 123.99 39.79 -78.53 47 -35.92 18543.20 11428.41 -79.17 46 -18.03 19289.00 11645.88 -77.46 51 -54.57 18257.88 11384.53 47 270.52 125.26 40.06 -75.67 50 -36.39 1854&.64 11467.17 -77.66 49 -18.18 18831.69 11549.83 -75.54 54 -56.35 18690.05 11543.73 272.03 126.54 40.33 53 -37.87 18547.73 11498.02 -76.87 50

-19.46 18403.54 11451.80 -73.&6 -73.08 57 -55.85 19086.38 11697.35 127.83 40.60 52 56 -36.81 18549.18 11531.58 -73.67 l 53 273.54 -69.45 60 -58.93 19431.18 11848.15 129.13 40.87 55 -17.95 18016.89 11367.f.4 -40.01 18555.11 11577.15 -70.04 -72.M 56 275.05 -66.65 59 63 -56.89 19724.95 12006.84 130.43 41.14 58 -21.35 17675.34 11305.27 -36.14 18556.06 11643.51 -66.71 -64.27 59 276.54 -61.43 62 66 -65.52 19918.81 12161.80 131.74 41.41 61 -15.72 17397.85 11283.71 -43.30 18568.52 11738.29 -60.34 -57.09 278.04 65

-21.46 17208.72 11312.30 -56.79 62 69 -59.19 19980.62 12314.42 135.07 41.68 64 -35.42 18571.97 11867.21 -50.58 -41.48 279.54 68 65 134.41 41.96 67 -12.03 17184.10 11426.64 -44.54 -47.00 18595.59 12029.56 -39.10 72 -71.59 19839.84 12&33.56

-31.71 281.03 71 68 135.75 42.23 70 -22.77 17329.17 11619.28 -37.04 -30.69 18575.90 12222.76 -25.26 75 -57.10 19505.85 12530.89

-6.50 282.52 74

-4.53 17723.11 11926.07 -19.19 -80.44 18876.04 12566.12 71 78 42.50 73 -9.11 4.82 74 284.01 137.11 -11.69 'T -52.90 18635.15 12436.40 -49.82 17993.94 12502.74 76 -25.47 18344.96 12312.01 10.02 81 77 285.48 138.47 42.78 80 -20.91 18625.91 12656.46 &&.25 8.14 19326.56 12830.71 15.18 31.44 84 -93.54 16689.92 12287.21 139.83 45.05 79 -60.72 18691.75 12859.21 52.36 SO 286.96 19.40 83 87 -33.84 15098.99 11959.68 141.21 43.33 82 -27.42 20590.06 13399.69 86 -12.31 18658.31 13008.63 55.65 111.85 83 238.42 59.53 90 -103.01 12938.34 11323.51 142.59 43.60 85 10.08 22347.57 14095.74 -33.43 18767.48 13089.04 81.00 104.61 86 2c9.88 37.73 24394.70 14792.52 52.18 89 106.30 93 -46.52 10555.42 10505.06 143.98 f.3.87 88 92 -154.34 18686.92 12939.86 89 291.33 109.58  % 978.23 12761.53 11137.55 -1493.57 145.37 44.15 91 -260.61 27042.00 15439.61 95 348.17 18299.87 12672.88 30.15 92 292.77 99 -601.50 15281.61 11298.26 -2678.40 l 44.I.2 94 495.52 24778.43 16724.78 2023.32 417.24 95 294.21 146.77 98 -573.49 1&&S2.23 11149.04 97 380.86 11t.02.66 10618.23 2382.24 102 -861.00 17669.41 11830.16 -1215.78 98 294.65 147.04 44.I.9 101 -295.99 12065.33 10424.47 642.93 49.70 100 140.24 3400.73 8068.26 318.91 85.03 105 13.69 18889.08 12107.22 101 295.08 147.31 44.56 117.44 104 15.90 11397.48 9936.32

&&.83 103 14.91 3843.67 7749.62 1C. 2c6.51 148.72 30-Oct-90 0417153.W1 hge 1

'h

~

.o O O O O o O O o O O O

i

?ce Creek Drywett with Sard - Unit Load Case No.1 (62 psi pressure) inside Modes Midfle Nodas Radlet M*ridionet Moop Outside Modes #sdiet Meridionet Moop $2 5xY Radiat Meridional Hoop SY SZ sty Noda SX SY SXY Node SX (psi) (psi) (psi) 1 SY SZ (psi) (psi) l Mode SX (psi) ode X Y Ibets (psi) (psi) (psi) (psi)

(psi) (psi)

(inch) (inch) (dagrees) -61.44 17770.26 11515.78 61.14 77.95 108 92.03 107 -35.27 11351.22 96&3.78 -57.20 16671.55 11046.20 46.57 45.10 t06 -11.72 5021.11 7800.89 69.64 111 107 297.92 150.14 90.59 110 -38.83 11368.96 9481.68 -47.77 15704.25 10693.08 45.58 45.37 109 -22.73 6046.73 7913.41 60.88 114 110 299.33 151.56 74.35 113 -27.64 11344.54 9391.66 -54.76 14807.96 10417.34 35.93 45.65 112 -9.39 7023.73 8103.6E 51.78 117 113 300.74 152.99 66.21 116 -35.57 11344.32 9368.24 -49.54 14021.68 10226.02 30.46 45.92 115 -17.92 7881.13 8320.75 42.75 120 116 302.13 154.42 53.90 119 -30.17 11330.54 9396.21 -52.07 13322.92 10094.86 22.56

&6.19 118 -12.05 8656.42 8572.70 33.94 123

't? 303.52 155.87 44.48 122 -32.82 11324.66 9463.53 -50.75 12720.01 10019.71 16.10 46.47 121 -14.55 9330.13 8834.27 25.54 126 122 304.91 157.31 9917.59 9102.99 34.36 125 -31.17 11315.12 9559.89 -50.05 12201.77 9987.22 9.24 124 -12.33 17.65 129 306.28 158.77 46.74 128 -30.94 11308.36 9676.39 -37.36 125

-12.37 10417.43 9366.83 25.65 -29.47 132 -53.50 11768.24 9988.76 160.23 47.01 127 -33.20 11300.20 9803.32 -51.08 128 307.65 -21.85 131 -55.27 11277.59 10186.20 47.28 130 -13.22 10834.78 9619.32 -45.15 135 131 309.01 161.70 133 -8.56 11295.26 10098.77 -39.29 134 -31.84 11286.45 10141.41

-56.38 138 -38.15 10845.30 10390.24 -60.01 47.96 134 312.35 165.36 136 -17.47 11706.81 10555.93 -52.65 137 -27.78 11276.80 10673.32

-63.97 141 -45.48 10661.66 10612.92 -66.69 315.65 169.06 &8.64 140 -27.29 11270.37 10757.07 -71.29 137

-9.03 11876.82 10900.43 -61.08 -68.59 144 -46.63 10642.77 10823.41 49.31 139 140 318.91 172.81 142 -7.62 11887.80 11132.83 -65.71 143 -27.17 21266.41 If ~B.53

-70.98 147 -49.33 10718.86 10999.76 -74.15 49.99 143 322.12 176.58 10 -6.04 11807.75 1127&.73 -67.65 146 -27.72 11264.32 11137.61

-71.82 150 -51.45 10839.99 11136.63 -75.66 50.66 146 325.28 180.40 148 -5.44 11685.37 11348.32 -67.86 149 -28.47 11263.45 11242.75

-71.68 133 -52.23 10972.47 11236.52 -76.21 149 328.40 184.25 51.34 -67.09 152 -29.26 11263.38 11306.07 -76.15 151 -6.30 11553.23 11375.26 -70.99 156 -56.38 11095.00 11304.44 152 331.48 188.14 52.01 -65.80 155 -30.05 11263.75 11340.39 -65.71 154 -3.76 11431.90 11376.15 -60.38 159 -55.26 11156.08 11339.00 155 334.51 192.07 52.69 -55.05 158 -30.57 11264.57 11357.52 -64.82 157 -5.96 11372.71 11375.97 -59.39 162 -52.54 11187.14 11353.61 53.36 158 337.49 196.03 160 -8.81 11343.02 11372.31 -53.95 161 -30.63 11265.20 11362.98

-58.42 165 -55.52 11230.63 11364.09 -63.95 340.00 199.45 53.94 164 -30.84 11265.87 11361.92 -62.98 161

-6.25 11300.98 11359.77 -52.91 -57.48 168 -54.81 11253.39 11366.17 202.89 54.52 163 -30.92 11266.51 11357.38 -61.99 164 342.48 -52.00 167 -54.98 11255.91 11360.01 55.10 166 -7.15 11279.62 11348.65 -56.60 171

-60.96 167 344.93 206.36 -51.23 170 -30.94 11267.13 11350.88 174 -54.79 11239.84 11346.49 55.68 169 -7.01 11278.33 11341.80 -55.80 1 70 347.34 209.85 172 -7.07 11295.47 11338.61 -50.65 173 -30.88 11267.69 11342.53

-55.09 177 -54.56 11207.16 11324.90 -59.96 56.25 173 349.71 213.36 175 -7.02 11329.04 11337.57 -50.22 176 -30.74 11268.19 11331.24

-54.53 180 -54.22 11160.60 11293.78 -59.02 352.05 216.90 56.83 179 -30.57 11268.63 11314.79 -58.25 l 176

-6.98 11376.27 11335.69 -50.03 -54.16 183 -53.75 11104.04 11251.13 220.46 57.M 178 -30.32 11268.90 11290.02 -57.74 179 354.35 -50.06 182 -53.18 11043.28 11194.89 181 -6.93 11433.21 11328.74 -54.10 186 182 356.62 224.05 57.99 -50.42 185 -30.08 11269.02 11253.17 184 -7.01 11493.91 11311.15 -54.50 189 -52.43 10986.71 11123.62 - 5 7. 73 185 358.85 227.66 58.57 -51.21 188 -29.80 11268.81 1 200.18 -58.41 187 -7.18 11549.96 11276.40 -55.52 192 -51.61 10946.22 11037.21 188 361.04 231.29 59.14 -52.56 191 -29.65 11268.28 11127.32 -60.14 190 -7.65 11589.08 11216. M -57.39 195 -50.68 10938.15 10938.16 191 363.20 234.94 59.72 -54.57 194 -29.51 11267.13 11031.94 -63.17 193 -8.33 11595.05 11125.29 -60.33 198 -49.86 10983.24 10832.45 194 365.32 238.61 60.30 -57.42 197 -29.71 11265.46 10913.58 11107.54 10/31.47 -67.99 196 -9.56 11546.51 10994.26 -64.56 201 -49.06 197 367.41 242.31 60.88 200 -30.02 11262.84 10775.38 -74.77 199 -11.07 11417.83 10819.15 -61.10 -70.24 204 -48.74 11340.45 10652.81 61.45 200 369.45 246.03 202 -13.41 11178.82 10598.80 -65.74 203 -30.99 11259.60 10625.77

-77.41 207 -48.97 11714.12 10622.47 -83.90 371.46 249.76 62.03 206 -32.23 11255.16 10480.46 -95.13 203 -71.05 -85.93 210 -49.91 12258.07 10475.03 253.52 62.61 205 -15.82 10798.34 10339.30 -34.44 11250.31 10364.59 204 373.43 - 76.9 7 209 25 7.30 63.19 208 -19.54 10245.90 10055.60 209 375.36 30-Oct-90 UN11153.WK1

ge 2

____ I

g O

ater Creek Drywett with sard - Unit toad Case No.1 (62 psi ;vessure)

Insida wtdes Middle Nedes Redist Meridionet peep Outside Modes Rcdist M*ridional Noop SZ 5xY Radiat Maridional Woop SY 52 SXY Node SX SY Node $X (psi) (psi) l

$2 SXY (psi) (psi)

Thets Mode " SY (psi) (psi) (psi) (psi) l x Y Ade (psi)

(psi) (psi) (psi)

(inch) (inch) (de9rees) 213 -54.14 12995.63 10853.92 -108.46

-82.56 212 -37.37 11244.41 10314.52 -95.31 -52.29 13934.03 11214.12 -122.51 63.77 211 -21.46 9500.40 9778.M 216 212 377.26 261.09 -87.35 215 40.10 11239.03 10380.23 -104.63 214 -29.20 8553.41 9550.34 219 -83.33 15052.04 11800.91 -136.65 379.11 264.91 64.34 218 -&9.35 11233.59 10622.22 -112.50 215 -17.02 7430.15 9449.74 -89.19 222 72.53 16030.67 12621.26 -105.42 360.93 268.74 64.92 217 221 -43.74 11236.68 11129.76 -84.88 218 6450.02 9642.60 -65.35 225 -53.55 16710.51 13171.18 -102.25 382.71 272.59 65.50 220 -26.99 224 -23.31 11233.97 11465.78 -84.47 -59.77 17271.45 13743.81 -99.16 221 4.55 5788.33 9772.12 -67.84 228 224 383.49 274.32 65.76 223

-67.46 227 -35.25 11241.49 11859.95 -82.71 -61.82 17822.10 14395.00 -101.32 226 -13.41 5217.49 9980.61 -78.97 231 227 384.26 276.04 66.02 -58.00 230 -34.61 11231.90 12I32.32 -31.27 18297.10 15120.65 -88.97

-12.29 4694.48 10288.&B 234 230 385.03 277.78 66.27 229

-57.88 233 -1.48 11250.82 12909.55 - 72.78 602.58 66.53 232 25.20 4194.08 10698.55 237 -529.36 17152.57 15296.50 233 385.79 279.51 4538.91 11479.09 -279.65 236 -200.62 11559.37 13599.49 -284.16 240 -311.11 !&?89.21 15011.72 1435.43 66.79 235 133.53 863.27 236 386.54 281.25 239 -274.92 13570.56 14495.66 -180.47 243 563.77 12390.55 14791.87 66.90 238 53.12 11317.38 13816.65 -1321.38 -11.32 239 386.75 282.00 2&2 331.28 16%03.51 15876.99 17.84 9594.76 14179.58 -33.18 241 328.39 21684.58 17349.39 -1101.48 -77.90 246 386.97 282.74 67.00 245 -76.18 16773.48 16232.42 9909.50 14573.47 -93.12 242 249 -109.36 283.76 67.15 244 '68.80 24330.51 18396.78 -122.16 -55.39 16929.74 16630.11 -79.35 245 387.40 247 0.48 23702.46 18610.78 -64.54 248

-79.48 252 -20.71 10495.35 15066.02 -64.&&

387.82 284.77 67.30 -7.02 16842.33 16915.21 -79.12 8.27 23292.03 18793.56 -93.89 248 251 -70.70 10943.60 15432.21 67.45 250 -79.15 255 388.24 285.79 254 -45.44 16886.62 17169.61 -72.02 251 286.80 67.60 253 -18.66 22757.05 18883.74 -78.47 -23.28 16865.70 17381.89 -78.09 258 -45.70 11453.01 15798.9&

-74.25 388.67 257 254 287.82 67.75 256 0.51 22292.38 18967.63 -83.59 -34.70 16876.47 17556.23 -76.59 261 -58.79 11919.69 16104.56

-71.59 389.0S 260 257 67.90 259 -9.35 21808.03 18999.02 -78.37 -74.63 264 -51.16 12386.57 16383.00 260 389.50 288.84

-6.10 21353.48 19008.76 -77.20 263 -29.19 16872.34 17697.15 267 -61.02 12827.06 16617.84 -70.41 389.91 289.86 68.05 262 266 -31.04 16875.79 17867.30 - 72.38 -36.37 13254.56 16831.78 -68.35 263 290.88 68.20 265 -0.02 20910.80 18991.60 -73.90 -34.09 16875.62 17888.19 -69.88 270 390.32 269 266 291.90 68.35 268 -31.01 20488.68 18941.26 -71.01 -21.02 16877.43 17952.56 -108.48 273 -66.19 13938.66 17084.39 -104.95

-96.32 269 390.73 272 -44.24 14868.75 17427.00 271 24.82 19809.93 18818.11 -111.68 276 391.13 292.93 68.50 275 -21.86 16881.57 18016.28 -100.29 -90.93 2 72 0.99 18889.40 18603.55 -104.03 279 -60.31 15678.32 17606.60 392.28 295.87 68.93 2 74 278 -27.62 16884.04 17960.95 -92.01 -58.03 16296.75 17668.25 -85.52 275 69.36 277 5.75 18086.82 18314.12 -92.97 -84.42 282 278 393.40 298.82 0.39 17476.43 18010.01 -83.26 281 -28.88 16886.36 17839.&2 285 -59.55 16716.78 17644.89 -80.46 281 394.50 301.77 69.79 280

-75.30 284 -30.% 16888.31 17684.86 -77.88 -59.22 17032.24 17570.70

-76.12

-1.57 17039.53 17724.73 288 284 395.58 304.74 70.22 283

-69.04 287 -31.54 16890.00 17522.13 -72.5 7 -58.83 17210.38 17&69.86

-72.53

-3.97 16748.09 17473.73 291 I 287 396.64 307.71 70.65 286

-64.39 290 -32.14 16891.28 17367.39 -68.44 -58.17 17299.33 17360.32 -69.71 71.08 289 -5.60 16573.03 17265.31 -32.44 16892.24 17230.35 -65.41 294 290 397.67 310.69

-6.90 16486.14 17100.84 61.16 293 297 -57.43 17324.35 17254.16 -67.62 293 398 68 313.68 71.51 292

-59.11 296 -32.50 16892.90 17115.74 -63.34 -56.73 17306.66 17158.7T

-66.17

't.94 295 -7.76 16462.56 16977.82 -62.03 300

-65.21 296 399.67 316.68 -57.93 299 -32.&& 16893.35 17024.73 -56.07 17263.26 17078.01 319.68 72.3 7 298 -8.34 16481.08 16891.15 -32.27 16893.63 16956.14 -61.31 303

-6&.63 299 400.64 -57.45 302 -55.52 17207.06 17013.13

-8.65 16524.95 16834.70 306 302 401.58 322.69 72.80 301

-57.46 305 -32.08 16893.75 ?6907.39 -61.03 -55.06 17167.32 16963.63

-64.34

-8.80 16581.24 16802.02 309 305 402.51 325.71 73.23 304

-57.80 308 -31.86 16893.81 16875.24 -61.06 -54.72 17090.10 16927.93

-64.28

-8.80 16640.96 16787.17 312 308 403.41 328.73 73.66 307

-58.30 311 -31.66 16893.80 16856.27 -61.28 -54.46 17039.22 16903.94

-64.36 331.76 74.09 310 -8.73 16698.01 16784.86 -31.48 16893.76 16847.23 -61.59 315 311 404.28 -58.86 314 74.52 313 -0.61 16748.69 16790.72 314 405.13 334.80 30-Oct-90 t

UNIT 153.WK1 ge 3

g g Q (_) O U O

bter Creet Drywatt with sand - t! nit Load case No.1 (62 psi pressure)

InsIda No@ s "8 "M 5 Radiet Peridionet sep Outside Wodas Radial Peridionet woop mediet Meridionet Moop SY $2 $XY MY Nede SW Node $K $Y $2 (psi)

SY $Z $XY (psi) (psi) (psi) thets Mode SM (psi) (psi) (psi) x Y (psi)

Ocde (psi) (psi) (psi) (psi)

(inch) (inch) (degrees) -64.49

-61.94 318 -54.30 16996.44 16889.32

-59.41 317 -31.33 16893.69 16845.23 -54.19 16962.47 16R81.92 -M.65 74.95 316 -8.47 M791.22 16801.30 -62.30 321 317 405.97 337.84 -59.96 320 -31.21 16893.64 16847.89 -54.14 16936.69 16879.65 -M.83 75.38 319 -8.33 16825.01 16813.99 -62.63 324 320 406.77 340.89 -60.45 323 -31.12 16893.57 16853.29 -54.11 16918.28 16880.86 -65.01 343.95 75.81 322 -8.20 16850.57 16827.02 -31.06 16893.53 16860.00 -62.92 327 323 407.56 -60.84 326 -54.12 16906.12 16884.20 -65.11 347.01 76.24 325 -8.08 16868.86 16839.21 -31.01 16873.48 16866.99 -63.13 330 326 408.32 -61.16 329 -54.14 16898.84 16888.60 -65.18 76.67 328 -8.00 16880.88 16849.84 -63.29 333 329 409.06 350.08 -61.42 332 -30.99 16893.44 16873.59 -54.17 16895.27 16893.32 -65.22 77.10 331 -7.92 16888.08 16858.64 -63.43 336 332 4G9.77 353.15 -61.64 335 -30.98 16893.41 16879.41 -54.20 16894.40 16897.88 -65.2) 77.53 334 -7.87 16891.58 16865.55 -63.52 339 335 410.47 356.23 -61.78 338 -30.98 16893.39 16884.26 -54.23 16895.31 16901.96 -65.27 77.96 337 -T.83 16892.40 16870.69 -63.57 342 338 411.14 359.31 -61.88 341 -30.98 16893.38 16888.09 -54.26 16897.24 16905.39 -65.23 78.39 340 -7.80 16891.47 16874.28 -63.61 345 l 341 411.78 362.40 -61.97 344 -30.99 16893.36 16870.97 -54.28 168?9.71 16908.15 -65.20 78.82 343 -7.79 16889.52 16876.60 -63.62 348 344 412.41 365.49 -62.05 347 -31.00 16893.36 16873.01 -54.31 16902.27 16910.23 -65.15 79.25 346 -7.79 1688"'.05 16877.92 -31.00 16893.37 16894.34 -63.62 351 347 413 01 368.59 -7.78 16M4.52 16878.51 -62.09 350

-63.60 354 -54.32 16904.77 16911.75 -65.07 371.69 79.68 349 -31.01 16893.37 16895.12 -65.01 350 413.58 -62.13 353 -54.33 16906.91 16912.74 374.80 80.11 352 -7.79 1/882.02 16878.55 -31.02 16893.35 16875.47 -63.58 357 353 414.14 -62.17 356 -54.34 16908.66 16913.33 -64.96 80.54 355 -7.80 16879.86 16878.27 -63.57 360 356 414.67 377.91 -62.19 359 -31.03 168?3.36 16895.54 -54.34 16910.13 16913.M -64.89 10.97 358 -7.80 '6878.12 16877.82 -63.56 363 359 415.17 381.02 -62.23 362 -31.03 16893.37 16895.42 -54.35 16911.26 16913.73

-M .80 384.14 81.40 361 -7.81 i6876.68 16877.26 -31.04 16893.37 16895.17 -63.54 366 362 415.66 -62.29 365 -64.74 81.83 364 -T.81 16875.54 16876.68 -63.53 369 -54.35 16912.04 16913.67 365 416.12 387.26 -62.33 368 -31.04 16893.36 168?4.88 -54.35 16912.50 16913.51

- M .69 82.26 367 -7.81 16874.76 16876.15 -63.53 3 72 368 416.56 300.38 -62.38 371 -31.04 16893.36 16896.57 -M .64 82.69 370 -7.82 16874.28 16875.70 -63.53 375 -54.35 16912.80 16913.31 371 416.97 393.51 -62.43 374 -31.04 16893.35 16894.29 -54.35 16912.98 16913.12

-64.55 396.64 83.12 373 -7.82 16873.98 16875.33 -31.04 16893.37 16894.04 -63.51 378 374 417.36 -62.46 377 -54.35 16912.98 16912.91 -64.50 83.55 376 -7.82 16873.84 16875.04 -63.51 381 377 417.72 399.78 -62.52 380 -31.04 16893.36 16893.83 -64.45 83.98 379 -7.82 16873.80 16874.82 -63.51 384 -54.34 16912.96 16912.74 360 418.07 402.91 -62.58 383 -31.04 16873.37 16893.68 -54.34 16912.84 16912.59

-64.38 406.05 84.41 382 -7.83 16873.88 16874.68 -63.51 387

'L83 418.39 -62.M 386 -31.04 16893.36 16893.55 -64.30 84.84 385 -7.83 16873.95 16874.58 -63.50 390 -54.34 16912.74 16912.48 386 418.68 409.19 -62.70 389 -31.04 16893.36 16893.47 . 25 85.27 388 -7.82 16874.05 16874.53 -63.50 393 -54.34 16912.64 16912.39 389 418.95 412.33 -62.76 392 -31.06 16893.36 16873.41 -64.20 85.70 391 -7.82 16874.14 16874.50 -63.50 396 -54.34 16912.52 16912.33 372 419.20 415.48 -62.81 395 -31.04 16893.37 16893.39 -64.13 86.13 394 -7.82 16874.29 16874.51 -63.50 399 -54.34 16912.45 16912.29 395 419.43 418.63 -62.88 398 -31.04 16873.36 16893.37 -64.t 86.56 397 -7.82 16874.34 16874.51 -63.51 402 -54.34 16912.36 16912.26 398 419.63 421.78 -62.97 401 -31.04 16893.38 16893.38 -54.34 16912.29 16912.25 -64.02 424.93 86.99 400 -7.82 16874.47 16874.56 -63.51 405

-63.%

401 419.81 -63.00 404 -31.04 16893.36 16893.38 -54.34 16912.26 16912.26 4 7 .08 87.42 403 -7.82 16874.49 16874.57 -31.04 16893.37 16893.39 -63.51 408 404 419.96 -63.06 407 -63.89 406 -7.82 16874.54 16874.60 -63.51 411 -54.34 16912.20 16912.25 407 420.09 J1.23 87.85 410 -31.04 16893.37 16893.&1 -63.83

-7.82 16874.61 16874.63 -63.13 -63.51 414 -54.34 16912.23 16912.28 434.38 83.28 409 -31.04 16893.38 168?3.43 -63.76 410 420.20 -63.19 413 417 -54.35 16912.19 16912.28 88.71 412 -7.82 16874.61 16874.65 -63.51 413 420 437.54 -63.26 416 -31.04 16893.37 16893.&& -54.34 16912.20 16912.29 -63.70

-7.82 16874.63 16874.67 420 i

440.69 89.14 415

-31.04 16893.37 16893.45 -63.51 416 42 .34 -63.32 419 87.57 418 -7.82 16874.62 16874.68

+ 419 20.37 443.85

! 30-Oct-90 UMl1153.wr1 age 4

O Ner Creet Drywett with $and - Unit toad Case No. 1 (62 psi pressure) insIde Modes Midite Nodes Radiat Meridional Moop Outside Modes Radial Meridional Moop $Y $7 $XY RadiLt Meridional Moop $Y $2 $XY Node $X

$XY Node $f (psi) (psi) (psi)

$X $Y $2 (psi) (psi) (psi)

Y 1hete Mode (psi) (psi)

Jode X (psi) (psi)

(psi) (psi)

(inch) (inth) (degrees) 423 -54.34 16912.18 16912.30 -63.66

-31.04 16893.37 16893.46 -63.51

-63.37 422 -54.35 16912.20 16912.31 -63.62 421 -7.82 16874.62 16874.69 -63.51 426 422 420.39 447.00 90.00 -63.40 425 -31.04 16893.37 16893.47 -63.57 424 -7.82 16874.62 16874.70 -63.51 429 -54.35 16912.18 16912.31 425 420.37 450.15 90.43 -63.44 428 -31.04 16893.37 16893.48 -63.52 427 -7.82 16874.63 16874.71 -63.51 432 -54.35 16912.21 16912.33 42Q 420.34 453.31 90.86 -63.50 431 -31.04 16893.38 16893.49 -63.44 430 -7.82 16874.62 16874.71 -63.50 435 -54.35 16912.16 16912.32 431 420.28 456.46 91.29 -63.57 434 -31.04 16893.37 16893.49 -63.39 433 -7.82 16874.64 16874.72 -63.51 438 -% 35 16912.19 16912.33 434 420.20 459.62 91.72 -63.63 437 -31.04 16893.37 16893.49 -63.32 436 -7.82 16874.61 16874.71 -63.51 441 -54.35 16912.17 16912.32 437 420.09 462.77 92.15 -63.70 440 -31.04 16893.36 16893.48 -63.26 439 -7.82 16874.61 16874.71 -63.51 444 -54.35 16912.16 16912.32 440 419.96 465.92 92.58 -63.76 443 -31.04 16893.38 16893.49 -63.22 442 -7.81 16874.67 16874.73 -63.50 447 -54 15 16912.16 16912.31 443 419.81 469.07 93.01 -63.79 446 -31.04 16893.36 16893.48 -63.14 445 -7.82 16874.62 16874.71 -63.51 450 -54.35 16912.12 16912.29 419.63 472.22 93.44 449 -31.04 16893.37 16893.47 -63.07 446

-7.81 16874.69 16874.72 -63.88 -63.51 453 -54.35 16912.12 16912.27 475.37 93.87 448 452 -31.04 16893.36 16893.45 -63.03 449 419.43 -63.94 456 -54.35 5912.09 16912.25 478.52 94.30 451 -7.81 16874.66 16874.70 -31.04 16893.36 16893.43 -63.51 -62.97 452 419.20 -63.99 455 -54.35 16912.06 16912.21 454 -7.81 16874.70 16874.69 -63.51 459 455 4S8.95 481.67 94.73 458 -31.04 16893.36 16893.41 -62.90 457 -7.81 16874.72 16874.67 - M .05 -63.51 462 -54.35 16912.07 16912.18 418.68 484.81 95.16 461 -31.04 16893.37 16893.38 -62.82 45G 487.95 95.59 460 -7.81 16874.75 16874.64 -64.12 -31.04 16893.36 16893.33 -63.50 465 -54.35 16912.08 16912.14

-62.78 418.39 464 461 491.09 96.02 463 -7.81 16874.71 16874.59 - M.18 -31.04 16893.'>7 16893.28 -63.51 468 -54.35 16912.13 16912.10

-62.73 4M 418.07 -64.24 467 471 -54.35 16912.16 16912.05 494.22 96.45 466 -7.81 16874.68 16874.53 -31.04 16893.35 16893.22 -63.52 -62.65 467 417.72 -64.30 470 -54.35 16912.27 16912.02 469 -7.81 16874.62 16874.45 -63.50 474 417.36 497.36 96.88 473 -31.04 16893.36 16893.16 -62.61

-7.81 16874.52 16874.36 -64.35 -54.35 16912.47 16912.03 4 70 477 97.31 472 -31.04 16893.37 16893.10 -63.51 -62.58 473 416.97 500.49 -M.40 476 -54.35 16912.60 16912.05 475 -7.81 16874.33 16874.25 -63.52 480 476 416.56 503.62 97.74 -64.47 479 -31.04 16893.37 16893.06 -62.53 478 -7.81 16874.13 16874.14 -63.53 483 -54.35 16912.95 16912.10 479 416.12 506.74 98.17 -64.53 482 -31.04 16893.38 16893.04 -62.45 481 -7.82 16873.89 16874.05 -63.53 486 -54.36 16913.28 16912.22 402 415.66 509.86 98.60 -64.60 485 -31.04 16893.37 16893.06 -62.39 484 -7.81 16873.52 16873.96 -63.53 489 -54.36 16913.79 16912.45 415.17 512.98 90.03 -64.67 488 -31.06 16893.36 16893.13 -62.36 4G5 487 -7.82 16873.01 16873.89 -63.54 492 -54.36 16914.32 16912.77 409 414.67 516.09 99.46 -64.71 491 -31.05 16893.38 16893.30 -62.30 490 -7.82 16872.51 16873.91 -63.53 495 -54.37 16914.80 16913.20 491 414.14 519.20 99.89 -64.76 494 -31.05 16893.38 16893.59 -62.22 493 -7.81 16872.04 16874.05 -63.53 498 -54.37 16915.31 16913.77 494 413.58 522.31 100.32 -64.82 497 -31.05 16893.37 16894.01 -62.17 496 -7.82 16871.5C 16874.32 -63.52 501 -54.38 16915.67 16914.48 497 413.01 525.41 100.75 500 -31.05 16893.36 16894.61 -62.10 499 -7.81 16871.13 16874.81 -64.86 -63.51 504 -54.39 16915t94 16915.31 500 412.41 528.51 101.18 -64.91 503 -31.05 16893.36 16895.41 -62.01

-7.80 16870.97 16875.57 -63.50 507 -54.39 16915.60 16916.24 411.78 531.60 101.61 502 506 -31.95 16893.36 16896.41 -61.93 503

-7.80 16871.20 16876.65 -64.99 -63.47 510 -54.40 16914.81 16917.19 534.69 102.04 505 -31.05 16893.36 16897.60 -61.83 506 441.14 16871.99 16878.08 -65.01 509 513 -54.40 16913.30 16918.08 102.47 508 -7.79 -63.44 -61.71 509 410.47 537.77 -65.03 512 -31.04 16893.36 16898.95 -54.40 16910.73 16918.72 511 -7.77 16873.50 16879.89 -63.40 516 409.77 540.85 102.90 -65.08 515 -31.04 16893.35 16900.36 -61.56 512 514 -7.75 16876.03 16882.07 -63.33 519 -54.40 16906.84 16918.90 409.06 543.92 103.33 -65.10 518 -31.02 16893.35 16901.70 -61.39 515 517 -7.73 16879.91 16854.57 -63.25 522 -54.39 16901.49 16918.36 408.32 546.99 103.76 521 -31.01 16893.32 16902.75 -61.25 510

-7.70 16885.20 16887.20 -65.11 -63.19 525 -54.37 16894.45 16916.73 550.05 104.19 520 524 -30.98 16893.33 16903.22 521 407.56 16892.23 16889.75 -65.12 553.11 104.62 523 -7.68 524 406.77 30-Oct-90 (fw1T153.W1 49e 5

0

>ys2er Creet Drywell with send - Unit Lond Case No. 1 (62 psi pressure) inside modas Middle modes Outside modes Radiet Meridionet noep Radiat Meridional Moop Radiat Meridionet Mor

• ST $2 $XY Node SX Node SX SY S. SXY (psi)

SY $2 SXY (psi) (psi) (psi)

Y Theta Mode $X (psi) (psi) (psi)

Ode X (psi) (psi) (psi) l (psi) (psi)

(inch) (inch) (degrees) -61.10

-63.13 528 -54.33 16885.57 16913.59

-65.15 527 -30.95 16893.31 16902.69 -60.92 105.05 526 -7.65 16901.05 16891.84 -63.07 531 -54.28 16875.19 16908.54 52P 405.97 556.16 -65.20 530 -30.92 16893.31 16900.69 -60.78 105.48 529 -7.63 16911.41 16892.88 -63.02 534 -54.21 16863.52 16e01.05 530 405.13 559.20 -65.25 533 -30.88 16893.30 16896.62 -60.68 105.91 532 -7.61 16923.03 16892.20 -63.01 537 -54.12 16851.47 16890.75 533 404.28 562.24 -65.34 536 -30.83 16893.32 16889.81 -60.64 106.34 535 -7.62 16935.09 16888.89 -63.08 540 -54.00 16840.21 16877.29 536 403.41 565.27 -65.53 539 -30.79 16893.34 16879.58 -60.69 106.77 538 -7.65 16946.35 16881.87 -63.24 543 -53.87 16831.80 16R60.63 539 402.51 568.29 -65.79 542 -30.76 1Amc1 n 16865.29 -60.88 107.20 541 -7.71 16954.89 16869.93 -63.51 546 -53.72 16828.92 16841.08 542 401.58 571.31 -66.14 545 -30.74 16893.49 16846.0 -61.29 107.63 544 -7.83 16957.92 16851.72 -63.95 549 -53.57 16835.05 16819.&6 545 400.64 574.32 -66.60 548 -30.75 16893.62 16822.76 -61.97 108.06 547 -8.01 16952.07 16826.06 -64.58 552 -53.43 16854.58 16797.35 548 399.o7 577.32 -67.20 551 -30.81 16893.81 16794.64 -62.93 108.49 550 -8.26 16932.95 16791.93 -65.45 555 -53.32 16892.67 16777.31 551 398.o8 580.32 -67.97 554 -30.92 16894.07 16763.08 -64.20 108.92 553 -8.61 16895.50 16748.91 -66.56 558 -53.35 16955.03 16763.05 554 397.67 583.31 -68.90 557 -31.13 16894.38 16730.16 -53.26 17047.66 16759.81 -65.85 109.35 556 -9.00 16833.90 16697.39 -67.91 561 557 396.64 586.29 -69.93 560 -31.41 16894.73 16699.32 -67.85 109.78 559 -9.68 16742.22 16639.04 -69.47 564 -54.21 17175.92 16773.92 560 395.58 589.26 -71.05 563 -31.88 16895.20 16675.70 -70.07 110.21 562 -9.72 16615.18 16577.81 -71.15 567 -52.33 1T344.06 16814.88 563 394.50 592.23 - 72.18 566 -32.25 16895.64 16666.52 -61.91 17551.90 16887.71 - 72.52 595.18 110.64 565 -12.38 16448.39 16518.66 - 72.82 570 566 393.40 -73.05 569 -33.72 16896.06 16680.89 -67.17 17641.26 16962.86 -31.92 598.13 111.07 568 -5.77 16241.82 16474.78 -33.91 16897.15 16732.81 -32.97 573 569 392.28 -33.95 5 72 -46.33 17662.65 17003.20 -31.22 601.07 111.50 571 -0.91 16155.21 16503.66 -30.10 16897.84 16762.66 -33.28 576 5 72 391.13 -35.25 575 -55.79 17759.57 17061.30 -31.78 602.10 111.65 574 -14.18 16134.32 16522.76 -30.53 16897.27 16794.96 -33.58 579 575 390.73 -35.30 578 -54.97 17857.6a 17128.51 -31.66 111.80 577 -5.57 16039.25 16530.18 -33.81 582 579 390.32 603.12 -35.85 581 -32.16 16898.97 16833.36 -32.87 111.95 580 -9.69 15938.34 16537.92 -33.90 585 -51.76 17961.82 17204.64 581 389.91 604.14 -34.82 584 -28.17 16895.59 16878.40 -30.66 112.10 583 -4.93 15841.36 16556.07 -33.90 588 -59.92 18055.58 17281.33 5G4 389.50 605.16 -36.97 587 -36.45 16902.88 16930.13 -35.51 112.25 586 -13.37 15733.19 16574.19 -33.68 591 -43.85 18171.35 17379.62 597 389.08 606.18 -31.76 590 -20.29 16887.29 16990.21 -24.77 SE9 2.85 15648.54 16614.76 -33.43 $94 -72.54 18237.08 17458.00 388.67 607.20 112.40 593 -48.49 16919.34 17059.84 -46.07 l 590

-24.89 15518.40 16637.13 -41.82 597 -34.71 18395.32 17593.13 388.24 608.21 112.55 592 -12.43 16855.36 17129.22 -32.77 -2.53 593 -19.59 596 -30.20 18368.14 17672.68 609.23 112.70 595 9.37 15487.55 16717.34 -32.07 600 596 387.82 -60.95 599 -0.18 16970.09 17254.99 901.59 112.85 598 29.38 15284.14 16751.41 -23.43 603 -612.74 17500.81 17335.07 599 387.40 610.24 602 -435.90 17047.61 17245.88 611.26 113.00 601 -4.10 15785.29 16991.26 -899.48 -61.23 606 258.12 17278.75 17545.26 809.62 602 386.97 605 121.66 17920.43 17691.26 -88.51 16556.47 17392.56 -36.93 113.02 604 224.14 18744.40 17963.84 -888.11 -52.84 609 605 386.88 611.39 608 -72.29 17998.10 17821.86 -53.86 613.20 113.29 607 -55.77 19536.77 18279.92 -69.10 -31.22 18042.56 17977.11 -53.52 612 -55.62 16687.19 17573.98 386.11 611 -42.82

-6.54 19318.23 18356.00 -53.16 600 -42.97 16900.46 17742.99 113.56 610 -53.36 615 385.33 615.01 614 -19.78 18009.60 18069.60 -50.68 3.64 19171.04 18411.64 -64.14 611 -62.30 17053.63 17857.67 113.83 613 -53.04 618 614 384.54 616.81 617 -38.88 18032.72 18143.22 -44.78 618.61 114.09 616 -15.28 18971.04 18416.32 -55.41 -23.09 18016.00 18192.87 -52.26 621 -47.03 17237.88 17969.15

-48.01 617 383.74 -59.89 620 -58.87 17381.42 18041.42 620.41 114.36 619 0.98 18819.10 18423.91 -35.'3 18026.89 18223.81 -51.42 624 44.64 f 620 382.93 -54.85 623 -50.94 17529.08 18105.44 622.20 114.63 622 -11.30 18652.30 18400.05 -50.37 627 623 382.11 626 -26.89 18018.52 18239.97 -45.65 f 623.98 114.90 625 -2.78 18519.70 18377.92 -56.17 -32.91 18023.43 18243.95 -49.34 630 -56.82 17646.72 18144.22 381.29 629

~

626 625.77 115.17 628 -8.99 18390.38 18340.70 -53.04 629 380.45 30-Oct-90 UwIi1$3.WK1 Prge 6

h

?yster Creek Drywett with Sard - Unit Load Case No.1 (62 psi pressure) insida Modes Middle Modes Outside Modes Radial Meridional Woop Redfel Meridional Moep Radiat Meridional Hoop SXY No& SX SY SZ SxY

$x SY SZ SY SZ SXY Node (pst) (psi) (psi) theta Mode $X (psi) (psi) (psi) toda x Y (psi) (psi) (psi) (psi)

(psi) (psi)

(inch) (inch) (&grees)

-52.99 17756.64 18174.31 -43.51 632 -28.96 18019.13 18239.13 -48.28 633

-1.93 18287.19 18305.59 -53.08 636 -55.82 17843.58 18188.74 -43.55 632 379.61 627.55 115.&4 631

-31.90 18021.25 18227.57 -47.28

-51.00 635 -42.13 629.32 115.70 634 -8.01 18194.25 18264.99 -46.32 639 -53.97 17919.13 18196.45 635 378.76 -50.52 638 -30.03 18018.97 18211.61 -41.76 631.09 115.97 637 -6.13 18121.56 18227.61 -45.47 642 -55.31 17976.95 18194.93 630 377.91 -49.16 641 -31. 4 18019.77 18192.76 -40.75 632.86 116.24 640 -7.67 18060.46 18189.98 -44.70 645 -54.40 1P023.58 18189.17 641 377.04 -48.64 644 -30.58 18018.51 18172.54 -40.30 634.63 116.51 643 -6.83 18014.88 18156.38 -44.03 648 -55.01 18057.00 18178.52 644 376.16 -47.73 647 -31.27 18018.78 18151.92 -39.60 116.78 t/6 -T.61 17979.69 18125.11 -43.43 651 -54.54 18081.29 18165.80 647 375.28 636.39 17955.64 18097.99 -47.24 650 -30.85 18018.05 18131.74 -39.20 638.14 117.05 649 -7.25 -42.94 654 -54.81 18096.12 18150.93 374.39 650

~"M* 18074.12 -46.66 653 -31.18 18018.10 18112.54 -38.69 373.49 639.89 117.31 652 - 7.6 -42.54 657 -54.54 18104.18 18135.50 653 17931.72 18054.08 -46.37 656 -30.98 18017.68 18094.68 -38.34 641.64 117.58 655 -7.51 -42.21 660 -54.71 18106.03 18119.57 656 372.58 -46.04 659 -31.13 18017.64 18078.34 -38.02 643.38 117.85 658 -7.64 17729.26 18037.18 -41.95 663 -54.28 18103.48 18104.06 659 371.67 -45.86 662 -31.02 18017.44 18063.59 -37.83 645.12 118.12 661 -7.86 17931.77 18023.30 -41.78 666 -55.33 18097.09 18088.48 662 370.74 -45.71 665 -31.09 18017.40 1P050.35 1.25 646.85 118.39 664 -6.96 17937.81 18012.33 -2.86 669 -63.85 18036.76 18055.93 665 369.81 -6.90 668 -31.05 18017.53 18038.63 -46.65 648.58 118.66 667 1.62.17998.24 18021.37 -50.69 6 72 -69.71 18057.79 18059.47 668 368.87 -54.64 671 -31.07 18017.29 18037.59 -46.69 648.72 118.68 670 7.44 17976.41 18015.65 -50.65 675 -55.69 18129.22 18072.67 671 368.80 -54.58 674 -31.20 18017.17 18025.31 -46.62 650.82 119.00 673 -6.82 17905.39 17978.11 -50.64 678 -54.18 18115.41 18059.82 674 367.64 -54.63 677 -31.16 18017.15 18016.41 -46.58 652.91 119.33 676 -8.23 17919.16 17973.15 -50.66 681 -54.53 18101.47 18049.09 677 366.48 -54.72 680 -31.14 18017.19 18010.20 - 4 .52 654.99 119.66 679 -7.84 17933.11 17971.44 -50.71 684 -54.37 18088.27 18040.99 660 365.30 -54.88 683 -31.10 18017.22 18006.21 - 4 .49 657.06 119.98 682 -7.94 17946.36 17971.54 -50.78 687 -54.37 18076.34 18035.03 683 364.11 -55.04 686 -31.09 18017.26 18003.98 -46.51 659.13 120.31 685 -7.90 17958.34 17973.04 -50.87 690 -!4. 33 18065.83 18030.90 686 362.91 -55.21 689 -31.06 18017.32 18003.13 -46.48 661.19 120.63 688 -7.88 17968.95 17975.45 -50.95 693 -54.31 18056.94 18028.29 609 361.70 -55.41 692 -31.05 18017.38 18003.28 -46.46 663.25 120. % 691 -7.86 17977.92 17978.35 -51.02 696 -54.30 18049.60 18026.88 692 360.47 -55.57 695 -31.03 18017.44 18006.14 -4.45 665.30 121.29 694 -7.84 17985.37 17981.48 -51.09 699 -54.29 18043.79 18026.40 695 359.24 -55.71 698 -31.02 18017.50 18005.46 667.34 121.61 697 -7.83 17991.29 17984.59 -51.16 702 -54.29 18039.28 18026.58 - 4.44 698 357.99 -55.87 701 -31.01 18017.54 18007.03 669.37 121.94 700 -7.81 17995.87 17987.54 -51.21 7C5 -54.30 18035.93 18027.23 - 4 .43 701 356.73 -55.93 704 -31.00 1?017.55 18008.69 -46.40 671.40 122.26 703 -7.79 17999.23 17990.21 -51.25 708 -54.29 18033.67 18028.20 704 355.46 -5/ 08 707 -31.00 18017.59 18010.35 - 4 .38 673.42 122.59 706 -7.78 18001.57 17992.56 -51.30 711 -54.30 18032.22 18029.33 707 354.17 -56.21 710 -30.99 18017.62 18011.92 -46.35 675.43 122.92 709 -7.77 18003.08 17994.56 -51.33 714 -54.31 18031.35 18030.50 710 352.88 -56.29 713 -30.99 18017.63 18013.34 - 4.31 677.43 123.24 712 -7.76 18003.97 17996.23 -51.35 717 -54.31 18031.02 18031.67 713 351.57 -56.37 716 -30.99 18017.64 18014.59 -46.26 679.43 123.57 715 -7.76 18004.32 17997.57 -51.36 720 -54.32 18031.01 18032.75 716 350.26 -56.45 719 -30.99 18017.68 18015.67 681.42 123.89 718 -7.75 18004.40 17998.64 -51.38 723 -54.32 18031.26 18033.73 - 4.21 719 348.93 -56.52 722 -30.99 18017.66 18016.54 -46.15 683.40 124.22 721 -7.74 18004.12 17999.42 -51.38 726 -54.32 18031.61 18054.55 722 347.59 -56.60 725 -30.99 18017.66 18017.25 -&6.08 685.37 124.55 724 -7.74 18003.76 18000.00 -51.38 729 -54.33 18031.93 18035.20 725 346.24 -56.67 728 -30.99 18017.64 18017.78 -45.98 344.88 687.34 124.87 727 -7.74 18003.41 18000.42 -51.37 732 -54.33 18032.34 18035.72 728 -56.73 731 -30.99 18017.67 18018.17 -45.91 689.30 125.20 730 -7.74 18003.06 18000.69 -51.36 735 -54.33 18032.67 18036.08 731 343.50 -56.79 '734 -31.00 18017.66 18018.41 691.25 125.52 733 -7.74 18002.71 18000.81 734 342.12 30-oct-90 UNI 1153.ut1

,Page 7 4

O O Q g g O

O bter Creek Drywett with $snd - Unit toad Case No.1 (62 psi pressure) inside Nodes Middle modas Radiet Meridionet Noop Outside Nodes Radial Meridionat Noop SY $2 $NY Redlet peridional Noop S2 SXY Node SR Node $X SY (psi) (psi)

SY $2 $XY (psi) (psi)

Thets Node SX (psi) (psi)

Gode X Y (psi) (psl} (psi) (psi) (psi)

(psi)

(inch) (inch) (degrees) -45.86

-31.36 738 -54.34 18032.90 18036.27

-56.86 737 -31.00 18017.67 18018.53 -45.79 736 -7.74 18002.49 18000.84 -51.36 741 -54.33 18033.01 18036.31 737 340.72 693.19 125.85 -56.91 740 -31.00 18017.68 18018.52 -45.73 739 - 7.74 18002.40 18000.79 -51.35 744 -54.33 18033.03 18036.19 339.32 695.13 126.18 743 -31.00 18017.66 18018.38 -&5.67 740 762 -7.74 18002.33 18000.62 -56.% -51.35 747 -%.33 18033.00 18035.94 743 337.90 697.05 126.50 -57.02 746 -31.00 18017.67 18018.13 -45.60 745 -7.74 18002.41 18000.37 -51.35 750 -M.33 18032.86 18035.53 746 336.47 698.97 126.83 -57.09 749 -31.00 18017.65 18017.74 -45.52 748 - 7.74 18002.49 18000.00 -51.35 753 -%.33 18032.79 18035.02 749 335.03 700.88 127.15 752 -30.99 18017.68 18017.24 -45.44

-7.74 18002.63 17999.52 -57.16 -51.35 756 -%.33 18032.71 18034.37 702.79 127.48 751 -31.00 18017.65 18016.59 -45.39 752 333.58 -57.24 755 -54.32 18032.85 18033.65 127.81 754 -7.74 18002.65 17998.87 -51.37 759

-45.33 755 332.12 704.68 -57.32 758 -30.99 18017.68 18015.82 -54.32 18033.C8 18032.82 757 -7.75 18002.56 17998.05 -51.37 762 330.65 706.57 128.13 -57.40 761 -31.00 18017.70 18014.91 -45.29 758 760 -7.75 18002.37 17997.06 -51.39 765 -54.31 18033.71 18031.99 128.46 761 329.17 708.44 763 -7.75 18001.79 17995.83 -57.47 764 -30.99 18017.72 18013.88

-51.43 768 -54.32 18034.74 18031.16 -45.26 128.78 764 327.67 710.31 766 -7.77 18000.75 17994.35 -57.57 767 -31.00 18017.72 18012.73

-U .46 771 -M.31 18036.31 18030.41 -45.22 767 326.17 712.17 129.11 -57.68 770 -31.00 18017.75 18011.51 -45.18 769 -7.76 17999.27 17992.68 -51.50 774 -54.32 18038.64 18029.86 770 324.66 714.02 129.44 -57.79 773 -31.01 18017.79 18010.27 777 -54.30 18041.78 18029.60 -45.15 715.87 129.76 772 -7.79 17996.99 17990.75 776 -31.00 18017.81 18009.f9 -51.53 -45.13 773 323.13 -57.89 780 -54.33 18045.79 18029.74 717.70 130.09 775 -7.78 17993.96 17988.67 -31.03 18017.86 18008.07 -51.58 -45.14 776 321.60 -58.01 779 783 -M.31 18051.04 18030.55 719.53 130.41 778 -7.81 17989.96 17986.46 -31.01 18017.90 18007.36 -51.64 -45.14 779 320.05 -58.11 782 -54.36 18057.37 18032.11 781 -7.80 17984.92 1798&.28 -51.71 786 732 318.50 721.34 130.74 -58.25 785 -31.06 18017.98 18007.13 -45.15 784 -7.85 17978.63 17982.20 -51.76 789 -54.33 18064.95 18034.7&

316.93 723.15 131.07 788 -31.02 18017.97 18007.59 -45.14 785

-7.81 17971.24 17980.56 -58.34 -51.82 792 -%.42 18073.57 18038.57 724.95 131.39 787 791 -31.11 18018.10 18000.02 -45.15 788 315.35 -58.47 795 -%.36 18083.27 18043.99 726.74 131.72 790 -7.89 17962.62 17979.52 -31.03 18018.03 18011.71 -51.86 -'5.05 791 313.77 -58.54 794 708 -54.53 18093.40 18051.04 728.52 132.04 793 -7.80 17953.17 17979.60 -31.19 18018.17 18016.01 -51.88 -45.07 794 312.17 -58.67 797 -54.to 18103.89 18060.21 132.37 796 -7.94 17942.85 17981.01 -51.88 801

-t&.87 l 797 310.56 730.29 -58.66 800 -31.02 18017.99 18022.28 804 -% .70 18113.49 18071.28 132.70 799 - 7. 74 17932.71 17984.60 -51.83 -t&.79 800 308.94 732.06 -58.73 803 -31.29 18018.19 18030.90 807 -54.45 18121.85 1808&.82 733.81 133.02 802 -7.98 17922.61 17990.49 -30.97 18017.76 18042.22 -51.70 -44.40 603 307.32 -58.58 806 -54.96 18126.60 18100.03 735.55 133.35 805 -7.60 17914.66 17999.98 -51.% 810

-44.23 006 305.68 -58.64 809 -31.44 18018.02 18056.53 813 -54.45 18127.79 18117.69 737.29 133.68 808 -8.02 17908.73 18012.89 -30.83 18017.20 18074.09 -51.27 -43.47 009 304.03 -58.26 812 816 -55.34 18120.98 18135.85 134.00 811 -7.30 17908.21 18031.04 -50.88 -43.19 012 302.38 739.01 -58.24 815 -31.66 18017.62 18094.90 819 -54.33 18106.94 18155.60 740.73 134.33 814 -8.08 17912.72 18053.55 -30.50 18016.06 18118.87 -50.37 -41.88 815 300.71 -57.52 818 822 -55.88 18078.65 18173.10 134.65 817 -6.76 17927.86 18083.00 -49.73 -41.50 810 299.03 742.44 -57.53 821 -32.00 18016.88 18145.44 -53.92 18038.88 18190.19 134.98 820 -8.19 17951.96 18116.89 -48.91 825 821 297.35 744.13 823 -5.82 17993.94 18158.95 -56.30 824 -29.84 18014.13 18173.87

-47.95 828 -56.66 17976.47 18199.79 -39.39

-52.91 17898.96 18205.59 -39.12 624 295.65 745.82 135.31 -56.47 827 -32.55 18015.82 18202.60 l

135.63 826 -8.51 18049.03 18203.60 -46.78 831 827 293.95 747.50 829 -4.31 18131.22 18256.53 54.48 830 -28.59 18011.10 18229.86

-45.53 834 -57.94 17758.53 18195.09 -35.81 830 292.23 749.16 135. % -55.24 833 '3.53 18014.65 18252.61 837 -50.41 17662.73 18176.42

-36.11 832 -9.13 18229.12 18306.61 -44.08 833 290.51 750.82 136.28 835 -2.50 18364.91 18362.94 -52.17 836 -26.47 18006.60 18267.57

-42.68 840 -61.32 17492.57 18127.29 -31.16 288.77 752.47 136.61 839 -34.89 18016.09 18269.98 836

-8.40 18514.07 18406.12 -54.26 754.11 136.94 838 839 287.03 30-Oct-90 UN!1153.UK1 Page 8 N

e O O O O o o 1 O e # #

0 ster Creek Dryvett with Servi - Unit Lead Case No.1 (62 pst pressure) inside Nodas MIMte Nodes todist Meridionet Woep Outside Modes Redist Meridional Moop 52 $NY Redist Peridional Moop 57 52 5XY Node su ST SXY Node $X (psi) (ps!) (psi) sr 57 52 (psi) (psi)

Y theta Mode (psi) (pst) (psi)

' Node r (psi) (psi)

(psi) (psi)

(inch) (inch) (degrees) -41.10 17315.91 18068.32 -33.11 843

-49.53 842 -26.60 18000.70 18253.60 -41.19 -62.92 17206.06 17994.70 -M.44

-8.03 18711.22 184&6.46 846 842 285.28 755.74 137.26 841

-83.12 845 -32.45 17999.86 18211.86 -73.72 -53.63 16984.68 17809.97 -60.12 757.36 137.59 844 -1.84 18817.06 18435.90 -19.96 18001.59 18087.00 -72.22 849 845 283.52 13.97 19031.87 18367.86 -84.64 848 852 -45.27 16561.83 17466.90 -55.53 848 280.57 760.02 138.13 847

-89.94 851 -27.38 18011.17 17856.48 -72.60 31.80 16220.89 17010.82 -60.60 138.67 850 -9.23 19438.17 18239.11 -13.60 18004.70 17484.26 -75.62 855 851 277.60 762.66 4.93 19807.21 17962.98 -91.21 854 858 -34.34 16063.78 16422.14 -63.27 854 274.61 765.27 139.21 853 857 -25.31 18026.14 16932.17 -83.25 -14.13 16258.98 15757.09 83.34 767.85 139,75 856 -15.96 19976.36 17432.23 -103.58 -10.53 18026.70 16180.27 -96.81 861 857 271.59 860 -17.59 17044.70 15063.11 -103.17 140.29 859 -6.69 19823.53 16611.90 -110.87 864 860 268.55 770.40 863 -30.79 18069.98 15241.28 -118.81 -20.52 18766.% 14516.97 -150.68 862 -44.03 19053.06 15406.78 -134.&& 867 265.48 772.92 140 84 866 -28.47 18084.14 14179.79 -150.20 196.72 863 -36.87 17451.70 13857.82 - 149.M 870 45.42 21668.69 14355.?8 775.41 141.38 865 -28.53 18158.06 13168.47 -191.77 866 262.39 869 873 -301.75 26121.73 14800.89 -281.96 259.28 777.88 14*.02 868 -103.92 14599.45 11968.27 -185.34 872 -190.29 18186.56 12402.41 -243.31 869 876 -46.34 25370.18 16587.51 -1485.97 780.31 142.66 8 71 -80.62 10333.80 10030.77 -202.34 -35.21 17006.13 12134.46 241.64 l 8 72 256.14 875 426.56 10624.46 10518.03 -2475.80 143.00 874 333.23 8918.09 9870.17 1171.60 7588.66 9621.00 615.24 879 l 875 252.98 782.72 878 -221.39 6234.32 9292.50 -921.93 143.26 877 220.32 2883.75 8539.32 1&26.66 5513.50 9362.53 118.74 882 -210.32 878 251.48 733.85 488.64 881 -403.64 -40.96 6716.86 10267.T4 -34.62 249.98 784,97 143.51 880 -192.68 2254.42 8785.43 884 -9.20 4996.28 10124.86 -28.18 885 45.07 881 21.72 3076.07 9720.88 -20.33 17.20 888 -68.46 6634.96 11064.11 786. % 163.97 883 -18.58 4851.50 10931.03 85.99 884 247.27 -10.38 887 -91.14 6045.15 11762.10 144.43 886 30.87 3199.62 10836.46 68.84 891 887 264.55 788.92 51.90 890 -43.28 4821.13 11817.52 -77.51 5074.06 12406.19 158.69 889 4.61 3554.01 11858.15 128.28 894 241.81 790.87 144.89 893 -23.80 4717.12 12738.49 229.49 890 30.89 4383.72 13075.21 96.56 195.09 897 -101.70 3573.19 12919.69 792.79 145.34 892 -50.34 4626.56 13677.91 893 239.05 157.57 896 900 -46.36 1526.61 13314.58 315.37 145.80 8?5 3.25 5658.88 14425.81 4498.71 1&640.44 270.47 896 236.28 794.69 219.65 899 26.64 1&&.33 -1072.53 13502.86 236.43 898 99.93 7492.65 15967.01 329.68 903 899 233.49 796.57 146.26 419.45 902 -148.71 4300.69 15480.76 10.60 146.72 901 -152.15 9814.69 17490.25 297.06 906 -224.84 -3654.10 14382.44 902 230.69 798.42 905 -230.26 3937.63 16876.73 147.52 904 -223.04 11844.58 19656.57 584.63 115.70 909 -216.54 -4676.72 15426.02 -192.06 905 225.89 801.86 426.50 908 -244.48 3656.74 17959.58 148.32 907 -256.74 12354.96 20596.03 4.04 912 -254.58 -3880.81 16416.04 -255.87 908 221.39 805.68 911 -227.42 3403.76 18402.72 809.87 149.09 910 -189.07 11004.75 20658.70 267.72 914 -172.42 3175.64 18413.24 -46.76 915 -223.40 -2087.23 17043.20 -222.44 911 217.22 6.97 17146.65 -134.38 814.38 149.85 913 -114.32 8668.95 19847.73 132.70 917 -108.66 2976.34 17780.29 -50.57 918 -180.60

-27.85 914 213.41 36.23 921 -129.60 1908.31 16737.39 819.19 150.57 916 -34.32 6076.59 18451.85 -48.37 2806.82 16745.17 -24.36 70.M 917 209.99 -19.16 920 924 -83.97 3335.70 15933.22 824.26 151.25 919 31.29 3746.17 16767.03 -1.32 2666.67 15496.07 15.62 144.71 920 206.97 -38.80 923 927 -49.93 4198.39 14902.11 829.57 151.89 922 76.92' 1970.67 15055.03 28.29 2554.86 1&212.08 56.37 189.13 923 204.38 -33.01 926 -26.55 4550.70 13812.26 925 100.58 840.90 13506.55 89.00 930 926 202.23 835.08 152.47 -13.09 929 43.&O 2&68.67 13031.44 206.30 107.09 298.04 12230.23 109.35 933 -20.14 45 % .99 12795.78 840.74 153.01 928 41.45 2408.15 12036.23 200.25 929 200.55 9.74 932 936 -2.13 4339.91 11953.68 153.48 931 97.21 187.06 11254.42 174.58 932 199.% 846.52 26.28 935 48.52 2369.02 11265.11 3776.95 11206.31 222.38 9% 94.37 317.16 10557.86 125.80 939 -68.12 198.61 852.38 153.90 938 29.25 2451.19 10742.05 470.06 935 117.07 595.88 10122.19 81.61 942 -182.37 3312.73 11005.33 154.25 937 2663.36 10695.46 -133.61 938 198.37 858.28 941 -245.71 156.67 6106.00 11773.91 1314.05 154.28 940 -136.20 389.01 9955.70 -196.05 3569.89 10854.30 -471.41 945 941 198.31 858.78 154.95 9830.21 -526.72 944 -168.91 154.39 943 19.10 944 198.32 860.78 30-Oct-90 UNIris3.w1 Page 9

U # U V U l' O

pter Creet Oryvett with Sand - Unit Lead Case No.1 (62 psi pressure)

Inside Nodas Middle Nodes Redial Meridional Woq Outside Modes #sdist Meridionet Noop 57 S2 SXY Radial Meridional Moop SY S2 SxY Node SX SxY Noda SK (psh) (psi) (psi)

ST S2 (psi) (psi)

Theta mode Sx (psi) (psi) (psi) x 7 (psi) tede (psi) (psi) (psi)

(inch) (inch) (da9rees) 948 312.77 16351.15 14810.45 818.11 947 183.47 8688.87 12446.04 -141.45 276.65 946 209.23 1573.16 10296.37 -541.48 9516.51 12725.29 250.11 951 -247.55 18529.41 15410.58 947 198.32 862.78 154.50 223.65 950 -87.18 -15.42 16243.85 15034.21 204.18 949 68.91 767.58 10123.46 954 950 *?8.32 863.78 154.55 232.15 953 -37.90 9621.06 13010.97 218.19 195.98 952 -63.79 2836.85 10942.72 187.84 957 -39.83 14394.79 14807.41 198.32 864.78 154.61 179.72 956 -11.33 9555.63 133 %.63 155.80 953 955 14.74 4810.45 11892.47 159.35 960 -56.67 12728.88 14706.37 198.32 865.78 154.66 959 -40.67 9589.48 13739.35 134.18 956 6403.28 12759.96 162.89 063 -42.42 11361.60 14749.10 866.78 154.71 958 -26.32 -23.43 9570.04 14186.87 131.79 107.21 9s9 198.32 129.41 962 966 -54.15 10183.19 14890.00 M1 -5.43 7804.94 13633.56 9578.51 14683.52 107.86 962 198.32 867.78 154.76 108.50 965 -33.92 -49.40 9231.13 15113.07 86.08 964 -14.11 8962.57 14474.08 85.38 969 198.32 868.83 154.82 968 -29.36 9573.43 15189.87 65.50 965 967 -9.28 9921.53 15268.38 84.68 65.58 972 -54.03 8480.55 15387.93 198.32 869.88 154.87 9 71 -32.47 9575.15 15690.06 48.65 968 970 -10.52 10666.12 15990.70 65.66 48.39 975 -54.06 7915.86 15702.29 198.32 870.93 154.93 974 -31.43 9573.57 16172.84 7506.78 16036.19 33.70 971 48.13 9 78 -56.04 154.98 9 73 -8.13 11232.04 16642.95 -32.36 9573.86 16629.03 33.69 21.42 974 198.32 871.98 33.67 9 77 981 -57.32 7232.18 16377.66 155.04 9 76 ~7.83 11639.15 17220.48 -32.22 9573.39 17052.37 21.32 11.09 977 198.32 873.03 21.22 980 984 -57.08 7069.07 16715.75 155.09 9 79 -6.11 11913.76 17725.84 -32.36 9573.34 17438.50 11.09 2.86 900 198.32 874.08 11.10 983 987 -63.24 6996.78 17039.34 875.13 155.15 982 -6.56 12076.42 18159.83 -32.66 9573.40 17754.85 2.81 -3.84 983 198.32 2.76 986 990 -45.37 7000.93 17352.11 155.20 985 -0.98 12148.34 18528.75 9573.01 18090.53 -3.75 -38.29 986 198.32 876.18 -3.66 989 -31.72 993 -73.40 7247.50 17685.89 155.25 988 -16.98 12144.98 18827.84 9572.10 18357.07 -38.36 -15.92 198.32 877.23 992 -34.06 76 % .87 18258.29 989 878.28 155.31 991 6.26 11896.60 19027.26 -38.44 995 -34.47 9571.79 18809.62 -15.79 996 -65.26

-18.21 198.32 7983.17 18671.16 992 880.55 155.42 994 -2.90 11507.43 19359.78 -15.65 998 -33.37 9572.29 19116.81 -18.09 999 -62.24

- 1 7. 74 995 198.32 -17.98 1002 -65.09 8!54.67 18971.95 882.81 155.53 997 -3.89 11160.87 19561.68 1001 -32.92 9573.'08 19306.86 -17.60 -15.59 998 198.32 10790.72 19641.10 -17.46 -15.48 1005 -65.06 8702.48 19176.76 885.08 155.64 1000 -0.32 -32.21 9573.64 19407.38 -12.72 198.32 1004 8999.78 19302.36 001 887.34 155.75 1003 0.90 10444.52 19637.64 -15.38 1007 -31.77 9574.24 19443.95 -12.62 1008 -65.17

-9.67 1004 198.32 -12.52 -64.71 9236.43 19367.82 155.86 1006 1.75 10148.34 19585.31 9574.64 19438.48 -9.60 1011

-6.8T 1007 198.32 889.61 -9.54 1010 -31.32 -64.23 9412.30 19390.38 1009 2.09 9912.76 19509.10 9574.99 19408.33 -6.82 1014

-4.48 1010 198.32 891.88 155.97 -6.76 1013 -31.06 -63.64 9533.94 19384.95 1012 2.04 9737.56 19426.30 -4.45 1017 198.32 894.14 156.08 -4.43 1016 -30.83 9575.19 19366.39 M10.81 19363.20 -2.62 1013 1015 1.86 9616.47 19 % 7.98 -2.60 1020 -63.13 198.32 896.41 156.19 1019 -30.72 9575.35 19321.58 9653.48 19333.94 - 1.l's 1016 1.53 9539.88 19280.13 -2.58 -1.25 1023 -62.66 898.67 156.29 1918 -30.64 9575.42 19279.50 -0.35 1019 198.32 -1.24 1022 -62.31 9671.88 19303.23 1021 1.21 9497.42 19225.27 -0.34 10/6 198.32 900.94 156.40 -0.34 1025 -30.62 9575.46 19243.25 9674.78 19275.02 0.19 1022 0.88 9479.07 19153.48 0.19 1029 -62.02 903.20 156.50 1024 1028 -30.61 9575.46 19214.15 0.43 1025 198.32 9476.20 19153.50 0.18 1032 -61.83 9669.21 19251.61 156.61 1027 0.61 9575.45 19192.39 0.42 v.46 1028 198.32 905.47 0.42 1031 -30.63 -61.70 9660.51 19234.16 1030 0.39 9481.73 19133.38 9575.43 19177.54 0.45 1035 0.35 198.32 907.73 156.71 0.45 1034 -30.64 9652.32 19223.12 10?!

0.24 9490.41 19121.13 0.35 1038 -61.64 910.00 156.81 1033 1037 -30.65 9575.42 19168.95 0.18 10 % 198.32 0.35 -61.61 9646.79 19218.52

)

i 1037 198.32 912.27 156.91 1036 0.14 9498.56 19114.97 0.18 1040 -30.66 9575.41 19166.00 0.18 1041 1044 -61.64 9644.64 19220.17 0.01 914.53 157.01 1039 0.10 9504.07 19113.68 1043 -30.67 9575.41 19168.30 0.01 -0.11 1040 198.32 0.01 1047 -61.71 9645.35 19227.76 916.80 157.11 1042 0.12 9506.20 19116.62 -30.66 8575.41 19175.68 -0.11 -0.11 1043 198.32 -0.11 1046 1050 -61.82 9647.11 19240.80 919.06 157.21 1045 0.19 9505.50 19123.79 -30.66 9575.41 19188.20 -0.11 1046 198.32 -0.11 1049 921.33 157.31 1048 0.32 9503.75 19135.80 1049 198.32 30-Oct-90 UN11153.WK1 Page 10

0 1

ter creek Drywett with Sand - Unit Lead Case No.1 (62 psi pressure)

InsIde Nodes Midite Modes Radlet Meridional Noep I outside Modes Redist Meridional Moep SY S2 $wy Radial Meridional Moop SY SI $xY Node SW SxY Node SX (psi) (psi) (psi)

SX SY S2 (psi) (psi) 1hets Node (psi) (psi) (psi) x Y (psi) code (psi) (psi) (psi)

(inch) (inch) (degrees) -61.99 9646.86 19258.52 0.06 r 0.06 1053 0.06 1052 -30.66 9575.41 19206.01 1056 -62.22 9640.28 19279.61 0.47 1051 0.49 9504.00 19153.69 0.47 1052 198.32 923.59 157.41 0.46 tc55 -30.67 9575.&O 19229.09 -62.50 9621.80 19301.96 1.17 1054 0.70 9510.55 19178.76 1.16 1059 1055 198.32 925.86 157.50 1.15 1058 -30.70 9575.36 19257.00 1062 -62.85 9584.71 19322.20 2.22 1057 0.94 9528.96 19212.22 2.20 1058 198.32 928.13 157.60 2.18 1061 -30.76 9575.30 19288.38 -63.23 9521.60 19335.44 3.63 1060 1.18 9565.89 19254.71 3.61 1065 1061 198.32 930.39 157.69 3.58 1064 -30.86 9575.18 19320.55 -63.65 9426. % 19334.79 5.41 1063 1.39 9628.74 19305.78 5.37 1068 1064 198.32 932.66 157.79 5.33 1067 -31.03 9575.00 19348.89 -63.95 9288.43 19311.33 7.45 1066 1.52 9.'24.97 19363.05 7.40 1071 1067 198.32 934.92 157.88 7.35 1070 -31.25 9574.75 19366.34 -64.35 9108.44 19253.86 9.60 1069 1.43 9860.94 19421.33 9.53 1074 1070 198.32 937.19 157.97 9.46 1073 -31.57 9574.42 19362.87 1077 -63.63 8886.92 19150.09 11.53 1072 1.28 10040.17 19471.72 11.45 1073 198.32 939.45 158.06 11.37 1076 -31.93 9574.01 19325.26 -65.55 8633.74 18985.51 12.77 1075 -0.04 10260.79 19500.15 12.67 1080 1076 198.32 941.72 158.16 12.58 1079 -32.45 9573.55 19237.18 -63.55 8336.79 18739.28 19.01 1078 0.06 10512.80 19488.40 18.92 1083 1079 198.32 943.98 158.25 18.83 1082 -32.72 9573.20 19079.67 -57.73 8077.72 18&&8.76 10.54 1081 -1.45 10809.02 19419.43 10.48 1086 1082 198.32 946.25 158.34 10.42 1085 -32.87 9572.95 18865.53 -60.73 7933.17 18104.10 5.93 1084 -7.43 11067.49 19281.53 5.90 1089 1005 198.32 448.25 158.41 5.86 1088 -33.16 9572.75 18565.68 -53.19 7911.57 17704.82

-2.19 f 1087 -4.94 11211.49 19026.35 -2.18 1092 1088 198.32 950.25 158.49 -2.17 1091 -33.17 9572.71 18171.43 -61.99 8084.73 17262. %

-14.82 1090 -12.51 11233.03 18637.14 -14.72 1095 1091 198.32 952.25 158.57 -14.62 1094 -32.99 9572.98 17681.37 -60.26 8321.75 16756.25 -7.58 1093 -3.41 11060.45 18098.97 -7.53 1998 198.32 954.25 158.65 -7.48 1097 -32.51 9574.01 17104.53 8610.61 16543.05 -43.96 1094 -4.29 10824.77 17451.90 9573.90 16803.34, -4?.74 1101 -51.88 956.25 158.72 1096 1100 -30.54 -55.73 1097 198.32

-8.88 10539.18 17063.90 -43.52 -55.91 1104 -58.29 9056.02 16361.10 957.20 158.76 1099 -32.54 9575.90 16490.20 -70.&&

198.32 1103 -51.97 9622.70 16212.39 1100 958.16 158.79 1102 -6.68 10091.20 16617.82 -56.08 -28.25 9573.02 16170.52 -69.60 1107

-8*.60 198.32 1106 1103 959.11 158.83 1105 -4.68 9532.09 16131.43 -68.76 -35.80 9580.21 15850.63 -84.83 1110 -59.37 10308.42 16095.67 1106 198.32 -86.06 1109 1113 -42.51 11157.73 16044.62 -104.80 960.06 158.87 1108 -12.74 8834.20 15600.74 -19.62 9566.85 15540.99 -101.57 1109 198.32 -98.35 1112 -71.48 12120.44 16034.15 -113.86 1111 2.38 8014.29 15049.76 1116 198.32 9 1.01 158.90 1115 -48.94 95 % .12 15250.63 -119.78 1112

-27.76 6996.21 14445.80 -125.68 1119 -19.35 13337.66 16157.30 -152.26 198.32 %1.97 158.94 1114 1118 2.83 9539.42 14991.78 -139.29 1115 1117 23.08 5896.09 13874.67 -126.35 1122 -83.95 14565.29 16297.09 -135.21 198.32 962.92 158.97 1121 -62.14 9651.31 14796.54 -159.93 1118 1120 -42.91 4448.97 13212.05 -184.57 1125 -95.86 16289.36 16666.68 -229.16 198.32 963.87 159.01 1124 -72.56 9455.17 14590.67 -131.52 1121 1123 -52.59 3122.06 12668.30 -134.04 1128 389.89 19381.51 17683.42 -963.30 198.32 964.82 159.04 595.64 1127 483.57 7533.78 14125.83 -182.57 1124 1126 574.26 3872.56 13027.18 1131 736.50 9882.37 14939.41 -796.08 198.32 965.78 159.08 1130 278.04 7198.94 13966.50 -115.47 -0.22 1127 1129 -386.25 5202.06 13139.36 918.43 -0.33 1134 -133.83 4203.08 12975.70 198.32 %5.88 159.08 -0.22 1133 -700.82 8365.10 14024.04 797.32 1130 5391.22 13057.05 114.82 1137 733.45 9881.83 14938.71 198.32 966.25 159.10 1132 -849.72 1136 274.09 7200.60 13966.19 960.17 I 1133 1135 -389.59 5199.07 13137.82 -921.58 180.77 1140 380.57 19355.62 17673.08 198.32 96'.63 159.11 1139 469.78 7545.91 14125.57 223.94 1136 3874.54 13022.53 -596.11 179.79 1143 -100.17 16219.02 16650.50 966 73 159.11 1138 556.01 -75.06 9464.22 14598.85 133.61 1139 198.32 135.78 1142 1146 -80.12 14452.30 16284.70 159.15 1141 -53.24 3174.78 12690.10 961.7.97 14816.62 1 " .18 148.51 1142 198.32 967,73 180.67 1145 -59.67 1149 -19.54 13183.53 16150.53 159.19 1144 -41.75 4568.76 13268.60 9539.95 15031.26 1s5.66 109.33 1145 198.32 968.73 122.85 1148 2.24 -71.30 11945.71 16043.20 1147 22.16 6049.03 13959.64 115.43 1152 198.32 969.'3 159.22 1151 -49.31 9596.52 15311.97 100.14 1148

-28.60 7169.83 14558.78 121.51 96.68 1155 -41.58 10977.66 16075.04 970. ~3 159.26 1150 1154 -19.10 9566.14 15624.98 1151 198.32 8195.35 15187.95 93.24 9 71.i3 159.30 1153 2.57 1154 198.32 30-Oct-90 (St.1153.tK1 Page 11

O m O O O O O____

O O O O v O

Mer Creek Drywell with Send - t) nit toad Case No.1 (62 psi pressure) 1% side Modes Middle Nodes Redlet Meridionet Mog Outside wodes fadiat Meridional Noop S2 Srf Radiat Meridional poop $7 52 SXY Node SX SY SY SZ SXY Node SX (psi) (psi) (psi) (psi) (psi) 1hete Mode SX (psi) (psi) r Y (psi)

Jede (psi) (psi) (PSI) (psi)

(irch) (inch) (degrees) -59.72 10132.78 16149.27 78.17 77.59 1158 80.99 1157 -36.40 9580.63 15956.80 65.13 1156 -13.49 9008.52 15758.76 64.18 1161 -51.28 9463.14 16291.80 198.32 9 72.73 159.33 63.23 1160 -27.95 9572.55 16297.32 50.24 1157 1159 +4.71 9692.08 16305.% 50.50 1164 -59.28 8918.19 16464.94 198.32 9 73.73 159.37 50.75 1163 -32.90 9576.04 16635.36 38.75 1160 1162 -6.34 10228.28 16801.92 38.49 1167 -49.15 8500.95 16672.19 198.32 9 74.73 159.40 1166 -30.41 9573.64 16964.22 -1.18 1163 1165 -11.28 10648.92 17256.65 38.24 -1.17 1170 -63.13 8275.30 16915.87 198.32 9 75.73 159.44 -1.17 1169 -32.82 9573.92 17278.47 10.19 1166 1168 -2.02 10870.61 17640.00 10.10 1973 -62.75 8118.03 17494.31 198.32 976.73 159.47 10.01 1172 33.28 9572.70 17902.32 -1.07 1169 1171 -3.23 11026.65 18309.55 -1.06 1176 -54.27 8005.50 17985.26 198.32 978.93 159.55 -1.05 1175 -33.40 9572.51 18423.33 -7.08 1172 1174 -11.93 11 18.73 18860.55 -7.04 1179 -61.55 8072.59 18415.57 198.32 981.13 159.63 -6.99 1178 -33.26 9572.62 18834.89 -9.10 1175 1177 -4.40 11071.94 19253.41 -9.04 1182 -63.06 8226.80 18768.92 198.32 983.33 159.71 -8.98 1181 -32.99 9572.90 19141.90 -8.23 1178 1180 -2.42 10918.34 1951&.17 -8.17 1185 -65.02 8396.30 19032.93 1181 198.32 985.53 159.78 -8.12 1184 -32.69 9573.19 19355.32 -65.9; 8531.47 19205.14 -5.44 1183 0.05 10749.53 19677.12 -5.40 1188 198.32 987.73 159.86 -5.37 1187 -32.47 9573.43 19487.08 -1.60 1184 1186 1.36 10614.90 1976;.51 -1.59 1191 -66.40 8601.37 19285.63 198.32 989.94 159.93 -1.57 1190 -32.35 9573.55 19546.66 2.54 1187 1189 2.03 10545.28 19807.22 2.52 1194 -66.35 8592.02 19275.12 198.32 992.14 160.01 2.50 1193 -32.37 9573.54 19538.94 6.21 1190 1192 1.94 10554.59 19802.30 6.17 1197 -65.76 8505.23 19173.51 1193 198.32 994.34 160.08 6.12 1196 -32.51 9573.38 19463.29 8358.75 18980.00 8.63 1.11 10641.04 19752.56 8.57 1200 -64.71 198.32 996.54 160,16 1195 1199 -32.76 9573.13 19313.62 8.93 1196

-0.38 10786.92 19646.62 8.52 8.87 1203 -62.53 8187.70 18694.99 998.74 160.23 1198 -33.06 9572.33 19079.64 6.09 1199 198.32 8.81 1202 -60.91 8046.39 18322.17 1201 -3.07 10957.28 19463.57 6.05 1206 198.32 1000.94 160.30 6.01 1205 -33.32 9572.58 18749.31

-52.96 8012.05 17876.61

-1.03 l 1202 160.37 1204 -5.13 11098.01 19175.64 9572.52 18312.55 -1.02 1209

-13.66 1205 198.32 1003.15 -1.01 1208 -33.40 -62.58 8182.50 17377.78 1207 -13.24 11132.22 18747.66 -13.55 1212 108.32 1005.35 160.45 1211 -33.17 9572.83 17766.73 -2.81 1208 160.52 1210 -3.23 10962.42 18154.93 -13.44 -32.60 9573.96 17122.59 -2.77 1215 -62.65 8403.70 16798.30

-44.05 1211 198.32 1007.55 -2.72 1214 1218 -49.97 8672.26 16576.21 160.59 1213 -2.13 10742.81 174&6.04 -30.45 9573.93 16817.42 -43.83 -55.76 1214 198.32 1007.75 10477.71 17058.98 -&3.61 1217 1221 -58.84 9117.93 16390.58 160.62 1216 -10.64 9575.96 16501.26 -55.94 -70.42 198.32 1010.70 1220 -32.53 9684.78 16239.92 1217 160.65 1219 -6.13 10029.39 16610.47 -56.12 -28.20 9573.05 16179.36 -69.58 1224 -51.81

-83.54 198.32 1011.66 1223 1220 160.68 1222 -4.77 9470.14 16121.64 -68.74 -35.79 9580.27 15858.' s -84.77 1227 -59.42 10370.16 16121.62 198.32 1012.61 1226 1223 160.71 1225 -12.68 8772.55 15589.68 -86.01 -19.55 9566.86 15547.83 -101.48 1230 -42.46 11218.88 16069.82 -104.72 1226 198.32 1013.56 7953.31 15038.30 -98.25 1229 1233 -71.54 12180.56 16059.20 -113.72 160.74 1228 2.43 -48.96 9596.22 15257.65 -119.66 1229 198.32 1014.51 1232 -19.25 13396.70 16183.06 -152.14 160.77 1231 27.78 6936.09 14434.76 -125.58 2.95 9539.35 14979.77 -139.13 1236 1232 198.32 1015.47 1235 1239 -84.08 14622'.40 16323.94 -134.94 160.80 1234 23.19 5837.38 13865.07 -126.16 -62.19 9651.55 14606.31 -159.73 1235 198.32 1016.42 4391.55 13204.54 -184.44 1238 1242 -95.90 16345.01 16695.61 -229.04 160.83 1237 -42.91 -72.71 9454.86 14602.73 -181.27 -%5.44 1238 198.32 1017.37 3067.20 12663.95 -133.65 1241 1245 391.22 19440.67 17717.04 160.86 1240 -52.86 485.2& 7527.76 14139.95 -182.25 1241 198.32 1018.32 598.41 1244 1248 740.84 9910.80 14965.10 -797.66 j

198.32 1019.28 160.89 1243 576.25 3825.59 13020 " 1247 279.99 7192.25 13980.90 -114.56 0.13 i 1244 1246 -387.77 5162.'*i 13142.70 922.24 0.34 1251 -137.20 4214.23 12995.37 1247 198.32 1019.38 160.89 0.41 1250 -704.99 8362.05 14039.16 9908.06 14966.70 799.79 1254 737.77 198.32 1019.75 160.90 1249 -852.54 5353.81 13062.23 1253 276.14 7193.93 13983.59 115.25 963.59 1250 1252 -390.81 5162.71 13145.31 -924.05 181.80 1257 381.93 19405.67 17707.73 1253 198.32 1020.13 160.91 1256 471.37 7540.16 14143.50 225.20 1255 557.82 3836.10 13030.69 -597.47 9463.93 14622.33 180.93 1260 -100.46 16255.85 16685.13 198.32 1020.23 160.92 1259 -75.23 1256

-53.30 3138.63 12702.81 136.80 160.95 1258 1259 198.32 1021.23 30-Oct-90 1Dt!1153.1K1

'ege 12

w ter Creek Drywett with sand - (Jnit Load Case No.1 (62 psf pressure) nt&fte modes inside modes

' Outside modes Rodist Meridionet Moop Redlet Meridional Mom i Radiat Meridionet Moop -

$7 S2 SXY Node su. 57 s2 sur  ;

Node sr SY s2 sx7 wode $x sode x Y 15ete (psi) (pst) (psi) (psi) (psi) {

(psi) (psi) (psi) (psi) (psi)

(psi) (psi)

(inch) (inch) (degrees)  !

1263 -80.24 14477.30 16320.82 134.82

-41.76 4543.43 13289.54 182.01 1262 -59.73 9648.18 14845.25 158.45 1262 198.32 1022.23 160.98 1261 1266 -19.54 13196.12 16188.31 149.98 1264 22.33 6036.67 13989.84 124.24 1265 2.33 9539.86 15065.18 137.08

• 1265 198.32 1023.23 161.01 1269 -71.46 11943.84 16082.12 110.92 1267 -28.55 7171.59 14598.69 123.14 1268 -49.36 9596.57 15351.42 117.04 1268 198.32 1024.23 161.04 98.51 1272 -41.66 10959.71 16114.67 101.98 2.70 8213.32 *5238.23 95.05 1271 -19.08 9566.10 15669.93 1271 198.32 1025.23 161.07 1770 1275 -59.92 10096.48 16188.61 80.24 l 83.05 1274 -36.44 9580.62 16006.98 88.65 198.32 1026.23 161.10 1273 -13.36 9044.71 15819.74 67.47 1274 1277 -27.96 9572.49 16352.23 56.51 1278 -51.26 9406.24 16329.76 161.13 1276 -4.71 9748.91 16377.80 65.56 52.87 1277 190.32 1027.23 -33.00 9576.00 16694.17 53.11 1281 -60.05 8837.92 16499.58 1279 -5.73 10308.34 16886.83 53.36 1280 1280 198.32 1028.23 161.16 41.42 1284 -47.23 8395.02 16702.71 41.67 41.17 1283 -30.31 9573.51 17025.84 1233 198.32 1029.23 161.19 1282 -12.97 10754.76 17349.36 -66.78 8159.33 16943.65 -3.44

-3.47 1286 -33.28 9573.53 17341.77 -3.46 1287 1286 198.32 1030.23 161.22 1285 0.77 10985.94 17738.81 -65.04 7963.57 17566.67 12.69 1289 -34.01 9572.00 18021.09 12.57 1290 161.29 1288 -2.35 11179.59 18474.61 12.45 1.92 1289 198.32 1032.65 1.91 1293 -54.43 7774.55 18055.60

-13.40 11367.79 19067.94 1.89 1292 -34.27 9571.6? 18562.26

' 1292 198.32 1035.08 161.36 1291

-3 05 1296 -63.23 7768.58 18440.71 -3.08

-4.56 11373.74 19460.29 -3.03 1295 -34.26 9571.60 18950.99 1295 198.32 1037.51 161.44 1294

-4.20 1299 -64.31 7840.12 18698.38 -4.23

-3.18 11302.52 19674.87 -4.17 1298 -34.09 - 9571.74 19187.10 i

1298 198.32 1039.94 161.51 1297 -3 ~;6 1302 -65.60 7921.96 18812.45 -3.39 1300 -1.60 11221.07 19740.43 -3.33 1301 -33.92 9571.91 19276.88 1301 198.32 1042.36 161.58 -2.29 1305 -64.52 7988.73 18783.11 -2.31

-2.27- 1304 -33.80 9572.05 19227.35 1304 198.32 1044.79 161.65 1303 -2.47 11154.59 1 % 70.74 -63.73 8053.53 18619.07 -2.67

-2.62 1307 -33.70 9572.1819044 W -2.64 1308 1307 198.32 1047.22 161.72 .1306 -3.07 11090.09 19468.26 -55.79 8167.86 18343.24 -6.09 4

-5.99 1310 -33.51 9572.42 15.12.29 -6.04 1311 1310 198.32 1049.65 161.78 1309 -10.72 10976.27 19120.61 -66.74 8415.16 17982.17 -14.14 i

-13.87 1313 -33.07 9572.94 18301.44 -14.00 1314 1313 198.32 1052.07 161.85 1312 1.02 10T30.08 18620.10 1317 -69.75 8601.92 17505.73 7.21 7.23 1316 -32.45 9574.10 17771.35 7.22 1316 198.32 1054.50 161.92 1315 5.17 10544.95 18036.26 -48.09 8782.03 17330.81 -36.00 1319 -30.47 9574.06 17537.01 -35.80 1320 198.32 1055.47 161.95 1318 -12.61 10367.98 17741.55 -35.60 -61.46 9144.10 17190.92 -44.21 l 1319 -3.23 10003.47 17393.52 ' -44.57 1322 -32.38 9575.87 17292.87 -44.39 1323 ,

198.32 1056.43 161.97 1321 54.18 1326 -53.78 9595.61 17078.26 -54.92 l 1322 1324 -3.42 9558.70 17010.67 -53

• 1325 -28.52 9573.22 17043.21 -64.07 198.32 1057.40 162.00 -61.04 10131.89 16986.65 l 1325 -9.97 9011.41 16595.23 -66.31 1328 -35.30 9579.60 16793.12 -45.20 1329

! 1328 198.32 1058.36 162.03 1327

-77.41 1332 -46.07 10791.77 16946.07 -80.23 3.28 8377.35 16167.01 - 74.59 1331 -21.03 9567.74 16551.13 1331 198.32 1059.33 162.05 1350 -71.67 11529.92 16932.83 -85.59

-23.19 7590.60 156 % .88 -95.95 1334 -46.88 9593.26 *6324.21 -to.78 1335 1334 198.32 1060.29 162.08 1333 1338 -25.85 1246e.56 17027.15 -116.35 21.74 6753.28 15259.19 -94.04 1337 -1.30 9544.03 16122.34 -195.18 1337 198.32 1061.26 162.11 1336 1340 -60.37 9440.45 15970.64 -120.47 1341 -84.32 13395 A817125.02 -99.24 198.32 1062.22 162.13 1339 -38.44 %636.64 14743.71 -141.64 1340

-57.67 9470.94 15809.22 -136.52 1344 -83.94 14730.-21 17413.93 -177.22 162.16 1342 -33.98 4644.88 14337.05 -95.95 1343 1343 198.32 1063.19 1347 295.64 17240.44 18236.12 -760.81 162.19 1345 448.72 5385.69 14663.15 495.41 1346 373.35 7845.32 15409.14 -131.69 1346 198.32 1064.15 7967.45 15347.81 -101.08 1350 394.29 8614.06 15681.53 -642.40 1348 -333.38 6152.85 14659.82 740.33 1349 38.69 1349 198.32 1064.25 162.19 9351.24 15525.6*, -1.18 1353 -77.94 3537.48 14017.54 -0.62 1351 -1031.04 5925.08 14381.99 -1.12 1352 -755.67 641.70 1352 198.32 1064.50 162.19 98.72 1356 392.31 8615.69 15681.51 6147.19 14657.46 -744.00 1355 35.99 7968.77 15347.47 1355 198.32 1064.75 162.20 1354 -335.84 128.47 1359 289.90 17236.33 18235.13 756.50 ,

5374.73 14656.83 -407.53 1358 365.47 7852.97 154t9.04 1358 198.32 1064.85 162.20 1357 438.70 -86.42 14716.72 17412.33 172.06 1361 -59.42 9476.74 15613.62 133.57 1362 162.23 1360 -34.99 4647.12 14340.58 95.20 96.45 1361 198.32 1065.85 -58.77- % 38.38 15081.91 116.97 1365 -82.06 13378.13 17131.86 1363 -37.48 5658.56 14761.95 137.43 1364 1364 198.32 1066.85 162.26 30-Oct-90 IM11153.WK1-b9e 13

o O O O

ater Creek Orywett with Sand - Unit Load Case No.1 (62 psi pressure) inside Modes MIMle Modes Outside Modes Radlet Merldlonel Moop Rediet Meridionet Moep $2 sxY Radial Meridional Noop 52 SxY noite su sv 57 SZ SKY Node sr $Y (psi) (psi) (psi) (psi)

Node SR (psi) (psi)

Ocde r Y thets (psi) (psi) (psi) (psi) (psi)

(inch) (degrees) (psi)

(ire) -25.96 12446.29 17043.62 112.30 101.21 1366 90.15 1367 -1.63 9544.41 16145.50 81.12 162.28 1366 21.19 6774.9' '5288.62 9593.58 16361.63 86.44 1371 -71.59 11514.27 16965.61 1567 198.32 1067.85 91.74 1370 -47.07 75.77 162.31 1369 -23.63 7605.h 15738.57 72.81 1374 -45.52 10790.85 16999.36 1370 198.32 1068.85 69.86 1373 -20.65 9567.36 16604.43 59.22 162.34 1372 3.51 8379.11 16220.80 60.47 1**7 -61.20 10150.32 17062.66 1373 198.32 1069.85 61.71 1376 -35.60 9579.95 16863.51 50.27 1375 -10.42 8992.40 16659.62 49.45 1380 -53.67 9639.03 17179.78 1376 198.32 1070.85 162.36 9515.80 17086.00 48.64 1379 -28.28 9573.04 17131.49

-61.04 9214.51 17319.19 39.55 162.39 1378 -3.05 9576.03 17399.67 39.79 1383 1379 198.32 1071.85 40.04 1382 -32.45 31.72 1381 -3.83 9932.94 17478.75 31.48 1386 -50.23 8880.66 17435.92 1382 198.32 1072.85 162.42 31.24 1585 -30.46 9574.10 17662.89

-66.56 8708.73 17684.17 -5.14 162.44 1384 -10.52 10269.56 17840.29 9574.47 17916.67 -5.10 1389 1305 198.32 1073.85 -5.07 1388 -32.14 -66.?9 8543.39 18152.46 13.03 162.47 1387 2.54 10438.43 18148.37 9573.43 18433.12 12.91 1392 1383 198.32 1074.85 12.80 1391 -32.53

-58.04 8318.52 18531.64 7.19 162.53 1390 1.60 10602.97 18713.27 9573.04 18876.20 T.15 1395 1 1391 198.32 1077.07 7.11 1394 -32.88 -64.95 8168.89 18840.16 5.91 1393 -7.27 10826.95 19220.11 5.85 1398 1394 198.32 1079.28 162.59 5.79 1397 -33.11 9572.78 19230.84

-66.44 8015.09 19050.11 8.02 7396 - 0. 74 10975.95 19620.77 7.98 1401 1397 198.32 1081.50 162.64 7.93 1m -33.31 9572.48 19486.74

-68.41 7797.64 19131.33 12.47 162.70 1399 0.43 11129.20 19922.57 9572.14 19633.33 12.F 1404 1400 198.32 1083.71 12.26 1w3 -33.71

-68.77 7483.94 19059.49 17.83 162.76 1402 1.69 11345.67 20134.32 9571.50 19655.44 17. 0 1407 1403 198.32 1085.93 17.62 1406 -34.13

-68 65 7069.92 18810.97 22.73 162.81 1405 1.37 11658.27 20250.30 9570.89 19531.05 22.55 1410 1406 198.32 1088.14 22.37 1409 -34.98 6587.13 18366.82 25.19 1408 -0.26 12070.38 20249.63 25.05 1413 -65.32 1409 198.32 1090.36 162.87 24.91 1412 -35.49 9569.86 19231.06

-65.53 6106.35 17711.97 23.28 198.32 1092.57 162.92 1411 -4.36 12551.54 20093.69 -37.09 9569.25 18721.0d 23.08 1416 1412 22.88 1415 5620.83 16803.39 42.94 1414 -7.12 13029.90 19727.98 43.10 1419 - 74.20 1415 198.32 1094.79 162.98 43.26 1618 -36.34 9570.13 17962.82

-43.15 5333.33 16290.99 6.33 1417 3.26 13518.80 19120.32 6.23 1422 1418 198.32 1097.00 163.03 6.12 1421 -31.76 9571.39 17530.23

-63.05 5320.16 15789.66 -3.24 1420 -18.47 13810.59 18767.92 -3.30 1425 1421 198.32 1098.00 163.06 -3.35 1424 -34.31 9572.86 17039.54

-54.21 5414.89 15268.05 -15.75 1423 -3.65 13820.78 18286.07 -15.45 1428 1424 198.32 1099.00 163.08 -15.17 1427 -32.06 9571.27 16488.19 5632.77 14719.76 -30.08 163.11 1426 -8.04 13729.53 17707.01 -30.54 1431 -57.61 1427 198.32 1100.00 -30.99 1430 -35.26 9574.18 15876.67 -50.07 1429 -11.15 13506.56 17029.11 -48.85 1&34 -48.50 6016.95 14168.00 1430 198.32 1101.00 163.13 1433 -28.93 9569.19 15208.87 -68.64 198.32 1102.00 163.15 1432 -7.77 13134.41 16251.80 -47.64 -40.20 9579.94 14489.08 -70.67 1437 -61.03 6572.16 13610.11 1433 1436 163.18 1435 -18.05 12558.76 15358.05 -72.69 9560.14 13726.61 -96.22 1440 -27.65 7382.95 13098.93 -100.83 1436 198.32 1103.00 -91.63 1439 -18.55 8387.54 12583.32 -117.46 163.20 1438 -8.51 11790.18 14369.20 1443 -M.30 1439 198.32 1104.00 1442 -53.24 9600.28 12933.12 -125.72 1441 -9.72 10708.75 13251.17 -133.M 1446 78.31 9818.87 12251.20 -176.07 1442 198.32 1105.00 163.23 1445 -7.99 9527.56 12112.32 -159.28 21.51 12891206 12342.73 -350.46 1444 -94.60 9427.33 12031.09 -142.54 46.91 1&49 1445 198.32 1106.00 163.25 1448 -29.59 9337.95 11236.75 1447 -139.86 6028.48 10188.64 -138.24 409.05 1452 -269.49 13658.09 11541.52 -414.06 1448 198.32 1107.00 163.28 1451 -180.25 6223.72 9304.86 198.47 1108 25 163.29 1450 -308.63 -940.50 7091.04 -472.56 172.51 4715.66 8116.71 186.02 1455 -78.17 14355.05 10972.36 -203.59 1451 1454 198.63 1109.50 163.31 1453 245.19 -4374.85 5384.16 -541.49  ??

1454 3 3 1014 2 5 1406 tot 91 910 97 10844.71 31071.844 19390.38 -2678.40 1

8180.84 18993.10 19655.44 642.93 5514.65 27042.00 20658.70 2382.24

- l

O 9

Aer Creek Orywell witt land - Unit Load Case No. 2 (Gravity - 1, Accident Condition) Inside Modes Middle Modes Outstde Nodes Radial Maridional Hooo Radial Meridional Hoop SY 52 $XT Radial Nridional Hoop 57 52 5XT Node 5X (pst) 52 5%Y Node SX (pst) (pst) (psi)

Theta Mode SX SY (psi) (psi) (psi) (pst) 3 ode x Y (pst) (psi) (psi) (psi)

(inch) (inch) (dagrees) 3 -565.39 2059.07 449.71 136.25 183.30 227.45 2 -2172.29 -5081.37 -2184.46 6 65.16 902.62 378.36 148.77 1 -3780.57 -12320.88 -4847.68 164.41 2 247.08 106.93 36.00 177.60 5 558.87 -5100.99 -1312.35 9 11.43 -1356.58 -88.17 127.65 4 1053.00 -11036.44 -2980.98 132.57 5 249.68 108.10 36.27 136.18 8 -149.38 -5064.86 -1314.66 12 7.10 -3186.58 -335.13 98.10 109.28 36.54 7 -311.78 -8750.42 -2533.34 11 30.39 -5027.17 -960.75 103.93 80.61 8 250.2-8 53.25 -6887.89 -1591.78 109.08 78.19 15 18.74 -4512.96 -394.16 11 251.87 110.46 36.81 10 76.68 14 -6.45 -5006.57 -635.83 18 7.41 -5471.67 -347.94 58.50 111.66 37.08 13 -31.93 -5478.51 -870.73 17 -1.73 -4961.75 -282.70 57.42 44 85 14 253.45 56.45 21 13.10 -6084.37 -212.80 37.35 16 -10.84 -4468.64 -222.47 2.37 -4928.74 51.22 39.94 30.34 17 255.03 112.86

-8.18 -3764.76 317.59 35.31 20 356.17 26.06 24 6.23 -6445.04 -39.59 37.62 19 -1.57 -4880.74 21.36 20 256.61 118.06

-9.07 -3327.96 748.22 22.22 23 621.54 15.49 27 7.98 -6592.78 158.36 37.89 22 1.75 -4837.74 12.95 23 258.18 115.28

-4.10 -3081.30 1084.80 10.12 26 843.05 7.76 30 3.82 -6594.23 353.48 38.16 25 -0.88 -4786.57 8.05 26 259.74 116.50 28 -5.11 -2986.92 1329.86 3.11 29 2.47 33 3.98 -6484.62 538.28 29 261.30 117.73 38.43 -2.60 32 0.59 -4737.47 1020.02 1.48 -6307.74 699.92 3.97

-2.42 -2991.71 1500.98 -0.89 36 32 262.85 118.97 38.70 31

-5.27 35 -0.94 -4684.36 1154.06 1.17 -6088.21 836.21 1.99

-2.98 -3066.52 1606.18 -2.74 39 35 264.39 120.21 38.98 34

-7.03 38 -0.45 -4632.39 1248.63 42 -0.21 -5851.31 943.17 0.58 39.25 37 -I.74 -3178.71 1660.08 -1.31 -4578.95 1307.94 -3.48 0.30 39 265.93 121.46 -7.15 41 45 -0.55 -5610.60 1022.18 39.52 40 -2.10 -3310.26 1671.33 44 -1.28 -4526 J8 1336.76 -3.45 0.17 41 267.47 122.72 -6.87 48 -1.12 -5377.33 1074.29 39.79 43 -1.75 -3444.41 1650.47 -1.67 -4414.15 1339.76 -2.98 0.52 44 269.00 123.99 -5.86 47 -1.40 -5156.08 1102.82 40.06 46 -2.00 -3573.12 1604.35 -1.89 -4422.77 1321.49 -2.32 51 0.60 47 270.52 125.26 -4.95 50 -1.33 -8947.92 1111.66 49 -2.21 -3691.27 1539.42 -1.70 54 50 272.03 126.54 40.33 -3.82 53 -1.90 -4372.64 1286.16 -1.69 -4751.37 1104.89 0.82

-2.32 -3798.18 1460.25 -1.27 57 40.60 52 -2.37 -4323.29 1237.65 0.32 53 273.54 127.83 -3.22 56 60 -0.93 -4560.38 1088.39 40.87 55 -2.94 -3896.96 1369.75 -1.99 -4276.15 1179.58 -1.18 -0.12 56 275.05 129.13 -2.58 59 63 -1.77 -4369.45 1066.47 41.14 58 -2.98 -3991.27 1270.87 -2.71 -4229 18 1115.49 -1.52 -0.93 59 276.54 130.43 -2.86 62 66 -1.19 -4173.54 1044.15 61 -3.60 -4090.93 1163.85 -1.68 -0.88 62 278.04 131.74 41.41 -2.42 65 -2.10 -4184.33 1048.11 69 -2.66 -3980.23 1022.71 41.68 64 -3.01 -4192.11 1052.77 982.12 -1.77 -4.*F 65 279.54 133.07 -2.69 68 -3.78 ~4137.71 -0.26 -3779.06 1010.71 67 -4.93 -4298.22 940.64 920.98 -2.38 72 68 281.03 134.41 41.96 -2.19 71 -1.63 -4096.13 -3.35 -3570.18 1009.13 -3.17 70 -3.07 -4407.50 833.02 868.27 -3.48 75 282.52 135.75 42.23 -3.90 74 -5.00 -4050.86 1.07 -3334.21 1031.80 -6.59 71

-6.77 ~ 4537.46 725.74 828.41 -4.90 78 137.11 42,50 73 77 -0.62 -4014.09 -6.72 74 284.01

-2.49 -4682.38 628.66 -3.42 805.14 -6.56 81 -5.44 -3084.32 1073.97 42.78 76 -7.15 -3968.03 -11.87 77 285.48 138.47 534.08 -6.60 80 84 2.82 -2794.33 1156.45 139.83 43.05 79 -9.09 -4863.90 83 0.87 -3937.35 805.68 -8.12 -9.72 e0 286.96 462.00 -4.72 -9.45 87 -9.39 -2503.19 1262.96 141.21 43.33 82 -1.37 -5057.77 86 -8.96 -3886.57 834.99 -16.80 83 288.42

-8.89 -5294.78 399.94 -9.48 -10.01 90 2.57 -2169.31 1425.65 43.60 85 -4.45 -3864.41 895.03 -8.91 86 289 88 142.59 377.48 -3.78 89 93 -4.22 -1880.69 1612.08 88 -11.93 -5517.46 -9.39 320.56 89 291.33 143.98 43.87 403.53 -10,28 92 19.59 -3803.36 1014.31 96 -215.45 -2541.69 1501.58 91 43.00 -5770.83 13.41 92 292.77 145.37 44.15 727.64 -355.57 95 -82.19 -3684.34 1162.99 99 120.56 -3168.23 1459.79 546.55 146.77 44.42 94 -95.75 -5002.18 99 117.11 -2890.11 1493,32 -74.57 245.87 95 294.21 97 -51.85 -2178.88 160( 91 -423.83 102 156.16 -3690.06 1355.96 244,65 147.04 44.49 47.27 -2398.27 1651.80 -122.65 -0.89 98

-25.58 -544.30 2125.94 -34.04 101

-5.5? 105 -15.46 -3% 2.36 1364.97 295 08 147.31 44.56 100

-9.55 104 -9.38 -2256.86 1835.41 2.67 -3849.77 1576.32 -5.81 101 -514.45 2307.37 -7.61 108 48.83 103 ~2.64 1.40 -2230.71 1977.09 104 2% 51 148.72 -8.79 107 l 45.10 106 0.70 -627.81 2412.48 107 297.92 150.14 1' 39 *.: 93 UM17151.VK1 hge I f,

O O o o O 'O O O O O O O

cter Creek Oryell with Sand - Unit Load Case No. 2 (Gravity - 1. Acetdent Conditf on) ins 1de Nodes i

M1ddle Modes f Outside Modes Radial Merfdlonal Hoop Radial Meridionsi Hoop 57 52 5xt Radial Meridional Hoop Sr 52 5xy node 5x 52 Sn mode 5x (pst) (psi) (psf } (pst) y Theta node 5x 57 (psi) (psi) (psi) (pst) mode x (psi) (psi) (psi) (pst)

(inch) (inch) (degrees) 0.06 -3680.77 1685.23 -6.14 1.32 -2214.27 E087.80 -8.96 111

-746.94 2490.13 -11.24 110 -1.21 -3507.54 1814.12 -8.21 45.37 109 3.12

-0.30 -2191.04 2177.64 -9.75 114

-8.48 110 299.33 151.56 -10.78 113 -0.38 -3325.60 1927.07

-883.07 2538.16 117 113 300.74 152.99 45.65 112 1.11

-11.16 116 U.93 -2171.62 2247.25 -10.03 -1.49 -3145.60 2022.21 -9.07 45.92 115 2.67 -1019.94 2566.36 0.09 -2150.02 2299.51 -9.94 120

-8.93 116 302.13 154.42 -10.44 119 -0.84 -2967.89 2103.05 46.19  !!8 2.04 -1159.22 2575.04 0.43 -2129.67 2336.F7 -9.53 123

-8.16 119 303.52 155.87 -9.83 122 -2.81 -2797.47 2169.19 157.31 46.47 121 2.01 -1294.06 2569.66 125 0.36 -2108.91 2361.87 4 .87 126

-8.15 122 304.91 -8.74 2.76 -2634.86 2225.81 158.77 46.74 124 3.79 -1423.05 2553.50 -0.34 -2088.43 2376.49 8.03 129

-7.46 125 306.28 -3.27 -1544.45 2526.25 -7.72 128

-7.19 132 -4.99 -2418.55 2287.53 160.23 47.01 127 1.76 -2067.91 2384.46 2.00 123 307.65 8.61 -1719.02 2480.75 -6.80 131 2.98 135 -1.35 -2127.89 2358.59 161.70 47.28 130 134 0.97 -2019.21 2383.51 4.12 131 300.01 4.00 -6.41 -1895.54 2403.16 165.36 47.96 133 3.32 -1911.12 2408.23 -0.78 -1972.37 2373.52 6.17 138 7.36 134 312.35 8.17 137 -6.66 -1760.81 2430.96 48.64 136 4.83 -2048.69 2344.09 -1.32 -1926.74 2373.32 9.81 141 11.76 137 315.65 169.06 12.19 140 -1.36 -1736.67 2443.54 172.81 49.31 139 3.95 -2092.35 2315.87 143 -1.15 -1882.61 2390.71 14.06 144 17.85 140 318.91 16.27 -1.60 -1840.37 2432.82 176.58 49.99 142 5.to -2027.66 2338.24 146 -0.67 -1839.06 2423.73 19.08 147 25.57 143 322.12 20.30 -6.19 -2090.89 2378.73 180.40 50.66 145 6.27 -1838.24 2414.53 1.36 -1796.76 2458.96 25.00 150 28.76 146 325.28 24.50 149 15.77 -2416.41 2280.31 184.25 51.34 148 9.04 -1503.17 2538.95 152 7.10 -1746.64 2472.61 25.27 153 9.47 149 328.40 22.00 20.50 -2464.31 2197.23 188.14 52.01 151 -1.38 -1080.24 2663.62 4.71 -1671.81 2430.80 4.95 156

-6.99 152 331.48 -881.89 2663.26 0.72 155 159 2.18 -2118.78 2154.22 192.07 52.69 154 -10.87 0.C5 -1608.09 2312.78 -8.47 -4.76 155 334.51 -9.18 158 -8.09 -1735.54 2112.03 53.36 157 -1.88 -1099.23 2470.57 0.64 -1578.72 2169.81 -4.23 162

-1.20 158 337.49 196.03 -3.65 161 -3.90 -1483.11 2030.15 l

199.45 53 94 160 9.48 -1423.33 2227.08 -0.32 -1551.54 2018.93 0.20 165 1.31 161 340.00 1.58 164 168 -4.73 -1321.61 1928.35

(

202.89 54.52 163 3.26 -1619.11 2007.98 -1.02 -1525.44 1875.55 3.39 3.20 I

164 342.48 5.42 167 -3.67 -1222.94 1825.40 55.10 166 2.64 -1728.96 1822.90 -1.14 -1501.37 1748.25 5.47 171 4.16 167 344.93 206.36 7.65 170 -3.26 -1164.99 1731.47 f 55.68 169 1.29 -1778.46 1671.62 -1.38 -1478.40 1641.76 6.60 174 4.63 1

170 347.34 209.85 8.95 173 -2.70 -1128.50 1654.37 172 0.39 -1790.82 1552.48 7.01 ITT 349.71 213.36 56.25 9.30 176 -1.37 -1456.84 1558.06 4.48 l 173 175 -0.16 -1783.90 1462.27 6.93 180 -2.38 -1099.90 1598.61 176 352.05 216.90 56.83 9.28 179 -1.38 -1436.26 1497.83 -2.34 -1070.47 1567.00 4.18 220.46 57.41 178 -0.52 -1771.30 1337.58 -1.48 -1416.47 1461.32 6.58 193 3.65 179 354.35 8.87 182 -2.28 -1036.43 1561.15 224.05 57.99 181 -0.77 -1761.31 1355.11 -1.39 -1397.56 1448.95 6.19 186 3.48 182 356.62 8.63 185 -3.05 -1000.01 1580.91 I

227.66 58.57 184 -0.66 -1757.03 1337.41 -1.76 -1378.83 1861.49 6.01 189 3.58 185 358.85 -0.64 -1756.70 1342.53 8.43 188 6.29 192 -2.54 -967.47 1626.00 231.29 59.14 187 -1.24 -1360.92 1500.12 3.69 188 361.04 8.90 191 -3.37 -939.51 1696.11 234.94 59.72 190 0.12 -1752.23 1375.07 -1.95 -1340.64 1565.89 6.23 195 4.39 191 363.20 8.66 194 -4.61 -923.96 1789.48 238.61 60.30 193 -0.72 -1741.28 1436.00 -1.58 -1321.42 1658.80 7.21 198 8.22 194 365.32 9.91 197 -6.50 -961.29 1893.38 242.31 60.88 196 1.29 -1715.98 1529.19 -2.00 -1302.42 1778.17 10.48 201 13.42 197 367.41 12.64 200 -6.95 -1087.87 1993.42 246.03 61.45 199 2.36 -1644.13 1662.97 -0.72 -1284.95 1920.63 15.26 2 04 21.80 200 369.45 17.03 203 -6.08 -1342.10 2067.74 249.76 62.03 202 5.43 -1478.93 1848.91 -0.16 -1264.59 2076.96 21.71 207 31.58 203 371.46 21.63 206 -13.83 -1756.17 2084.93 253.52 62.61 205 5.79 -1190.43 2085.20 -0.62 -1246.78 2227.33 29.87 210 45.79 206 373.43 28.24 209 21.24 -2367.39 2019.40 63.19 208 12.85 -735.59 2370.11 39.70 213 f 209 375.36 257.30 33.87 212 14.21 -1224.91 2349.49 37.40 -2630.25 1973 05 17.24 211 1.57 -90.75 2676.65 6.40 216 212 377.26 261.09 63.17 -4.10 215 6.97 -1115.58 2414.16 64.34 214 -23.07 393.16 2853.02 215 379.11 264.91 30-Oct-90 tNIT151.WKI Page 2

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)

Ger Creek 07ywell with Sand - Unit Load Case flo. 2 (Gravity - 1. Accident Condition Inside liedes Middle Modes Radfel Merldlonal Hoop Outside Modes Radial Meridional Hoop 'Y $Z SKY Radial Merldtonal Hoop 57 SZ SKY Node SK (psi)

SI SXY Node SX (psi) (pst) (psi)

Theta Mode SK SY (psi) (pst) (psi) (pst) fode X Y (psi) (psi) (psi) (pst)

(inch) (Inch) (degrees) 219 -2.27 -2202.47 2013.13 -19.28

-4.')5 -1006.40 2372.81 -24.59 -9.40

-29.66 218 -8.06 -1708.08 2006.02 64.92 217 -5.35 184.97 2731.79 -994.26 2229.54 -11.91 222 210 390.93 268.74 -14.37 221 4.5T -4.10 -1492.81 1986.86 -8.08 65.50 220 17.59 -272.69 2455.08 -987.29 2146.68 -9.70 225 382.71 272.59 -11.24 224 0.01 -3.16 -1394.19 1927.15 -5.43 221 65.76 223 4.36 -473.92 2308.62 -0.55 -977.13 2060.80 -4.92 228 0.53 224 383.49 274.32 -4.31 227 -2.06 -1337.83 1849.8S 66.02 226 2.25 -565.22 2192.71 0.93 -971.07 1969.23 -0.49 231 2.84 221 3G4.26 276.04 -1.43 230 -5.89 -1322.14 1754.51 66.27 229 4.09 -607.25 2087.54 -3.93 -966.54 1870.88 3.51 234

-59.95 230 3G5.03 277.78 4.23 233 44.72 -1173.04 1711.14 66.53 232 -1.80 -606.78 1988.32 23.07 -1000.74 1766.00 18.07 231 233 385.79 279.51 53.63 236 21.02 -914.56 1738.57 -141.48 66.79 235 -B.17 -646.58 1872.43 -4.90 240 236 396.54 281.25 176.26 239 24.49 -1163.64 1672.95 243 -62.72 -605.01 1764.41 -84.98 66.90 238 -18.20 -1305.31 1625.92 -8.11 5.73 239 386.75 282.00 132.84 242 -39.07 -1396.66 1539.98 246 -7.75 -342.99 1805.28 282.74 67.00 241 -46.03 -2297.90 1273.84 5.26 -1418.90 1491.39 11.47 11.87 242 386.97 17.12 245 249 5.04 -404.03 1744.36 283.76 67.15 244 18.02 -2533.39 1166.22 2.43 -1431.71 1439.23 11.42 8.68 245 387.40 10.83 248

!!.22 -4.12 -491.73 1675.82 67.30 247 -0.47 -2432.69 1142.36 -2.49 -1419.06 1401.10 252 10.04 248 387.82 284.77 13.66 251 255 1.11 -563.13 1622.84 285.79 67.45 250 -1.12 -2356.55 1123.59 1.51 -1420.28 1367.95 10.96 9.11 251 380.24 11.77 254 258 -1.49 -639.09 1571.98 286.80 67.60 253 1.68 -2259.21 1115.76 -0.81 -1814.68 1340.86 10.62 9.15 254 388.67 12.04 257 261 -0.16 -708.62 1529.50 287.82 67.75 256 -0.34 -2191.22 1109.66 0.38 -1412.43 1319.17 10.23 8.68 ,

257 389.08 11.23 260 9.80 264 -0.79 -776.29 1491.78 288.84 67.90 259 0.73 -2113.12 1109.98 -0.17 -1408.66 1302.28 8.37 260 399.50 10.85 263 9.34 267 -0.35 -839.41 1860.04 289.86 68.05 262 0.28 -2040.11 1113.23 -0.07 -1405.67 1289.71 7.95 263 389.91 10.25 266 270 -0.81 -895.98 1432.93 290.88 68.20 265 0.05 -1970.23 1120.05 269 0.58 -1402.46 1281.28 8.87 7.01 266 390.32 9.73 273 -1.73 -968.67 1405.67 291.90 68.35 268 1.84 -1904.47 1130.21 -1.56 -1399.28 1275.00 8.31 9.01 269 390.73 9.56 272 -2.95 -1066.52 1374.61

-1.51 -1828,73 1144.80 10.41 276 272 391.13 292.93 68.53 271 11.78 275 -1.43 -1390.63 1275.40 0.15 -1171.63 1361.42 8.21 0.00 -1713.85 1176.55 9.18 279 295.87 68.93 274 -0.71 -1381.75 1295.03 7.56 275 392.28 10.13 278 282 -0.51 -1251.11 1366.40 69.36 277 -1.64 -1591.45 1228.83 -0.42 -1373.12 1326.35 8.22 7.21 278 393.40 298.82 8.87 281 285 -0.70 -1312.33 1383.17 280 -0.37 -1494.62 1786.47 7.60 281 394.50 301.77 69.79 7.98 284 -0.35 -1364.46 1364.54 0.11 -1363.46 1807.34 1.17 l -0.03 -1416.63 1345.32 7.36 288 304.74 70.22 283 0.36 -1356.07 1405.89 6.69 284 395.58 7.55 287 291 0.08 -1400.17 1834.57 307.71 10.65 286 0.61 -1348.46 1404.52 0.06 -1344.79 1447.52 6.55 6.24 287 396.64 6.43 290 294 -0.98 -1422.90 1462.63 71.08 289 0.05 -1289.97 1460.30 0.04 -1334.05 1486.11 6.16 7.39 290 397.67 310.69 6.09 293 297 -1.00 -1455.83 1883.12 292 1.09 -1244.78 1509.70 7.06 293 398.68 313.68 71.51 6.74 296 0.46 -1325.51 1519.41 -2.79 -1514.29 14R8.33 8.72 295 1.96 -1196.28 1555.36 9.24 300 296 399.67 316.68 71.94 7.78 299 -0.05 -1317.82 1545.22 303 5.08 -1605.37 1475.82 10.73 72.37 298 2.74 -1120.98 1602.18 3.80 -1309.40 1561.89 9.68 5.41 299 400.64 319.68 8.65 302 306 1.19 -1612.21 1470.36 301 2.59 -1015.06 1647.39 3.38 -1.85 302 401.58 322.69 72.80 1.39 305 1.30 -1276.07 1567.80 -0.98 -1873.71 1486.60 304 -4.54 -940.83 1664.P7 -2.50 309

-0.62 305 402.51 325.11 73.23 -3.15 308 -1.83 -1243.31 1554.42 312 -2.49 -1313.95 1498.95 13.66 307 -2.63 -1012.43 1622.32 0.71 -1235.76 1522.60 -0.59 0.80 308 403.41 328.73 -0.56 311 315 -1.98 -1198.00 1495.24 3

331.76 74.09 310 3.93 -1158.82 1545.86 -0.12 -1229.46 1485.62 1.11 2.00 311 604.28 1.42 314 318 -2.56 -1123.46 1481.22 14.52 313 1.74 -1259.87 1476.32 -0.59 -1722.40 1451.25 2.60 3.22 31G C05.13 334.80 3.19 317 321 -2.09 -1083.42 1463.31 74.95 316 1.37 -1321.99 1821.12 -0.31 -1216.45 1422.85 3.91 4.43 317 405.97 337.84 4.58 320 324 -2.41 -1075.86 1443.34 340.89 75.38 319 1.43 -1348.28 1382.78 323 -0.75 -1209.80 1402.32 5.08 320 406.77 5.73 343.95 75.81 322 0.87 -1344.30 1361.18 323 407.56 30-Oct-90 tMIfl51 V 1

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o 77 --

O O O o O O O o O

O ident Condition) gter Creek Drywell with Sand - thtt load Case No. 2 (Gravity - 1. Acc Instde Modes 8Hddle Nodes Radtel Meridional Hoop Outside Modes Radial Meridfonal Hoop 5xy 5x sv Sz Radial Meridional Hoop 57 52 5xy nod-(pst) 5xy node 5x (pst) (pst) (pst) y 7 bete node 5x sv Sz (pst) (pst) (pst) (pst) code x (pst) (pst) (psi) (psi)

(inch) (dagrees) -1.96 -1096.44 1423.05 5.60 (tech) 6.19 327 6.77 326 -0.26 -1204.23 1389.70 -1.72 -1145.79 1400.40 7.01 325 1.41 -1310.80 1356.74 7.28 330 76.24 -0.31 -1197.84 1383.56 8.29 326 408.32 347.01 1.08 -1250.83 1366.44 7.54 329 8.38 333 -2.94 -1221.89 1372.50 350.08 76.67 328 332 -0.59 -1192.66 1380.31 10.10 329 409.06 8.46 9.54 336 4.38 -1326.70 1337.10 77.10 331 1.78 -1162.31 1388.46 3.45 -1186.45 1371.38 6.25 332 409.77 353.15 8.99 335 339 5.39 -1357.31 1314.33 334 2.55 -1047.78 1417.15 4.55 0.44 335 410.47 356.23 77.53 2.87 338 0.87 -1153.05 1373.02 -1.82 -1274.30 1311.71 71.96 337 -3.63 -949.08 1431.56 341 -2.46 -1119.83 1356.89 -0.01 342 1.37 330 411.14 359.31 -0.58 -1.87 -1181.94 1305.78 18.39 340 -3.07 -964.96 1402.15 0.71 -1114.66 1325.91 1.31 345 2.60 341 411.78 362.40 1.37 344 348 -0.69 -1121.86 1287.32 343 3.32 -1048.27 1345.76 2.60 344 412.41 365.49 78.82 2.61 347 0.39 -1110.35 1290.32 351 -0.87 -1077.65 1263.50 2.74 19.25 346 1.47 -1098.32 1293.47 -0.19 -1101.57 1255.74 2.86 2.69 347 413.01 368.59 2.98 350 354 -1.49 -1038.44 1239.78 349 0.48 -1125.97 1247.84 2.96 350 413.58 371.69 79.F8 3.21 353 -0.56 -1093.54 1222.69 -1.45 -1013.83 1215.32 3.17 0.35 -1147.96 1205.83 3.61 357 374.80 80.11 352 356 -0.29 -1089.21 1192.15 3.14 353 414.14 0.84 -1164.83 1168.93 4.05 4.09 360 -1.14 -1003.43 1191.27 80.54 355 -0.26 -1085.46 1165.93 4.00 356 414.67 377.91 0.60 -1167.01 1140.77 4.44 359 4.41 363 -1.14 -1003.62 1168.84 359 415.17 381.02 80.97 358 4.81 362 -0.36 -1081.39 !!44.67 366 -0.93 -1010.70 1149.04 4.33 0.40 -1159.15 1120.53 4.62 362 415.66 384.14 81.40 361 4.90 365 -0.24 -1077.64 1128.03 -1.03 -1023.26 1131.5C 4.49 0.43 -1144.34 1107.11 4.78 369 387.26 81.83 364 368 -0.33 -1014.14 1115.27 4.77 365 416.12 0.37 -1124.88 1099.09 5.07 4.90 372 -0.14 -1039.77 1116.17 390.38 82.26 367 371 0.28 -1070.76 1105.78 4.53 368 416.56 0.69 -1101.77 1095.40 5.04 4.52 375 -0.22 -1049.98 1104.39 82.69 370 374 -0.08 -1063.75 1099.06 4.15 j 371 416.97 393.51 0.05 -1077.53 1093.76 4.52 4.18 378 -0.82 -1052.23 1095.82 417.36 396.64 83.12 373 4.21 377 -0.41 -1056.93 1093.30 -0.86 -1056.06 1087.43 4.22 374 -0.01 -106?.56 1090.80 4.30 381 399.78 83.55 376 380 -0.12 -1053.98 1087.04 4.46 377 417.72 0.61 -1051.89 1086.66 4.38 4.41 384 0.45 -1063.01 1078.63 402.91 83.98 379 383 0.77 -1051.15 1081.06 4.12 380 418.07 1.08 -1039.40 1083.46 4.37 3.86 387 0.04 -1058.52 1072.31 406.05 84.41 382 386 0.02 -1041.56 1076.18 3.42 383 418.19

-0.01 -1024.78 1079.99 3.60 3.39 390 -1.10 -1042.53 1068.47 409.19 84.84 385 389 -0.70 -1032.26 1070.46 3.50 386 418.68

-0.31 -1021.65 1072.56 3.37 3.56 393 -0.55 -1030.48 1063.59 412.33 85.27 388 392 0.14 -1029.68 1062.84 3.65 389 418.95 0.83 -1029.21 1061.99 3.63 3.67 396 -0.60 -1021.48 1057.83 419.20 415.48 85.70 391 3.69 395 -0.04 -1027.17 1055.09 -0.70 -1015.50 1051.69 3.67 392 0.51 -1032.59 1052.43 3.75 399 418.63 86.13 394 398 -0.14 -1024.52 1047.95 3.18 395 419.43 0.43 -1033.71 1044.16 3.84 3.84 402 -0.59 -1012.10 1045.59 421.78 86.56 397 401 -0.03 -1022.56 1041.41 3.83 398 419.63 0.52 -1032.86 1037.28 3.89 3.90 405 -0.57 -1010.96 1039.58 86.99 400 404 -0.05 -1020.57 1035.64 3.91 401 419.81 424.93 3.97 408 -0.54 -1010.81 1034.03 87.42 403 0.47 -1030.25 1031.69 -0.04 -1018.41 1030.70 3.93 3.91 404 419.96 428.08 3.95 407 All -0.59 -1011.71 1028.80 406 0.46 -1025.93 1027.39 3.95 3.08 407 420.09 431.23 87.85 3.99 410 -0.09 -1016.32 1026.36 414 -0.52 -1013.88 1023.69 409 0.40 -1020.93 1023.92 3.98 4.00 410 420.20 434.38 88.28 3.99 413 -0.02 -1014.74 1022.37 417 -0.50 -1016.92 1018.57 412 0.47 -1015.60 1021.06 -1013.28 1018.60 4.00 4.05 413 420,28 437.54 88.11 4.01 416 -0.01 420 -0.49 -1320.64 1013.25 415 0.47 -1009.61 1018.64 4.02 4.06 416 420.34 440.69 09.14 3.98 419 -0.02 -1011.90 1014.81 423 -0.42 -1024.11 1007.57 418 0.46 -1003.24 1016.35 4.02 4.10 419 420.37 443.85 89.57 3.98 422 0.04 -1010.70 1010.71 426 -0.44 -1028.93 1001.25 l

90.00 421 0.51 -996.64 1013.86 0.00 -1009.52 1006.00 4.00 994.25 4.05 422 420.39 447.00 3.91 425 429 0.32 -1032.63 90.43 424 0.45 -990.29 1010.10 0.10 -1008.58 1000.39 3.97 986.32 4.04 425 420.37 450.15 3.89 428 432 -0.37 -1035.46 90.86 427 0.52 -984.43 1006.55 0.01 -1007.59 993.59 3.91 428 420.34 453 31 3.17 431 91.29 430 0.39 -980.01 !??0.17 431 420.2R 456.46 30-Oc t -90 UNIT 151 NK1 hge 4

- ~ '

O O O O O O O O O O O O

ater Creek Orywell with Sand - thit Lead Case No. 2 (Gravity - 1. Accident Condition) lastde Modes Middle Nodes Radial Meridional Hoop Outside Modes Redfal Meridional Hoop 5xy Radial Merldlonal Hoop 5xy mode 5x Sr Sz 5xy node 5x 57 Sz (ps!) (pst) (psi) (psi) y Theta nod. 5x 57 Sz (psi) (pst) (psi) (psil to+ x (pst) (psi) (psi) (psi)

(inch) (inch) (degrees) -0.19 -1036.13 977.75 3.90 985.41 3.80 435

-977,52 993.12 3.70 434 0.15 -1006.93 -0.29 -1034.01 968.50 3.80 433 0.49 975.74 3.64 438 459.62 91.72 3.49 437 -0.01 -1006.10 959.45 3.48 434 420.20 436 0.27 -978.63 982.85 964.66 3.42 441 -0.07 -1026.99 437 420.09 462.77 92.15 970.00 3.37 440 0.13 -1005.75 444 -0.15 -1014.21 951.02 3.23 439 0.35 -984.11 952.60 3.13 440 419.96 465.92 92.58 954.00 3.03 443 0.04 -1005.05 447 -0.39 -992.70 944.83 2.65 442 0.22 -996.50 -0.50 -1005.05 939.87 2.75 2.23 443 419.81 469.07 93.01 2.84 446 1.36 -961.85 942.87 445 -0.62 -1016.66 935.13 929.01 2.31 450 446 419.63 472.22 93.44 915.09 2.38 449 2.04 -1004.48 -2.06 -918.22 945.79 3.84 44A 2.70 -1047.14 925.45 3.30 453 419.43 475.37 93.87 2.77 452 -0.29 -983.80 -904.40 944.34 4.41 449 1.47 -1049.23 905.18 925.82 4.57 4 56 -3.40 419.20 478.52 94.30 451 4.66 455 -2.47 -963.18 -925.86 937.29 4.23 452 -1.55 -1021.08 907.59 4.39 459 0.22 481.67 94.13 454 458 0.31 -962.85 925.09 932.64 4.23 455 418.95 912.71 4.55 4.21 462 -0.46 -942.64 484.81 95.16 451 0.39 -1000.45 -0.12 -963.32 925.43 4.03 458 418.68 918.41 4.19 461 465 -0.40 -956.01 930.57 460 0.22 -983.38 -963.32 927.36 4.06 461 418.39 487.95 95.59 4.08 464 -0.13 -0.26 -965.46 930.32 4.01 463 0.14 -971.07 924.01 929.79 3.92 468 418.07 491.09 96.02 467 0.01 -963.90 -972.3S 930.86 3.87 464 0.39 -961.99 929.36 3.83 3.81 471 -0.40 494.22 96.45 466 470 -0.07 -964.23 932.29 932.02 3.84 467 417.12 -956.40 933.63 3.76 474 -0.29 -976.61 96.88 469 0.26 0.07 -964.95 934.51 3.73 3.75 470 417.36 497.36 937.06 3.61 473 -0.39 -979.24 933.15 97.31 472 0.44 -953.!! -0.02 -965.57 936.23 3.66 471 3.73 473 416.97 500.49 939.25 3.57 476 480 -0.33 -980.24 934.26 97.74 475 0.35 -952.11 -966.48 937.36 3.61 3.66 476 416.56 503.62 3.48 479 0.06 -0.39 -980.17 935.08 478 0.44 -952.63 940.49 937.88 3.56 483 506.74 96.17 482 0.00 -967.37 -978.95 935.76 3.63 479 416.12 0.38 -954.69 940.64 3.46 3.52 486 -0.36 509.86 98.60 481 485 0.03 -068.47 937.85 936.32 3.56 482 415.66 -957.95 939.95 3.41 3.48 489 -0.39 -976.76 99.03 484 0.42 -0.01 -969.61 937.40 3.52 485 415.17 512.98 938.46 3.39 488 492 -0.39 -973.41 937.04 99.46 487 0.38 -962.52 -0.01 -970.91 936.71 3.43 3.43 488 414.67 516.09 936.39 3.34 491 495 -0.41 -968.83 938.18 490 0.37 -968.40 -972.31 935.05 3.38 3.36 491 414.14 519.20 99.89 3.32 494 -0.03 -0.44 -962.86 940.11 493 0.34 -975.77 933.94 935.75 3.32 498 413.58 522.31 100.32 3.27 497 -0.07 -973.82 -955.37 943.31 3.25 494 496 0.30 -984.77 931.39 936.23 3.26 501 -0.45 413.01 525.41 100.75 3.26 500 -0.08 -975.47 -946.47 948.23 3.18 497 499 0.29 -995.46 929.18 937.99 3.20 504 -0.53 528.51 101.18 3.22 503 -0.15 -977.19 -936.27 955.47 3.07 500 412.41 0.23 -1007.91 927.76 941.65 3.16 507 -0.55 531.60 101.61 502 506 -0.14 -919.11 965.42 3.05 503 411.78 927.91 3.25 510 -0.10 -925.57 l

534.69 102.04 505 0.25 -1021.73 -0.24 -981.04 947.89 3.15 3.01 506 411.14 930.37 3.25 509 513 -0.14 -915.12 978.64 f 102.47 508 0.21 -1036.54 -0.28 -983.27 957.40 3.19 3.11 1 509 410.47 537.77 936.29 3.37 512 516 -0.90 -906.95 995.17 540.85 102.90 511 0.16 -1051.04 -0.10 -985.42 911.05 3.31 4.18 512 409.77 946.93 3.49 515 519 -1.93 -909.17 1013.01 514 0.69 -1063.94 -984.97 990.14 4.21 5.94 515 409.06 543.92 103.33 4.35 518 -0.04 -2.50 -944.84 1025.59 1.84 -1060.39 967.40 5.91 522 546.99 103.76 517 -0.70 -982.46 1014.24 7.30 518 408.32 520 1.09 -1020.12 1002.90 5.88 521 7.05 525 -1.07 -1017.75 1030.19 407.56 550.05 104.19 6.80 524 -0.01 -983.21 1040.29 8.56 521 1.06 -948.58 1050.40 7.88 528 -0.96 -1114.19 1025.92 406.77 553.11 104.62 523 7.19 527 c.JC 085.91 1064.07 9.90 524 526 1.60 -858.24 1101.99 8.86 531 -0.50 -1232.30 1008.64 105.05 -989.05 1080.98 11.58 527 405.97 556.16 2.25 -745.99 1153.19 7.80 530 TJ.84 9.90 534 -0.25 -1375.26 970.83 559.20 105.48 529 1.06 -991.90 1084.62 13.06 530 405.13 2.49 -610.06 1197.84 8.20 533 10.89 537 0.80 -1541.93 905.33 105.91 532 1.97 -995.42 1067.13 14.64 533 404.28 562.24 535 3.29 -449.54 I??8.60 8.68 536 11.62 540 1.40 -1729.48 803.41 l

403.41 565.27 106.34 8.55 539 T.15 -998.24 1019.25 536 3.10 -269.79 1234.06 568.29 106.77 538 539 402.51 30-Oct-90 tJMIT151.VK1 Pag 5

O kr Creek Drywell =tth Sand - tinit Lead Case No. 2 (Gravity - 1. Accident Condition) IPsIde Nodes Middle Modes Radial Mer1dional Hoop Outsfde Nodes Radial Meridicnal Hoop Sr Sz 5xy Radtal Meridional Hoop SV Sz 5xy node 5x 5xy node 5x (psi) (pst) (pstl y Thet. Node 5x SV SZ (pst) (p?l) (psi) (psi) we x (ps!) (psi) (psi) (pst)

(psi)

(inch) (inch) (d*9 fees) 543 3.31 -1926.28 658.70 15.36 3.43 -1002.02 930.58 11.83 8.23 542 4.32 -2117.06 464.06 15.62 541 3.79 -78.81 1201.90 11.17 546 542 401.58 571.31 107.20 6.63 545 3.35 -1004.40 190.00 7.29 -2271.71 218.58 13.87 544 2.67 103.88 1114.33 9.21 549 545 400.64 574.32 107.63 954.34 4.45 548 4.91 -1008.18 586.79 8.45 -2355.22 -77.41 10.72 547 2.85 254.26 5.43 552 548 399.67 577.32 708.06 699.13 0.04 551 4.04 -1003.48 311.93 12.45 -2310.94 -410.71 3.78

-0.04 330.29 -0.71 555 551 398.68 580.32 108.49 550 331.48 -5.32 554 5.58 -1012.90 -39.47 12.67 -2079.27 -763.83 -5.70 108.92 553 -0.98 285.26 3.00 -1012.19 -465.58 -9.83 558 554 397.67 583.31 -14.03 557 -21.16 109.35 556 -6.42 47.97 -169.67 -22.39 561 17.70 -1573.21 -1096.19 557 396.64 586.29 -23.70 560 3.73 -1014.95 -953.95 -713.56 -1361.63 -40.01 589.26 109.78 559 -10.17 -452.61 -810.62 -1.02 -1011.21 -1476.63 -38.85 564 12.65 560 395.58 -37.63 563 25.56 609.75 -1472.20 -66.81 592.23 110.21 562 -14.85 -1314.95 -1593.33 -5.74 -1013.41 -1988.01 -59.25 567 563 394.50 -51.57 566 -17.91 2463.74 -1357.10 -96.66 595.18 110.64 565 -37.63 -2623.97 -2499.57 0.00 -1006.29 -2406.63 -83.19 570 566 393.40 -69.32 569 4.12 42.5.26 -1043.63 2.04 598.13 111.01 568 17.02 -4477.50 -3454.92 34.55 -750.90 -2542.50 -3.34 573 569 392.28 -8.!! 572 -63.04 4576.86 -986.06 92.59 601.07 111.50 571 63.90 -5676.00 -4012.65 -25.44 -468.08 -2485.59 93.08 576 16.77 572 391.13 94.05 575 14.34 3802.40 -1180.80 602.10 111.65 574 10.95 -5447.09 -3363.95 0.26 -443.05 -2451.49 85.66 579 75.40 575 390.73 -15.04 -4714.54 -3728.84 95.03 576 78.40 582 2.58 3120.12 -1344.99 603.12 111.80 577 2.92 -454.82 -2406.33 66.56 578 390.32 2.29 -4000.51 -3457.93 81.75 581 71.25 585 1.22 2479.23 -1468.75 604.14 111.95 580 -2.50 -444.65 -2332.76 61.47 581 389.91 76.25 584 4.00 1909.48 -1549.38 112.10 583 -1.02 -3371.77 -3196.97 1.43 -446.38 -2239.98 64.34 588 584 389.50 605.16 67.45 587 1.40 1391.C3 -1599.60 55.13 606 18 112.25 586 -1.78 -2790.54 -2926.45 -1.28 -441.58 -2131.13 57.68 591 49.12 l 587 389.08 60.43 590 4.15 932.93 -1617.04 607.20 112.40 $89 -4.46 -2213.90 -2662.11 1.10 -448.80 -2009.67 51.34 594 44.54 590 388.67 53.69 593 -0.36 521.83 -1612.77 608.21 112.55 592 -2.31 -1807.88 -2399.37 -1.34 -436.29 -1878.46 45.31 597 37.32 593 388.24 46.19 596 1.31 170.10 -1579.71 609.23 112.70 595 -2.55 -1400.30 -2145.81 -0.74 -440.28 -1742.48 39.64 600 6.05 596 387.82 42.00 599 15.10 -47.99 -1501.98 610.24 112.85 598 -8.95 -1034.31 -1900.22 17.86 -445.43 -1597.12 22.97 603 9.32 599 387.40 -791.16 -1682.23 85.45 602 -3.16 -254.33 -1549.12 601 2.14 24.73 606 E02 386.97 611.26 113.00 82.92 605 -5.97 -462.28 -1590.45 -2.38 -576.93 -1388.07 27.44 611.39 113.02 604 -26.03 -664.84 -1635.34 2.07 -459.75 -1329.52 27.64 609 21.50 605 388.88 27.82 608 7.75 -949.28 -1240.12 613.20 113.29 607 6.60 -346.64 -1272.28 0.52 -459.17 -1073.75 20.21 612 608 386.11 18.86 611 15.41 610 -6.60 32.80 -907.00 13.95 615 3.54 -1214.98 -1074.66 611 385.33 615.01 113.56 12.40 614 0.50 -456.11 -827.56 4.72 -1385.21 -895.48 10.99 113.83 613 -2.34 298.83 -581.88 -455.78 -598.89 8.81 618 614 384.54 616.81 6.52 617 1.43 6.88 616 -1.62 473.00 ~302.77 4.68 621 3.33 -1481.61 -715.63 617 383.74 618.61 114.09 2.36 620 0.93 -454.36 -391.30 3.92 619 -1.19 569.44 -68.31 1.47 624 3.33 -1517.06 -540.18 620 382.93 620.41 114.36 -1.10 623 1.45 -454.46 -207.14 1. 0 114.63 622 -0.15 606.37 125.0S

-454.21 -47.26 -0.94 627 2.47 -1507.39 -375.55 623 382.11 622.20 -3.40 626 1.11 -C.32 625 0.03 596.01 279.83

-454.82 88.55 -2.65 630 2.22 -18.63.44 -224.43 623.98 114.90 1.29 -1.65 626 381.29 628 0.63 551.80 400.64 -5.10 629 201.26 -3.79 633 1.62 -1396.40 -89.57 629 380.45 625.77 115.17 -6.04 632 1.06 -455.36 28.32 -2.46 631 0.74 483.24 491.10 292.43 -4.46 636 1.33 -1314.24 632 379.61 627.55 115.44 -6.56 635 1.07 -456.40 128.75 -2.96 634 1.03 399.59 $55.75 363.94 -4.74 639 0.91 -1224.31 378.76 629.32 115.70 638 0.89 -457.48 -3.14 635 637 1.06 307.43 598.34 -6.62 417.86 -4.74 642 c.67 -1131.75 212.32 377.91 631.09 115.97 -6.42 641 0.83 -458.85 -3.14 638 640 1.16 212.55 622.77 -4.52 645 0.39 -1040.B8 279.79 641 377.04 632.e6  !!6.24 -5.98 644 0.5* -460.27 456.34

-954.49 332.47 -2.96 643 1.12 118.93 632.32 481.50 -4.16 648 0.22 644 376.16 634.63 116.51 -5.42 647 0', -461.85 646 1.11 29.67 630.06 647 375.28 636.39 116.78

}

i 30-Oct-90 tmlil513K1 qe 6 1

O or Creek Drywell with Sand - Unit Load Case No. 2 (Gravity - 1. Accident Condition) InsIde Modes Middle Modes Radial Heridional Hoop OutsIde Modes Radial Merfdfonal Hoop 52 SKY Ridtal Heridional Hoop 52 SXY Node SK SY 52 SXY Node SX SY (pst) (pst) (pst) (pst)

Theta Mode SX ST (pst) (pst) (pst) (pst)

C X Y (psi) (psi) (psi) (psi)

(inch) (inch) (degrees) -3.71 651 0.06 -874.56 371.74 -2.70 650 0.49 -463.47 495.33 -2.37

-53.34 618.52 -4.78 -3.22 654 -0.06 -802.11 399.17 117.05 649 1.03 0.40 -465.14 499.70 -2.04 )

650 374.39 638.14 599 90 -4.12 653 -0.11 -737.42 416.39 652 0.95 -128.98 -466.86 496.31 -2.74 657 653 373.49 639.89  !!7.31 -3.47 656 0.33 -0.24 -680.28 424.95 -1.71 655 0.84 -196.91 575.98 486.68 -2.28 660 641.64 117.58 659 0.25 -468.56 426.61 -1.45 656 372.58 0.78 -257.39 548.20 -2.89 -1.89 663 0.00 -629.79 643.38 117.85 658 0.19 -470.32 472.15 -1.22 659 371.67 517.56 -2.36 662 666 -0.84 -585.08 422.39 66! 0.43 -311.14 -471.98 453.S5 -1.58 662 370.74 645.12  !!8.12 485.36 -1.95 665 0.18 0.61 -552.83 412.33 0.28 664 1.24 -359.26 433.52 -0.33 669 369.81 646.85 118.39 -0.94 668 0.70 -472.65 -538.46 414.71 0.58 665 0.81 -389.26 455.65 432.36 -0.02 672 -0.36 648.58 118.66 667

-0.64 671 0.29 -470 46 387.90 1.55 660 368.87 0.96 -398.92 451.05 1.28 675 0.00 -537.97 118.68 670 0.14 -471.11 404.69 1.53 f 671 363.80 648.72 -405.53 421.45 1.00 674 678 0.01 -537.93 358.45 1.25 119.00 673 0.30 0.09 -473.61 374.45 1.28 674 367.64 650.82 390.37 0.97 677 0.24 -535.23 327.57 676 0.19 -409.55 -475.57 341.93 1.04 681 677 366.48 652.91 119.33 0.80 680 0.15 0.29 ~526.28 296.32 0.85 679 0.08 -415.91 356.28 307.26 0.63 684 365.30 654.99 119.66 683 0.05 -477.33 -506.69 266.46 0.13 680 -428.66 318.10 0.41 0.01 687 0.53 119.98 682 -0.18 0.13 -479.20 270.78 -0.78 683 364.11 657.06 275.14 -0.11 686 0.48 -472.59 239.68 685 -0.28 -451.53 -480.76 233.20 -0.83 690 686 362.91 659.13 120.21 -0.87 689 -0.07 0.79 -418.99 218.82 -2.07 688 -0.64 -489.21 226.65 195.73 -1.89 693 661.19 120.63 692 -0.01 -482.56 206.44 -3.50 689 361.70

-0.84 -545.56 172.84 -1.70 -3.17 696 0.38 -342.30 663.25 120.96 691 695 -0.26 -483.87 160.30 207.35 -5.40 692 360.47

-0.95 -625.65 114.13 -2.82 -4.65 699 1.23 -237.21 665.30 121.29 694 698 -0.69 -485.66 129.34 224.19 -7.32 695 359.24 697 -2.68 -732.84 51.78 -3.87 107.51 -6.29 702 -1.40 -102.07 667.34 121.6*. 701 0.75 -486.74 -11.27 239.44 0.67 693 357.99 2.81 -871.28 -9.02 -5.20 1.28 705 -7.62 669.37 121.94 700 -1.00 -473.50 102.25 227.86 8.18 701 356.73 -934.66 -34.49 1.97 704 9.08 708 -4.74 -73.05 122.26 703 5.52 -460.08 113.42 7.03 704 355.46 671.40 -0.42 10.03 707 2.~s9 1.57 -214.80 207.19 122.59 706 -0.12 -845.44 -461.01 134.82 7.69 711 6.20 707 354.17 673.42 62.48 8.38 710 -0.20 0.23 -330.57 201.04 709 -2.05 -707.33 -462.76 163.91 6.43 114 710 352.88 675.43 122.92 6.68 713 -0.26 0.52 -423.79 207.20 5.28 712 -0.78 -594.10 127.07 197.87 5.35 717 677.43 123.24 716 -0.17 -464.13 221.13 4.65 713 351.57

-0.87 -504.80 188.46 5.41 4.45 720 0.58 -497.19 123.57 115 0.12 -466.11 233.33 4.06 116 950.26 679.43 -0.32 -434.19 245.59 4.24 719 3.75 723 0.45 -555.16 239.04 681.42 123.89 718 722 0.10 -457.95 267.91 258.15 3.70 719 348.93

-0.23 -381.18 296.62 3.41 3.22 726 0.50 -600.76 683.40 124.22 721 725 0.29 -470.22 299.69 275.71 3.41 722 347.59 -339.80 341.15 2.72 729 0.38 -637.72 124.55 724 0.12 0.27 -472.47 327.17 2.86 3.27 725 346.24 685.37 2.21 728 0.41 -668.52 289.84

-307.75 378.42 727 0.22 349.16  ?.62 732 344.88 687.34 124.87 731 0.40 -475.02 -695.64 298.71 3.20 128 0.43 -281.86 408.32 1.93 2.48 735 0.34 689.30 125.20 730 734 0.39 -477.58 364.66 301.13 3.18 l 731 343.50 -260.13 430.37 1.73 2.40 738 0.41 -720.31 125.52 733 0.49 0.48 -480.35 372.81 3.17 342.12 691.25 1.57 737 0.42 -743.36 296.00 734 125.85 736 0.61 -240.86 444.28 -483.10 372.82 2.33 741 3.10 340.72 693.19 140 0.47 ". 31 282.75

) 737 739 0.60 -223.53 449.36 1.44

-485.98 363.94 2.22 744 0.55

( 740 339.32 695.13 126.18 1.29 743 0.56 0.62 -76 .'1 260.98 2.95 0.63 -208.21 444.90 2.02 747 697.05 126.50 742 746 0.53 -488.77 345.51 230.95 2.60 743 337.90 -196.33 429.73 1.04 1.68 750 0.84 -793.84 126.83 745 0.52 0.62 -491.63 316.95 2.06 746 336.47 698.97 0.69 749 0.96 -796.47 193.15 127.15 148 0.47 -189.99 402.71 -494.27 277.88 1.12 753 1.15 749 335.03 700.88 0.14 752 0.55 1.27 -784.82 149.08 751 0.21 -192.95 362.27 -496.96 228.22 0.30 156 752 333.58 702.79 127.48 -0.59 755 0.63 127.81 754 0.06 -239.55 307.17 755 337.12 704.68 30 0ct-90 t#11f151.VK1 age 7

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Pr Creek Orywell with Sand - Unit Load Case No. 2 (6ravity - 1, Accident Condit ca Ir. side modes Middle Modes Radial Meridional Hoop Outside Nodas Radfal Meridional Hoop Sr 52 5xy Radial Meridional Hoop Sr 52 5xv n,6e 5x Sz Srr node 5x (psi) (psil (pst) (psi) v Yheta node 5x Sr (pst) (pst) (psi) (pst) 6 x (psi) (psi) (pst) (ps!)

(Inch) (inch) (degrees) 1.35 -753.29 100.60 -0.08 0.44 -499.24 168.38 -0.84 759

-246.08 235.84 -1.65 758 762 1,74 -694.20 51.17 -1.86 128.13 757 -0.41 -501.60 99.45 -2.37 758 330.65 706.57 147.67 -2.92 761 0.52 1.63 -600.11 4.64 -4.05 128.46 760 -0.67 -309.05 -503.30 23.43 -4.34 765 761 329.17 708.44 41.98 -4.63 764 0.12 -461.07 -32.59 -7.01 763 -1.38 -407.24 -56.46 -6.76 768 2.13 i 764 327.67 710.31 128.78 -6.50 767 0.13 -505.24 -54.22 -10.35

-1.95 -548.60 -80.05 -9.67 771 1.25 -269.10 767 326.17 112.17 129.11 -8.92 770 -0.41 -506.17 -135.35 -12.89 -49.16 -14.63 129.44 76 -2.15 -743.60 -216.51 -507.74 -207.05 -13.02 774 3.33 770 324.66 714.02 -11.31 773 -1.26 -3.77 31Ll4 -11.12 -19.11 715.87 129.76 772 -6.00 -1000.25 -364.09 0.96 -507.93 -261.04 -16.75 777

-I.16 773 323.13 -14.21 776 -17.11 526.51 18.45 717.70 130.09 775 5.49 -1327.38 -510.55 779 -2.19 -483.58 -281.26 0.63 780 16.31 176 321.60 2.65 -9.60 391.79 -15.18 719.53 130 41 778 12.54 -1491.33 -580.01 -4.49 -458.72 -265.64 18.46 783 13.56 779 320.05 20.79 782 3.85 84.55 -68.11 121.34 130.74 781 0.41 -1305.96 -514.90 -0.57 -458.29 -225.97 15.14 186 11.36 782 318.50 16.83 785 0.93 -160.56 -87.18 l 723.15 131.07 784 -5.14 -1001.02 -383.66 -0.58 -459.30 -166.97 12.08 789 9.01 785 316.93 12.85 788 1.66 -349.63 -76.73 724.95 131.39 787 -2.16 -756.41 -250.23 -0.35 -459.75 -101.12 9.35 792 7.16 788 315.35 9.71 791 1.67 -488.52 -46.42 726.74 131.72 790 -2.39 -570.30 -125.63 0.17 -461.32 -29.22 7.01 795 5.41 791 313.77 -433.68 -11.92 6.85 794 198 1.42 -585.84 -3.55 728,52 132.04 793 -1.31 0.14 -462.80 42.15 5.06 794 312.17 87.60 4.68 797 1.40 -648.22 46.59 4.08 730.29 132.37 796 -1.10 -340.43 0.44 -465.09 109.72 3.49 801 2.92 797 310.56 2.86 800 1.09 -683.43 99.31 732.06 132.70 799 -0.48 -282.12 172.74 0.37 -467.51 171.42 2.28 804 2.09 800 303.94 1.58 803 0.97 -697.49 151.68 733.81 133.02 802 -0.29 -252.28 243.25 806 0.49 -410.50 226.13 1.37 807 1.44 803 307.32 -243.90 300.40 0.59 810 0.70 -696.46 201.28 735.55 133.35 805 0.07 0.42 -473.69 273.44 0.74 1.03 806 305.68 345.35 -0.02 809 0.54 -685.03 246.81 737.29 133.68 808 0.19 -251.54 0.43 -477.29 313.46 0.34 813 0.76 809 304.03 -269.99 379.92 -0.41 812 816 0.34 -667.45 287.39 134.00 811 0.37 0.36 -481.12 346.69 0.13 0.66 812 302.38 739.01 405.79 -0.55 815 -647.01 322.73 814 0.43 -295.2' 373.82 0.07 819 0.18 815 300.71 740.73 134.33 -0.57 818 0.31 -485.21 -626.38 352.80 0.65 817 0.49 -323.79 24.75 395.67 0.13 822 0.06 818 299.03 142.44 134.65 -0.43 821 0.28 -489.53 -607.70 377.77 0.77 820 0.54 -352.95 438.42 413.07 0.28 825 -0.09 821 297.35 744.13 134.98

-0.24 824 0.20 -493.99 -592.40 398.03 0.91 823 0.51 -380.64 448.24 426.80 0.50 828 -0.12 824 295.65 745.82 135.31 0.05 827 0.22 -498.73 -581.86 413.78 1.18 826 0.58 -405.13 455.52 437.52 0.76 831 -0.27 827 293.95 747.50 135.63 0.32 830 0.09 -503.48 -576.52 425.53 1.42 829 0.48 -425.48 461.11 445.74 1.06 834 -0.20 830 292.23 749.16 135.96 0.69 833 0.20 -508.58 -577.37 433.18 I.78 832 0.61 -440.53 465.97 451.80 1.37 837 -0.38 833 290.51 750.82 136.28 0.95 836 0.01 -513.54 -583.97 437.24 2,04 835 0.42 -450.25 470.24 455.86 1.70 840 -0.15 836 288.77 752.47 136.61 1.34 839 0.28 -519.02 -597.20 437.14 2.48 838 0.73 -453.71 474.56 457.78 2.01 843 -0.45 839 287.03 154.11 136.94 1.52 842 -0.15 -524.08 -615.77 433.55 3.01 841 0.17 -451.84 478.13 457.76 2.42 846 -0.09 842 285.28 755.74 137.26 1.80 845 0.54 -529.42 -652.34 419.29 4.51 844 1.20 -443.92 481.70 450.81 3.72 849 -0.23 845 283.52 757.36 137.59 2.91 848 0.59 -538.79 -703.10 391.02 4.86 847 1.45 -425.91 482.10 433.34 3.96 852 0.90 648 280.57 160.02 138.11 3.02 851 1.04 -548.45 -755.14 347.99 5.05 850 1.21 -393.66 475.67 3.88 855 1.33 762.66 138.67 854 1.05 -557.66 401.23 4.50 851 277.60 -361.25 454.11 2.66 858 2.52 -793.94 290.60 765.27 139.21 853 0.82 1.63 -567.38 350.14 3.33 3.35 854 274.61 409.71 2.11 857 3.44 -801.36 220.50 856 0.19 -340.61 276.80 2.10 861 857 271.59 767.85 139.75 0.80 860 1.26 -576.03 -749.51 145.13 0.70 859 -0.88 -352.11 332.64 180.88 -0.02 864 3.73 860 268.55 170.40 140.29 -0.79 863 1.50 -585.02 862 -0.71 -419.86 216.82 863 265.48 772.92 140 84 30-Oct-90

) tNIT151.et!

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er tred Drywell with send - tMt t.oed tes. No. 2 (Grevity - 1. Acct &et Conditten) last* #ehs I

Outst& #e&s Nf 6fle te&s Redtel 8bridieael Nep Radtel M dicael %ep

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1. ede SI SY 52 52!

I mode 51 SY 52 SXY Ttwte mo* 51 SY $2 SXY (pst) (pst) (est) (est)

LA X Y (psi) (psi) (pst) (psi) (pst)

(est) (psi) (pst)

(tnch) (inch) (&9rets) -3,09 -

67.40 -3.27 861 7.71 -606.32 79.68

-579.30 54.76 -3.42 866 0.08 -592.16 775.41 141.38 865 -7.60 -7.72 870 -6.30 -333.56 41.TT -9.34 866 262.39 -6.01 869 -0.96 -599.67 -89.70 777.88 141.92 868 4.33 -853.57 -140.43 873 -14.11 -173.99 -7.63 3.c4 l 869 259.28 6.00 8T2 -0.18 -590.50 -137.53 4.44 256.14 780.31 142.46 871 13.70 -1008.22 -267.66 17.02 876 -22.39 -339.77 -114.30 56.25 872 -24.74 875 -6.15 -541.33 -175.26 782.72 143.00 874 -1.35 -750.30 -241.66 5.52 879 -3.34 -216.29 -81.77 67.10 075 252.98 -57.80 8T8 7.10 -241.95 -97.52 251.48 783.85 143.26 877 -17.32 -214.83 -107.45 -94.64 1.04 882 4.82 -167.65 -74.42 27.39 818

-93.46 -18.51 881 11.95 -177.30 784.97 143.51 880 5.91 -109.48 1.88 885 -0.11 -194.31 -118.64 2.43 881 249.98 1.34 884 -0.69 -161.94 -127 19 247.27 786.96 143.97 883 -1.24 -123.20 -133.73 0.28 888 0.38 -200.06 -154.30 -0.22 004 0.83 887 -0.37 -158.95 -160.92 244.55 788.92 144.43 BAS -1.14 -121.80 -168.64 -1.59 891 1.22 -188.21 -186.00 -1.75 C07

-129 31 -207.42 -4.38 8?O 0.40 -159.47 -156.98 -4.36 241.81 790.87 144.89 889 - -0.46 -3.77 894 0.80 -162.13 -215.23 810

-153.87 -252.89 -3.11 893 -0.22 -157.67 -234.03 -7.00 239.05 192. 4 145.34 892 -1.31 -6.27 897 1.60 -11%58 -239.46 893

-195.17 -303.35 -5.40 895 0.67 -156.25 -271.60 eos 236.28 794.69 145.80 895 -0.37

-153.57 -309.94 -9.12 900 -0.12 -50.46 -258.94 -10.19

-3.85 -257.45 -360.33 -7.81 899 -I.90 -8.08 233.49 796.57 146.26 898 -11.83 903 3.14 38.90 -270.14 899

-340.39 -813.03 -15.43 902 4.03 -148.24 -344.04 -0.24 798.42 146.72 901 4.83 906 6.17 130.70 -309.06 902 230.69

-21.59 905 7.04 -138.59 -402.31 -10.91 225.89 801.86 147.52 904 7.48 -419.11 -428.56 -4.93 909 6.01 172.22 -354.78 6.78 905

-447.78 -551.97 -16.74 908 7.74 -131.11 -451.56 9.27 221.39 805.68 148.32 907 8.92 -1.16 912 1.55 153.08 -399.33 908

-413.30 -569.63 -11.72 911 7.46 -124.09 -482.85 8.48 217.22 809.87 149.09 910 6.94 0.59 915 6.72 99.89 -431.58 911

-344.20 -556.79 -7.44 914 5.82 -117.36 -492.88 5.76 213.41 814.38 149 85 913 4.61 0.71 918 5.59 3*e.51 -444.29 914 -4.47 917 3.92 -111.11 -482.25 917 2tn.99 819.19 150.57 916 2.09 -265.29 -521.98 -0.28 921 4.07 -19.53 -436.11 2.38

-195.30 -474.13 -3.04 920 2.06 -105.44 -454.56 -0.76 206.97 824.26 151.25 919 0.02 -1.81 924 2.91 -57.44 -408.83 920 145.20 -420.19 -2.93 923 0.19 -100.42 -414.54 -2.93 204.38 829.57 151.89 922 -1.29 -3.35 ?27 1.93 -T4.19 -3*6.28 9J3 a18.74 ~366.75 -3.83 926 0.16 -95.83 -366.30 -3.74 926 202.23 835.08 152.47 925 -1.55 -4.21 930 1.43 -73.06 -112.27

-4.70 929 0.06 -91.31 -312.35 200,55 840.74 153.01 928 -1.28 -110.09 -312.63 -4.25 933 0.71 -65.64 -251.49 -3.47 929 -5.08 932 0.20 -87.29 -253.74 199.34 846.52 153.48 931 -0.33 -110.18 -256.39 -3.32 936 0.45 -64.22 -187.64 -2.63 932 -4.03 935 0.03 -85.27 -191.27 -3.63 198.61 852.38 153.90 934 -0.41 -106.70 -195.01 -0.41 939 2 '2 -61.81 -118.95 935

-97.05 -127.86 1.05 938 1.53 -88.69 -F26.23 938 198.37 858.28 154.25 937 0.54

-94.37 -120.66 1.07 942 3.57 -48.83 -109.02 -10.34

-88.03 -118.68 17.28 941 6.84 -27.85 198.31 858.78 154.28 940 3.54 -2.75 945 -3.27 -84.00 -98.32 941 38.06 944 4.37 -127.30 -106.44 944 19L 32 '860.78 154.39 343 -6.25 -140.96 -115.11 0.56 948 -10.07 -271.95 -132.77 -21.13

-365.27 -160.33 26.T9 947 -7.43 -308.60 -142.73 2.52 198.32 862.78 154.50 946 -10.31 3.49 951 15 -303.79 -126.06 9a7 4.45 950 2.17 -337.23 -135.69 950 198.32 863.78 154.55 949 2.58 -380.51 -148.26 2.84 954 0.wr -329.08 -120.M 3.39 2.29 953 0.45 -340.8T -124.02 953 198.32 864.78 154.61 W -0.07 -346.47 -125.59

-0.65 -338.09 -110.11 2.25 957 -0.43 -355.08 -115.38 1.96

-0.05 -324.54 -105.89 2.53 956 1.88 956 196.32 865.78 154.66 55

-339.02 -96.90 1.T2 9CO 0.67 -372.11 -106.97

-304.15 -86.32 1.57 959 0.41 1.19 959 198.32 8 % .78 154.71 958 0.17 -84.;1 1.27 963 -0.04 -326.67 -98 85

-290.20 -69.69 1.34 e62 -0.27 -337.95 0.90 962 198.32 867.*8 154.76 961 -0.47 -71.43 0.86 966 0.28 -316.32 -89.07

-279.08 -53.71 0.32 965 0.08 -337.89 0.49 965 198.32 868.83 154.82 964 -0.09 -59.70 0.51 961 0.09 -402.89 -79.a6

-40.04 0.53 958 -0.09 -337.34 0.24 199.32 869.88 154.87 967 -0.24 -271.99 0.22 972 0.11 -406.14 -69.83 968 0.20 971 -0.04 -336.97 -49.00 870.93 154.93 910 -0.15 -26T.83 -28.21 9 11 118.32 30-Oct -90 (MITISI.WI Pen

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N=t Creek Dryw11 with Send - thtt load Case No. 2 (Grevity - 1. Act1&at Conditten)

Inst & ned,,

Outside Nedre Middle modes Redfel Parldtonal Meop Radial I k tdfonal Meop 9tedtal Marldtonel Hoop 52 sxY node 51 57 52 sRY 5xy no& 51 57 L-de x Y Theta Mode St SY SZ (pst) (est) (pst)

(psi) (pst) (pst) (pst) (pst) (pst) (pst)

(Inch) (tnch) (d-grees) (psf) (psi) 1.49 0.09 1083 -0.02 -300.76 0.18 0.09 0.01 -292.00 2.81 0.09 1082 -0.01 -296.38 1082 198.32 946.25 158.34 1081 -0.01 -301.73 -0.70 0.10

-0.01 -295.57 1.14 0.10 1086 154.41 1084 0.00 -289.42 2.99 0.10 1085 1083 198.32 948.25 0.44 0.11 1089 -0.01 -302.88 -1.99 0.11 108; ' -0.01 -286.71 2.86 0.11 1088 -0.01 -294.79 1099 198.32 950.25 158.49

-0.01 -294.01 -0.73 0.11 1092 0.00 -304.06 -3.75 0.31 158.57 1090 -0.01 -283.95 2.29 0.11 1091 1091 198.32 952.25

-0.03 -293.23 -2.49 0.09 1095 0.00 -305.11 -6.05 0.08 158.65 1993 -0.06 -281.36 1.07 0.09 1094 0.05 1094 198.32 954.25 -0.01 -292.56 -4.96 0.05 1098 0.91 -305.66 -8.90 158.72 1096 -0.02 -279.42 -1.01 0.06 1097 109F 198.32 956.25 -6.36 0.03 1101 0.00 -305.73 -10.47 0.03 1099 -0.05 -278.42 -2.27 0.02 1100 -0.02 -292.06 1100 118.32 957.20 158.76 -7.95 -tl.01 1104 0.03 -305.41 -12.08 -0.01 0.00 -217.96 -3.82 0.00 1103 0.01 -291.71 1103 198.32 958.16 158.79 1102 -0.02 -304.81 -13.81 -0.04

-5.71 -0.06 1106 -0.05 -291.29 -9.74 -0.05 1101 198.32 959.11 158.83 1105 -0.01 -277.90 -303.65 -15.49 -0.12 1106 0.07 -291.01 -11.68 -0.10 1110 0.10 158.81 1108 0.05 -278.12 -7.80 -0.08 1109

-0.12 1109 198.37 960.06 -0.16 -290.44 -13.81 -0.16 1113 -0.13 -302.29 -17.39 158.90 1111 -0.19 -279.14 -10.41 -0.21 till

-0.33 1112 198.32 961.01 -290.48 -16.06 -0.23 1116 0.33 -299.70 -18.87 0.23 -280.14 -12.96 -0.14 1115 0.28 1115 198.32 961.97 158.94 1114

-289.26 -18.45 -0.32 1119 -0.46 -297.70 -21.02 -0.13 1111 -0.48 -283.08 -16.56 -0.50 1118 -0.4T 1110 198.32 962.92 158.97

-21.15 -0.41 1122 0.68 - N 40 -21.F1 -0.T8 0.33 -284.37 -19.31 -0.04 1121 0.50 -290.52 198.32 963.87 159.01 1120 0.26 -??O.82 -24.02 0.1F 1121

-1.21 1124 0.64 -287.24 -22.78 -0.52 E125 964.82 159.04 1123 1.03 -291.00 -23.75 -35.53 10.78 1124 198.32 -7.44 -258.73 -19.32 -0.64 1128 -6.34 -313.FT 965.78 159.08 1126 -8.56 -323.91 -39.17 -12.6J 1127 9.70 8.52 1127 198.32 -3.80 -253.46 -16.95 -2.41 1131 -13.95 -154.49 159.08 1129 3.98 -357.57 -45.78 -18.03 1130

-3.59 1130 198.32 965.88 0.28 -269.74 -21.53 -7.43 1134 -9.85 -63.51 31.34 159.10 1132 11.53 -376.88 -50.20 -6.23 1133

-9.43 1133 198.32 966.25 15.58 -257.90 -13.98 -4.64 113T 31.25 -128.80 29.39 966.63 1135 5.82 -388.23 -55.92 6.75 1136

-4.45 1136 108.32 159.11

-262.70 -21.11 1.39 1140 -2.8F -250.10 -17.31

-3.20 -369.48 -53.13 7.21 1139 -3.02 1139 198.32 966.73 159.11 1138 1.25 1143 -0.44 -237.28 -13.32 0.65

-83.34 1.85 1142 -0.29 -2*4.24 -27.32 1142 198.32 967.73 159.15 1141 -0.16 -338.01 0.82 -245.27 -15.17 1.44 0.79 1145 0.70 -286.53 -27.54 1.11 lies 198.32 968.73 159.19 1144 0.56 -323.91 -38.12 -18.08 0.81 1145 -0.47 -284.67 -26.50 0.98 1189 -0.43 -256.16 1147 -0.52 -315.21 -35.71 1.14 1148 0.93 114Q 198.32 969.73 159.22 0.30 -285.06 -25.33 0.84 1152 0.36 -263.53 -18.90 1150 0.23 -305.51 -31.43 0.76 1151 CE 1151 198.32 910.73 159.26 -23.TF 0.72 1155 -0.11 -270.91 -19.80 1153 -0.22 -298 20 -27.92 0.75 1154 -0.16 -284.26 1154 198.32 911.73 159.30 0.60 1158 0.18 -276.49 -19.74 0.62

-291.34 -24.14 0.59 1157 0.12 -284.12 -22.00 198.32 912.73 159.33 1156 0.06 -0.07 -281.50 -19.56 0.51 1151 V.48 1160 -0.11 -283.53 -20.14 0.50 1161 198.32 973.73 159.37 1t59 -0.16 -285.95 -20.85 -18.17 0.36 1160 0.14 -283.40 -18.25 0.40 lir.4 0.20 -285.06 1162 0.09 -281.11 -17.54 0.44 1163 0.40 1163 198.32 914.73 159.40 -16.36 0.31 1167 -0.19 -798.48 -18.16

-0.18 -277.76 -14.87 0.23 1766 -0.19 -282.59 1156 198.32 975.72 159.44 1165 0.23 1170 0.22 -290.93 -1F.09 0.29

-274.09 -12.03 0.18 1189 0.11 -282.20 -14.46 1169 198.32 976.73 159.47 1168 0.01 0.02 -292.F4 -14.44 0.13 0.05  !!72 -0.04 -281.50 -11.06 0.09 1173 1111 -0.09 -210.75 -7.83 -11.98 -0.07 1112 198.32 918.93 159.55 0.04 1175 -0.28 -280.91 -8.51 -0.02 IITS -0.19 -292.50 198.32 981.13 159.e3 IIT4 -0.37 -268.73 -4.86 -290.88 -9.38 -0.03 1175 1.39 -279.73 -6.03 -0.09 1179 1.45 983.33 159.71 1177 1.34 -269.25 -2.89 -0.16 1178

-3.81 0.41 1179 198.32 -0.01 -265.46 -1.31 -0.17 1182 0.00 -273.T9 985.53 159.18 1180 -0.02 -257.13 1.18 -0.74 1181 1.21 -0.06 1181 198.32

-I.42 -251.18 2.83 -0.12 1185 -a.45 -256.35 987.73 159.86 - 1183 -1.39 -245.35 4.58 -0.19 1184 2.51 -0.14 1184 198.32 0.26 -250.00 3.59 -0.09 1188 0.23 -253.58 999.94 159.93 11 % 0.29 -247.02 4.48 -0.04 1187 118T 148.32 304kt 90 Imlil51.WK1 poop 11

U U U U U U U U U U U O

w Crwk Drywall with Send - thtt toed Case b. 2 (6revity - 1. Acetdent Conditte)

P1ddie % des Ins 1de mo&s Outs 1de % des Redfel martdiensi %m Redfel fearidfenol New Wedtel mertotonal Ne0 nede 5x 5v Sz 5xt 52 5xi %de 5x 5? SI 5xv x T 78 t. %de 5x sv (psi) (psi) (pst) (psi) hd. (pst) (psi) (est) (pst) (psi) (psi) (est) (est)

(inch) l Inch) (d 9re+s) 3.36 -0.05 1191 -0.02 -250.99 2.88 -0.01 0.04 -247.34 3.99 -0.09 1190 0.01 -249.40

1190 198.32 992.14 160.01 1189 3.21 -0.01 1194 -0.10 -249.66 2.81 -0.05

-0.04 -24T.36 3.50 0.02 1193 -0.07 -248.33 198.32 994.34 160.08 1192 0.04 -248.69 2.62 0.04 1193 0.00 1196 0.06 -247.63 2.94 0.02 1197 996.54 160.16 1195 0.09 -246.29 3.34 0.03

1196 198.32 -0.06 -246.65 2.59 0.05 1200 -0.06 -248.67 1.98 1198 -0.03 -244.84 3.13 0.07 1199 0.09 j1193 198.32 998.74 160.23 0.04 -245.88 2.11 0.08 1203 0.02 -249.02 1.IF 1201 0.06 -242.59 3.10 0.06 1202 0.09 l1202 198 32 1000.94 160.30 1.41 0.10 1206 -0.05 -250.00 -0.11 1204 -0.03 -240.03 2.89 0.11 1205 -0.04 -244.95 l1205 198.32 1003.15 160.37 0.37 0.11 1209 0.01 -251.16 -1.T4 0.12 0.03 -237.05 2.49 0.10 1208 0.02 -244.15 i1208 198.32 1005.35 160.45 1207

-1.18 0.10 1212 -0.02 -252.46 -3.94 0.10

-0.06 -234.11 1.55 0.11 1211 -0.05 -243.25

! 1211 198.32 1007.55 160.52 1210 0.03 -253.36 -6.65 0.07

-0.15 0.09 1214 0.02 -242.51 -3.38 0.08 1215 198.32 1009.75 160.59 1213 0.01 -231.73 -0.02 -253.F5 -8.08 0.05 j1714 0.07 1217 -0.05 -241.98 -4.54 0.06 1218 160.62 1216 -0.08 -230.38 -1.06 -?.49 0.04 J

1217 198.32 1010.70 0.03 -241.68 -5.86 0.03 1221 0.04 -253.71 1219 0.02 -229.53 -2.21 0.03 1220 0.01 1270 193.32 1011.66 160.65

-0.05 -241.24 -7.35 0.00 1224 -0.03 -253.55 -11.05 160.68 1222 -0.06 -229.08 -3.69 0.00 1223

-0.05

1223 193.32 1012.61 0.06 -240.96 -8.98 -0.04 1221 0.09 -252.92 -12.58 160.71 1225 0.04 -228.78 -5.32 -0.02 1226

-14.33 -0.05

1226 198.32 1013.56 -0.14 -240.41 -10.79 -0.08 1230 -0.11 -252.1T 160.14 1228 -0.16 -22?.13 -1.39 -0.12 1229

-0.22 1229 198.32 1014.5: 0.23 -240.39 -12.73 -0.14 1233 0.21 -250.42 -15.T6 193.32 1015,47 160.77 1231 0.20 -229.43 -9.43 -0.07 1232

-0.05 1232 -0.39 -239.32 -14.79 -0.21 1236 -0.38 -249.19 -17.T8 160.80 1234 -0.39 -231.32 -12.37 -0.36 1235

-0.59 I 1735 193.32 1016.42 0.39 -240.29 -17.17 -0.28 1739 0.54 -245.24 -18.64 160.83 1237 0.25 -231.81 -14.63 0.02 1238 0.20 i 1738 198.32 1011.3' 0.62 -237.53 -18.67 -0.37 1242 0.28 -244.38 -20.87 0.96 -236.11 -18.29 -0.94 1241 1241 C .3I 1018.32 160.86 1240

-6.51 -213.43 -16.04 -0.47 1245 -5.51 -264.06 -30.96 9.41 160,89 1743 -1.51 -264.03 -31.49 -10.33 1744 6.19 6.93 1244 193.32 1019.28 -4.81 -209.04 -14.49 -2.61 1248 -15.42 -121.52 160.89 1246 3.11 -293.12 -37.28 -15.84 1247

-3.59

< 1247 198.32 1019.38 0.17 -222.83 -18.01 -7.44 1251 -8.18 -52.32 30.66 160.90 1249 9.48 -311.74 -41.82 -6.24 1250

-F.85 l1750 198.32 1019.75 14.56 -213.48 -11.51 -4.47 1254 29.79 -103.79 25.91 160.91 1252 4.94 -323.84 -41.42 4.54 1253

-3.11 4 1253 193.32 1020.13 -217.39 -17.80 1.20 1757 -2.07 -200.26 -12.67 1255 -2.17 -3v3.80 -45.48 5.50 1256 -2.11 l 1256 198.32 1020.23 160.92

-23.12 1.08 1260 -0.42 -190.48 -9.98 0.59

-0.24 -284.13 -37.93 1.57 1259 -0.32 -234.50 193.32 1021.23 160.95 1258 0.69 -197.46 -11.78 1.23

]1259 0.70 1262 0.59 -236.31 -23.42 0.96 1763 193.32 1022.23 160.98 1261 0.48 -272.00 -34.10 -206.76 -14.38 0.71 1262 0.98 1265 -0.38 -234.77 -22.74 0.85 1266 -0.34 161.01 1264 -0.43 -264.33 -31.58 0.80 1765 100.32 1023.23 0.24 -234.96 -21.72 0.73 1269 0.29 -213.16 -15.20 161.04 126T 0.18 -255.91 -27.97 0.66 1268 1268 193.32 1024.23 -20.40 0.63 1772 -0.01 -219.48 -16.00 0.59

-0.17 -249.45 -24.93 0.66 1271 -0.11 -234.26 1271 193.32 1025.23 161.07 1270 0.12 -224.36 -15.98 0.55 0.51 1274 0.07 -234.03 -18.86 0.53 12T5 193.32 1026.23 161.10 1273 0.02 -243.48 -21.66 -228.60 -15.72 0.43 1774

-0.03 -233.56- -17.19 C.44 1278 0.01 161.13 1276 -0.07 -238.64 -18.f,8 0.44 1277 0.36 1777 198.32 1027.23 -233.22 -15.44 0.35 1781 0.07 -231.89 -15.06 1219 -0.04 -234.48 -15.80 0.35 1280 0.02 1280 198.32 1028.23 161.16 0.28 1284 -0.01 -234.53 -14.22 0.29

-231.11 -13.13 0.28 1783 0.01 -232.80 -13.67 193.32 1029.23 161.19 1282 0.02 -236.8T -13.26 0.22 1783

-0.01 -232.28 -11.89 0.22 1787 0.06 161.22 1285 -0.10 -227.70 -10.52 0.21 1286 0.09 1286 198.32 1030.23 -8.01 0.09 1290 0.04 -238.14 -10.20

-0.04 -224.23 -5.83 0.09 1789 0.00 -231.48 12R9 198.32 1032.65 161.29 1288 0.05 -239.16 -7.31 0.01

-2.15 0.02 1292 -0.02 -230.54 -4.73 0.02 1793 1292 198.32 1035.08 161.36 1791 -0.03 -221.90 0.01 -23t 23 -4.77 -0.02 0.42 -0.03 1295 -0.02 -229.58 -2 17 -0.03 1796 1295 l'8.32 1037.51 161.44 1794 -0.03 -220.95 30-Oct-90 tMIT151.W1 12

'O O O O O O u e U O O O.-

ler Creek Ory 11 with Saad - Unit toad Case No. 2 (Gravity - 1. Accidet tenditten)

HIdt'le modes InsI& sk+s Jutside Nodas Radial Mar 1dienal Nep Radtal Mer1dienal Muep 527 Radtal Nridienal Hoop SZ SIY woda 51 SY 52 Node 51 SY (pst) (pst) (est)

Thate mode SX SY 52 SKY (psi) (psi) (pst) (pst) rMe X Y (pst) (pst) (psi) (pst)

(inch) (d*9 fees) (est)

(Inch) -0.02 -236.61 -2.75 -0.04

-0.03 -228.64 -0.35 -0.04 1799 1797 -0.03 -220.65 2.04 -0.0" 1298

-0.04 1302 0.05 -234.8% -1.34 -0.03 198.32 1039.94 161.51 0.05 -227.67 0.82 0.00 1298 0.06 -220.51 2.97 -0.04 1301 -0.03 -232.65 -0.44 193.32 1042.36 161.58 1300 -0.01 -226.10 1.53 -0.02 1305 1301 -219.56 3.49 -0.05 1304 -0.10 -210.82 -010 0.00 161.65 1303 0.01 -224.53 *C 0.00 1308 1304 190.32 1044.79 3.58 0.00 1307 -0.08 .

-239.06 -0.78 0.02 1306 -0.06 -218.22 1.11 0.02 1311 0.00 1307 198.32 1047.22 161.72 0.02 1310 0.01 -273.57 -2.00 0.03 0.02 -217.11 3.11 0.03 1314 -0.03 -229.55 198.32 1049.65 161.78 1309 1313 -0.03 -222.63 0.07 0.02 1310

-0.04 -215.69 2.15 0.02 0.02 1317 0.00 -229 15 -3.85 193.32 1052.07 161.85 1312 -0.01 -221.83 -1.65 0.01 1313

-0.01 -214.45 0.56 0.02 1316 1320 0.00 -228.81 -4.71 161.92 1315 -0.02 -221.30 -2.45 0.01 1316 199.32 1054.50 -213.76 -0.19 0.00 1319 0.02 -278.42 -5.64 -0.01 161.95 1318 -0.02 0.01 -220.92 -3.38 -0.01 1323 1319 198.32 1055.47 -1.12 0.00 1322 -0.02 -221.91 -6.65 -0.02 161.97 1321 0.00 -213.40 -220.51 -4.42 -0.03 1326 1322 190.32 1056.13 -2.23 -0.04 1325 -0.03 -227.10 -T.63 -0.07 1324 -0.04 -213.21 -5.56 -0.05 1329 0.07 1325 143.32 1057.40 162.00 -0.03 1328 0.05 -220.21 -8.78 -0.03 1327 0.04 -213.12 -3.42 -6.T9 -0.08 1332 -0.10 -226.2T 198.32 1058.36 162.03 -0.12 -219.67 -0.19 1328

-0.13 -213.50 -4.93 -0.11 1331 0.24 -224.61 -9.63 198.32 1059.33 162.05 1330 0.21 -219.61 -8.10 -0.12 1335 L531 -213.71 -6.33 -0.05 1334 -0.34 -223.63 -11.01 -0.02 162.08 1333 0.18 -218.60 -9.47 -0.16 1338 1334 198.32 1060.29 -8.43 -0.30 1337 -0.33 -?20.39 -11.36 -0.48

-0.32 -215.22 -0.21 1341 0.44 1337 198.32 1061.26 162.11 1336 0.06 1340 0.30 -219.42 -11.08 -12.85 0.24 1339 0.17 -215.34 -9.87 -0.27 1344 0.37 -219.98 190.32 1062.22 162.13 0.74 -216.97 -11.81 9.34 1340 1.10 -219.14 -12.33 -0.76 1343 -5.39 -238.57 -21.74 193.32 1063.19 162.16 1342 -6.44 -194.63 -8.87 -0.33 1347 531 1343

-7.50 -244.05 -23.99 -9.98 1346 -26.12 -114.23 9.03 162.19 1345 -7.90 -195.65 -9.19 -3.55 1350

-4.04 1346 193.32 1064.15 -265.01 -27.11 -15.26 1349 -0.36 -44.66 37.40 162.19 1348 3.59 -214.40 -11.06 -1.55 1353 1341 193.32 1064.25 -26.30 -5.56 ?352 7.90 -98.11 31.38 -T.06 1351 14.34 -271.82 -5.36 -3.14 1356 34.18 1352 194.32 1064.50 162.19 4.19 1355 14.24 -200.81 -8.40 -2.*6 1354 3.08 -281.85 -32.96 -9.63 0.85 1359 -1.87 -194.54 1355 198.32 1064.75 162.20 -1.81 -198.75 -5.22 0.31

-1.76 -212.73 -31.78 4.66 1358 -0.40 -183.71

62.20 1357 -0.36 -214.56 -14.44 0.78 1362 1358 190.32 1064.85 -25.24 1.24 1361 0.62 -188.20 -616 0.95 1350 -0.33 -250.12 -216.25 -14.67 0.70 1365 1361 193.32 i

' .o) 162.23 0.50 -241.32 -22.17 0.46 1364 0.57 -0.35 -195.22 -8.28 0.51 162.26 1363 -0.37 -214.73 -14.12 0.63 1368 1364 193.32 1066.85 -235.80 -20.41 0.75 1367 0.27 -199.83 -8.81 0.62 16218 1366 -0.40 0.24 -214.94 -13.33 0.56 1371 1367 198.32 10A7.85 -17.59 0.50 1370 -0.11 -204.75 -9.52 0.47 162.31 1369 0.20 -229.21 -12.35 0.50 1374 1370 198.32 1068.85 0.52 1373 -0.13 -214.22 -9.57 0.44 1372 -0.17 -224.11 -15.31 0.44 1377 0.14 -208.54 1373 148.32 1069.85 162.34 0.44 1376 0.11 -214.05 -11.21 -9.65 0.41 1375 0.08 -219.17 -12.73 0.38 1380 -0.10 -212.23 1376 148.32 1070.85 162.36 0.36 1379 -0.12 -213.45 -10.01 -937 0.29 1378 -0.14 -215.12 -10.49 -8.19 0.34 1383 0,19 -214.94 1379 198.32 1071.85 162.39 0.39 1382 0.15 -213.36 -9 32 0.80 1381 0.11 -211.05 -8.09 -1.53 0.30 13M6 -0.16 -218.03 1382 198.32 1072.85 162.42 0.19 1385 -0.13 -212.48 -9.00 0.33 13R4 -0.10 -208.17 -6.21 ~6.41 0.26 1389 -0.16 -220.71 198.32 1073.85 162.44 -0.22 -212.08 -F.80 0 25 13R5

-0.28 -204.28 -4.08 0.19 1388 1392 0.97 -223.86 162.47 1387 0.98 -211.43 -4.05 030 1383 19R.32 1074.85 -0.46 0.15 1391 -0.01 -217.34 -5 10 0.%6 1390 0.99 -199.47 -0.39 0.16 1395 1391 198.32 1077.07 162.53

-0.24 1394 -0.03 -201 18 -3.70 014

-0.05 -185 24 4.42 0.19 1348 -1.03 -210.65 198.32 1079.28 162.59 1313 -1.01 -191.13 2.16 0 17 1314

-0.98 -17:.17 8.15 0.14 1317 1801 0.14 -214.10 -5.98 198.32 1081.50 162.64 1396 0.15 -190.06 1.24 Olt 0.24 1317 -166.44 8.32 015 1400 -0 01 -21719 -10 15 162.70 1399 0.16 -189.38 -I.87 0.21 1404 1400 198.32 1083.11 6.58 0.18 1403 -0.04 162.76 1802 -0.05 -161.!6 1803 198.32 1085.93 30-Ott 49 04 f f151.W1 99* 13

o o o g g g g-O U U o O

beter Creen Dryell with SeM - thit load Cese No. 2 (Seewity - 1. Accidet Conditlen) inst & sk+s Middle modes Dutstdp modas Redfal Maridional Hece Redfal bridteast %s Radial Mertdiesel Heep #* 51 57 52 517 SZ 52Y 52 SKY No* SI SY (psi) (est) (rst)

Theta Moda SX SY (est) (psi) (est) (est)

Mode x Y

• (est) (psi) (psi) (est)

(fach) (Inch) (dtgr**s) -16.39 0.14

-6.83 0.18 1857 -0_02 -220.25 2.54 0.18 1406 -0.10 -Im8.38 -24.14 0.07 1805 -0.16 -156.77 0.05 1810 0.11 -221.21 1406 198.32 1088.14 162.81 1809 -0.01 -187.62 -14.06 -0.17 l

-0.IZ -153.87 -3.95 0.03 0.19 -218.92 -33.32 198.32 1090.36 162.87 1408 -0.09 -166.67 -23.66 -0.16 1813 1409

-0.35 -154.57 -14.07 -0.14 1412 0.I3 -210.87 -43.10 -0.48 162.92 1411 -35.55 -0.48 1416 1812 198.32 1092.57 -27.99 -0.49 1815 -0.03 -185.85 -53 JZ -0.96 1414 -0.17 -160.74 -49.29 -0.96 1819 0 30 -198.22 1815 198.32 1014.79 162.98 -0.97 1818 -0.05 -185.10 -1.21

-0.39 -171.81 -45.31 I422 -0.01 -185.24 -56.12 198.32 1017.00 163.C3 1817 0.03 -184.57 -55.79 -1.23 1418 0.07 -183.71 -55.40 -1.25 1821 OJO -171.88 -58.73 -1.55 108.32 1098.00 163.06 1420 0.00 -184.11 -62.33 -1.53 1875 1421

-0.21 -196.39 -65.94 -I.51 1424 0.15 -155.54 -60.35 -1.85 198.32 1001.00 163.08 1423 0.00 -183.71 -68.71 -1.86 1428 1424

-0.16 -211.91 -77.06 -1.87 1827 0.27 -135.88 -60.52 -2.25 198,32 1100.00 163.11 1826 0.08 -183.36 -74.68 -2.22 1831 1827

-230.63 -88.75 -2.20 1430 0.06 -112.93 -59.13 -2.58 163.13 1429 -0.13 -182.80 -79 M -2.61 1834 1830 198.32 1101.00 -2.64 1833 -0.08 -85.71 -55.25 -3.11 163.15 1832 -0.27 -253.07 -100.94 -182.72 -84.29 -3.03 I437 0.53 1433 198.32 1102.00 -2.95 1436 0.27 -55.53 -49.52 -3.33 163.18 1435 -0.04 -278.81 -113.01 -181.67 -87.19 -3.46 1440 -0.34 1436 198.32 1103.00 -3.59 1839 -0.26 -19 J5 -31.32 -4.18 163.20 1438 -0.23 -309.42 -125.29 -182.43 -88.48 -3.90 1843 1.50 1439 198.32 1104.00 -3.63 1842 0.37 17.36 -28.40 -3.*8 163.23 1441 -0.85 -342.47 -136.62 -160.01 -85.51 -4.35 1846 -2.31 1442 198.32 1105.00 -4.81 1845 0.95

-7.53 -20.78 -37.42 9.55 163.25 1844 4.11 -382.25 -146.00 -115.84 -83.11 -0.44 1441 1445 198.32 1106.00 -20 J7 1448 -5.13 -71.93 41.03 14.44 163.28 1447 -6 J2 -342.58 -133.42 -5638 0.30 I452 4.36 1848 198.32 1107.00 -24.64 1451 3.40 -124.03 -41.57 3.16 1450 -4.00 -158.13 -69.03 -4.28 1455 4.R8 -104.29 198.47 1108.25 163 J9 2.20 -95J9 -39.51 1851

-1.28 -68.61 -32.39 -7.57 1454 118t . 63 1109.50 163.31 1453 18"4 3 30 144 99 2 5 572 2 1 1 97 -565.39 -6594.23 2443.54 546.55 1

-2172.29 -5100.99 -2542.50 IB1.30

-3780.57 -12320.88 -4847.68 -423.83 l

.. -_ , _ _ _ _ _ ~ - _ ..

i O  ;

Nter Creet Drywatt with Sand - thit toed Case so. 3 (Grevity 2 - refurting)

1. iddle We&S Insle me+s outside medes endiet paridie wit wem mediet 89aridionet peep modi.,1 peridionet neep

1. eda SW SY 52 S't2 52 SNY moda SW SY 52 SWY Y 1hato Woda SW SY (p*I) (p93) i sic + W (psIP (psi) (psi) (psi) (psil (psi)

(psi) (psi) (psi) (psi)

(inch) (inch) (dagrees) 221.02 3 -687.M 2&68.40 536.14 164.21 ,

1 -4564.10 -14869.00 -5850.60 274.32 2 -2625.00 -6140.30 -2639.70 2 247.08 106.93 36.00 196.24 6 80.16 1974.40 452.40 179.37 l 4 1271.10 -13320.00 -3597.80 214.14 5 675.38 -61A&.10 -1586.10 5 2&8.68 108.10 36.27 159.85 9 13.37 1649.30 -110.70 153.93 7 -376.30 -10564.00 -3058.90 164.20 8 -180.50 -6120.50 -1589.50 8 250.28 109.23 36.54 125.33 12 8.65 -3855.50 -408.33 118.30  !

10 64.29 483f8.90 -1923.70 131.55 11 36.73 -6075.00 -1162 70 11 251.87 110.46 36.21 95.02 15 22.58 -5454.60 -479.55 97.22 13 -38.51 -6619.70 -1054.50 92.48 14 -7.79 -6050.20 -771.09 i 14 253.45 111.66 37.08 69.26 18 8.93 -6610.50 -423.88 70.56 37.35 16 -13.08 -5402.20 -272.96 68.09 17 -2.09 -5996.20 -345.38 '

1T 255.03 112.86 20 2.86 -5956.40 57.18 48.19 21 15.80 -7349.20 -240.97 54.11 114.06 37.62 19 -9.86 -4553.60 378.17 42.61 36.62 l 20 256.61 26.83 23 -1.90 -5898.50 Q 4.83 31.45 26 7.51 -7786.10 -52.1T 115.28 37.89 22 -10.94 -4026.90 897.35 25.79 23 258.18 26 2.12 -584 70 744.76 18.71 27 9.62 -7962.30 186.47 -

38.16 25 -4.94 -3T29.50 1303.20 12.23 j 26 257.74 116.50 29 -1.06 -5785.00 1011.80 9.40 30 4.60 -7964.10 Q1.69 15.65 117.73 38.43 28 -6.24 -3615.70 1598.60 3.79 9.74 29 261.30 32 0.71 -5725.90 1225.20 3.01 33 4.80 -7837.00 644.50 l 118.97 38.70 31 -2.91 -3621.40 1805.00 -3.10 4.83 32 262.85 -1.13 -5M1.90 1386.80 -1.06 36 1.79 -7618.90 839.38 120.21 38.98 36 -3.60 -3711.50 1931.80 -6.32 35 2.46 35 264.39

-8.44 38 -0.55 -5599.20 1500.90 -3.*6 39 1.Q -7354.30 1003.70 38 265.93 121 A5 39.25 37 -2.10 -3846.80 1996.90 Q -0.25 -7068.70 1132.70 0.7&

-8.58 41 -1.58 -5534.80 1572.40 -4.15 ,

41 267.67 122.72 39.52 40 -2.54 -4005.to 2010.50 -6778.50 1228.00 0.40

-8.25 && -1.54 -5471.60 1607.20 -4.12 45 -0.66 44 269.00 123.99 39.79 43 -2.11 -4167.10 1985.40 48 -1.35 -6497.30 1290.80 0.25

-7.03 47 -2.01 N 06.50 1610.90 -3.55 47 270.52 125.26 &c.06 46 -2.41 -4322.30 1929.80 -1.68 -6230.60 1325.30 0.66  ;

-3.93 50 -2.28 -5346.60 1588.90 -2.TT 51 50 272.03 126.54 40.33 49 -2.66 -4464.70 1851.60 -2.01 54 -1.60 -5979.60 1336.00 0.76 52 -2.80 -4593.70 1756.10 -4.57 53 -2.29 -3286.20 15 4 .30

$3 2T3.54 127.83 40.60 -1.50 ST -2.03 -57Q.70 1327.90 1.02 f 55 -3.55 -4712.80 1647.10 -3.86 56 -2.86 -3226.70 1487.90 56 275.05 129.13 40.87 -1.39 60 -1.12 -5512.40 1308.00 0.41 i 41.14 58 -3.59 -4826.60 1527.90 -3,08 59 -2.40 -3169.90 1417.90 59 276.54 130.43 -1.80 63 -2.14 -5282.20 1281.70 -0.11

-4.34 -4946.80 1398.90 -3.42 62 -3.26 -3113.30 1340.70 62 278.04 131.74 41.41 61 66 -1.43 -5065.90 1254.80 -1.09 l 61.68 64 -3.62 -5069.60 1265.00 -2.89 65 -2.53 -5059.20 1259.50 -1.99 65 279.54 133.07 -2.11 69 -3.21 -4812.90 1229.10 -1.03 i 67 -5.95 -5196.80 1129.90 -3.21 68 -4.56 -5003.00 1180.00 68 281.03 134.41 41.96 -2.34 72 -0.31 -4570.30 1214.70 -3.18 I

-3.70 -5328.60 1000.20 -2.60 T1 -1.06 -4952.90 1106.40 71 282.52 13).75 Q.23 70

-4.17 75 4.04 -4318.50 1212.90 -3.79 i

-8.17 -5&85.&O 870.94 -4.67 74 -6.04 -4898.30 10 Q.90 74 284.01 137.11 4 .50 73

-5.87 78 1.30 -4034.00 1260.30 -7.91

-3.00 -5660.10 753.99 -4.08 77 -0.75 -4854.00 994.95 ,

77 285.48 138.47 4 .78 76

- T.87 81 -6.37 -3732.80 1291.20 -8.06  :

79 -10.97 -5879.00 640.06 -7.93 80 -8.63 -4798.50 967.72 80 286. % 139.83 43.05 84 3.41 -3383.20 1390.80 -14.27 l

-6112.60 553.30 -5.65 83 1.06 -4761.60 967.76 -9.74 83 288.Q 141.21 43.33 82 -1.64 -11.34 -3032.40 15t9.20 -11.67 i 86 -10.82 -4700.30 1003.20 -11.35 87 86 289.88 162.59 43.60 85 -10.72 -6398.30 478.62 -11.39 90 3.11 -2630.10 1715.50 -20.22 I 43.87 88 -14.39 -6666.50 451.74 -4.50 89 -3.37 - 4 73.70 1075.70 -12.02 89 291.33 143.98 93 -5.08 -2282.50 1940.20 -10.68 [

&&.15 91 51.93 -6971.80 483.49 -12.36 92 23.67 -4600.00 1219.70 -11.27 92 292.77 1&5.37 15.95 96 -260.32 -3081.90 1806.20 387.44

&&.Q 94 -115.30 -60Q.40 875.05 -441.16 95 -99.29 -4456.20 1399.10 95 294.21 146.77 99 145.82 -3838.10 1755.90 MO.58 97 -62.08 -2630.30 1936.50 -510.96 98 141.46 -3495.30 1798.50 -90.T3 98 294.65 147.04 && .49 . 188.73 -4468.10 1630.50 297.19

&&.56 100 -30.91 -654.66 2564.80 -40.49 101 56.92 -2900.30 1990.10 -148. 4 102 101 295.08 147.31 -6.57 105 -18.70 -&B33.80 1640.70 -0.95 [

148.72 44.83 103 -3.15 -617.70 2783.90 -11.43 104 -11.33 -2729.90 2211.40 104 296.51 -0.03 108 3.23 - w 3.00 1846.80 -6.82 l 150.14 45.10 106 0.87 -753. 4 2910.80 -10.48 107 1.70 -2698.to 2382.00 l 107 297.92 t I

30-Oct-90 Page 1

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(imh) (inch) (da9rees)

-22.16 219 -2.59 -2496.80 2341.00 -16.99

-4.97 -89.79 3063.20 -27.19 218 -4.01 -1292.90 2702.50 218 380.93 268.74 66.92 217 -8.74 -2023.70 2333.00 -6.49  ;

f 4.67 -1276.00 2365.80 -9.06 222 221 382.71 272.59 65.50 220 18.48 -520.31 2800.60 -11.&& 221

-4.06 -1829.20 2389.60 -3.M ,

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-8.92 224 -0.09 -1267.60 2&85.20 -T.33 225 383.49 274.32 65.76 223 4.12 -698.68 2662.70 -2.TT (

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-1.69 227 -0.44 -1256.40 2400.90 -2.28 228 -3.48 -1T&T.60 2245.80 I

22T 38& J6 276.06 66.02 226 2.82 -770.02 2554.40 231 -2.37 -1T11.50 2162.50 3.67 L 1.26 230 0.96 -1248.70 2310.10 2.Q 230 385.03 271.75 66.27 229 4.49 -790.26 2456.10 -6J8 -1717JO 2059.30 6.04 7.41 233 -4.73 -1253.60 2210.70 6.69 234

! 233 385.79 279.51 66.53 .232 -2.4T -764.24 2363.40 237 56.61 -1548.70 2022.90 -73.99  ?

66.30 236 28.21 -1285.70 2102.60 26.06 236 386. % 281.25 66.79 235 -11.12 -798.56 2246.10 240 26.92 -1239.60 2062.10 -176.86 [

1 239 30.27 -1496.40 1993.80 -0.81 239 386.75 282.00 66.90 238 -2L14 -1621.60 1968.70 217.93 -6.52 243 -79.01 -869.26 2088.80 -105.11

-56.25 -2%6.80 151T.40 166.20 2&2 -48.93 -1799.10 1833.80 2&2 386.97 282.76 67.00 241 15.91 246 -9.68 -552.60 2158.50 8.85 6.56 -1827.60 1785.40 244 22.52 -3150.90 1398.10 22.86 245 245 387.40 283./6 67.15 15.55 249 6.46 -640.58 2090.80 16.24 f 67.30 2&T -0.73 -3013.60 1383.80 14.69 248 3.06 -1963.70 1732JO 12.00 248 387.82 284.77

-3.12 -1828.00 1695.90 15.03 252 -5.05 -759.48 20t3.70

-1.48 -2009.40 1374.60 17.96 251 I 251 388J6 285J9 67.45 250 15.35 254 1.88 -1829.60 1665.30 14.47 255 1.49 -855.85 1956.10 13.47 254 388.67 286.80 67.60 253 2.01 -2793.30 1377.80 258 -1 J8 -956.00 1901.00 12.10  ;

15.68 257 -1.02 -1822.70 1641.50 13.86 257 389.08 28T.82 67J5 256 -0.49 -2690.80 1381.90 261 -0.13 -1066.40 1856.10 11.97 L 14.28 260 0.47 -1819.90 1623.80 13.17 260 389.50 288.86 67.90 259 0.86 -2589.80 1392.80 2M -0.92 -1133.10 1816.90 11.22 .[

13.65 263 -0.22 -1815.30 1611.40 12.4T 263 389.91 289.86 68.05 262 0.29 -2496.60 1406.30 11.TT 267 -0.37 -1212.70 1786.80 10Je t 0.09 -2408.60 1&23.00 12.76 266 -0.06 -1811.60 1603.60 2M 390.32 290.88 68.20 265 270 -1.05 -1286.90 1758.10 10.06 11.99 269 0.57 -180T.60 1600.10 11.06 269 3?O.73 291.90 68.35 268 2.03 -2326.90 1&&2.80 273 -1.72 -1371.10 1731.50 8.92 11.57 272 - t .57 -1803Jo 1599.00 10.27 3

2T2 391.13 292.93 68.50 2 71 -1.54 -2235.00 146T.00 276 -3.10 -1686.00 1709.20 11.42 14.16 275 -1.40 -1792.90 1614.00 12.81 275 392.28 295.87 68.91 274 0.22 -2098.80 1519.20 279 0.56 -1605.90 170&JO 19J5 12.03 278 -0.59 -1781.80 1647.&O 11.15 278 393.40 298.82 67.36 2TT -t.80 -1957.40 1590.20 9.88 282 -0.34 -1691.40 1718.80 9.31

-0.25 -1850.to 1662.20 10.43 281 -0.28 -1771.10 1690.50 281 394.50 301.77 69.79 280 9.06 285 -0.55 -1752.00 1765.00 8J5 70.22 283 0.13 -1768 J0 1731.10 9.32 284 -0.21 -1760.30 1738.10 8.56 4 284 395.58 304.74 0.50 -1749.90 1796.40 8.M 288 0.16 -1798.40 1776.30 286 0.84 -1701.20 1796.60 8.76 287 T.98 287 396.6L 307.71 70.65 T.TT 291 0.06 -1827.90 1809JO i

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0.30 -1645.90 1855JD T.57 290 0.18 -1736.60 1832.80 290 397.67 310.69 71.08 289 T.34 296 -1.05 -18Q.10 1862.50 T.47 1.35 -1605.40 1906.00 T.22 293 0.16 -1723.90 1876.20 8.59

293 398.68 313.68 71.51 292 8.23 297 -1.12 -1866.10 1966.20 295 2.22 -1561.90 1950.80 7.89 296 0.53 -1713.40 1908.70 9.90 296 399.67 316.68 71.96 9.43 300 -2.95 -1915.90 1873.50 1

8.97 299 -0.01 -1703.90 1934.60 I 299 400.M 319.68 72.37 298 2.99 -1491.50 1995.70 10.88 303 4.90 -1999.80 1962.00 11.92 f 2.83 -1389.90 2038.40 9.88 302 3.83 -1693.60 1950.50 6.61 302 401.58 322.69 72.80 301 4.62 306 6.99 -1998JO 185T.00 }

3 306 -4.33 -1319.30 2053.10 2.66 305 1.30 -1658.50 1955.20 305 402.51 325.71 73.23 -1.24 309 -1.20 -1854.00 1873.30 -ft.M  ;

307 -2.82 -1393.60 2007.90 -1.82 308 -1.84 -1624.10 1960.50 0.62 308 403.41 37C.73 73.66 0.71 312 -2.75 -1689.10 1985.40

]i 4.11 -1541.80 1929.20 0.81 311 0.67 -1614.80 1907.50 2.07 311 404.28 331.76 74.09 310 2.46 315 -2.22 -15^9.20 1981.50 {

1.95 -1643.60 1858.00 2.86 314 -0.14 -1606.90 1869.60 314 405.13 334.80 74.52 313 3.99 318 -2.84 1492.00 1967.30 3.31 i i

3t6 v.54 -tr05.30 1801.90 4.65 317 -0.63 -1598.30 1834.70 317 405.97 337.84 74.95 5.36 321 -2.35 -1450.70 1869.40 4.59  !

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4 UtWPty1L.WL1 30-Ott-90 l Page 3 [

O

ater Creek Crywll with Sand - thlt Lead Case so. 3 (Crevity 2 - refueHng) .

Inside se*,

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-Radiet peridienel peep todlet wridienet peep mediet Merid enel #eep '

ST S2 S*Y #ede SE ST S2 $#2 Thete moda SR SY S2 $NY #* St mo* x Y (p*I) (p93) (p93) (p9l) (psi) (pol) tr9l) (r*I)

(psi) (pel) (psi)

(inth) (inch) (davreas) (pti) 7.79 327 -2.24 -1466.90 1888.e6 T.15 347.01 76.24 325 1.68 -1683.40 1760.70 8.42 326 -0.27 -1575.80 1776.50 326 408.32 8.98 330 -1.96 -1521.30 1735.00 8.70 76.67 328 1.34 -1615.70 1753.30 9.26 329 -0.30 -1568.00 1769.30 329 409.% 350.08 10.20 333 -3.37 -1605.30 1755.00 10.12 TT.10 331 2.11 -1516.50 1778.90 10.28 332 -0.M -1561.50 1766.8) 332 409.77 353.15 3M 4.90 -1721.40 1716.10 12.14 [

10.86 333 3.93 -1554.00 1764.00 11.50 335 410.47 356.23 77.53 334 3.00 -1388.30 1811.40 6.02 -1753.30 1691.10 7.TT i 338 0.99 -1515.70 1759.20 5.85 339 338 411.14 359.31 TT.96 337 -4.00 -1278.40 1827.20 3.95 1.20 0.05 341 -2.77 -1&TT.60 1740.70 0.62 342 -2.13 -1656.70 1688.50 341 411.78 362.40 78.39 340 -3.36 -1298.10 1793.00 . 2.23 i 2.26 344 0.82 -1471.30 1705.30 2.26 345 -2.18 -1549.50 1682.10 344 412.41 365.49 78.82 343 3.84 -139&.10 1728.10 3.00 I 3.65 3&T 0.38 -1466.00 1664.50 3.63 3&8 -0.97 -1478.60 1661.40 347 413.01 368.59 79.25 346 1.73 -1652.70 1667.80 3.82 4.18 350 -0.24 -14 % .20 1624.80 4.00 351 -1.19 -1427.30 16 % .30 350 413.58 371.69 79.68 349 0.71 -1&85.60 1615.10 3.87 4.50 353 -0.59 -1447.20 1587.00 4.t? 354 -1.75 -(383.50 1606.90 353 414.16 374.80 80.11 352 0.56 -1510.10 1567.30 .."

5.4 356 -0.35 -1&&1.90 1552.30 4.91 357 -1.73 -13 % .50 1578.80 ,

356 414.67 377.91 80.54 355 1.00 -1527.60 1525.70 -1.38 -1345.10 1551.20 5.02 5.84 359 -0.29 -1437.30 1522.50 3.44 360 359 415.17 381.02 80.97 358 0.76 -1529.00 169&.00 5.31 6.24 362 -0.41 -1&32.40 1498.30 5.77 363 -1.37 -1345.30 1525.60 362 415.66 334.14 81.40 36: 0.53 -1519.60 1471.00 5.66 6.33 365 -0.27 -1QT.90 1&79.30 5.99 366 -1.13 -1352.90 1503.10 365 416.12 387.26 81.83 364 0.56 -1502.70 1455.70 -1.23 -1366.20 1483.30 5.82 6.50 358 -0.M -1423.70 1&64.80 6.16 369 ,

368 416.56 390.38 82.26 367 0.49 -1481.00 1&&6.30 6.10 6.45 0.26 -1419.60 1453.90 6.27 372 -0.32 -1383.50 1666.20 371 416.97 393.51 82.69 370 0.82 -1455.60 1&&1.70 3 71

-1396.50 1452.90 5.86 0.18 -1Q9.30 1439.40 3.91 376 -0.10 -1412.00 1446.20 5.89 375 -0.40 3 74 417.36 396.64 83.12 373

-0.99 -1397.&O 1443.30 5.47 5.59 377 -0.43 -1406.50 1439.60 5.53 378 377 417.72 3?9.78 83.55 3/6 0.13 -t411.50 14M.10 -1.02 -1401.70 14%.00 5.53 0.TE -1600.30 1431.70 5.74 300 -0.14 -1601.00 1432.80 5.M 381 380 418.07 402.91 83.98 379 0.29 -1608.90 1Q4.50 5.7T 383 0.76 -1397.60 IQ6.40 5.74 3M 383 418.39 406.05 84.41 582 1.22 -1386.50 148.30 5. 72 1406.50 1417.70 5.43 4.94 386 0.01 -1387.50 141.20 5.18 387 -0.12 i 386 418,68 409.19 M.E 385 0.13 -1370.80 144.60 -1.26 -1388.40 1413.50 4.72 4.69 389 -0.71 -1377.80 fat 3.20 4.70 390 389 418.95 412.33 85.27 388 -0.16 -1366.80 1417.10 4.79

-0.71 -1376.20 1408.30 4.94 392 0.13 -1375.80 1407.40 E.86 393 392 419.20 615.48 85.70 391 0.97 -1373.70 1406.30 4.94 5.00 395 -0.05 -1371.90 1399.40 4.97 396 -0.76 -1MT.00 1402.30 395 419.43 418.63 86.13 3?& 0.66 -1376.60 1396.60 4.96 3.16 398 -0.14 -1368.90 1392.10 5.05 399 -0.86 -1360.80 1395.90 398 419.63 41.78 86.56 397 0.57 -3377.30 1388.20 5.0T 5.19 401 -0.M -1366.70 1385.40 5.13 402 -0.75 -1357.10 1389.60 401 419.81 Q 4.93 86.99 400 0.67 -1376.20 1381.10 5.11 5.26 (M -0.06 -1 m&.40 1379 40 5.tv 405 -0.75 -1355.se 1383.50 404 419.96 428.08 87.62 403 0.62 -13T3.30 1375.40 -1355.20 1377.80 5.iv i 5.24 407 0.05 -t x 2.to v374.30 5.22 408 -0.71 407 420.09 431.23 87.85 406 0.61 -1368.90 1370.90 5.20 l 5.28 410 -0.i0 -1359.80 13e9.90 5.26 411 -0.7s -135$.90 1372.5e 410 40.20 4 % .38 88.28 409 0.55 -ins.70 1 w 7.30 414 -0.ee -1357.90 1MT.30 5.26 i 0.62 -1358.30 1M4.30 5.28 413 -0.03 -1358.10 1 %5.80 5.27 413 420.28 437.54 88.T 412 5.28 0.62 -3352.30 i n1.80 5.29 si6 -0.02 -1556.50 136i.90 5.29 &iT -0.66 -isac.70 tu2.to i 416 40.34 440.69 89.t& 415 40 -0.66 -1 % &.30 13 % .70 ' 5.34 I

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(inch) (inch) ( &greest 3.41 -1378.10 1305.90 13.21 543 3.13 -2300.90 1014.80 14.79 601.58 571.31 107.20 541 3.95 -&S6.28 1576.40 9.57 542 562 546 4.16 -2492.70 842.26 17.05 2.82 -276.16 1490.40 7.97 545 3.33 -1382.20 1167.10 12.55 545 400.64 574.32 107.63 544 5.79 548 4.89 -1387.80 966.01 10.60 549 7.10 -2648.20 599.13 '5.29 548 399.67 577.32 108.06 547 3.00 -128.53 1332.20

-55.39 1079.10 1.39 551 4.01 -1391.00 693.48 6.C 552 8.25 -2732.60 305.76 12.15 551 398.68 580.32 108.49 550 0.11 5.55 -13?6.40 344.73 0.69 555 12.24 -2689.30 -26.60 5.22 554 397.67 583.31 108.92 553 -0.82 -103.35 713.77 -3.97 554 557 2.97 -1397.70 - 78.3 T -8.42 558 12.45 -2458.R0 -376.47 -4.26 596.M 586.29 109.35 556 -6.27 -343.49 215.41 -12.66 557 17.47 -1954.30 -703.25 - 19.M

-10.00 -846.65 -422.23 -22.30 560 3.70 -1402.50 -563.29 -20.96 561 560 395.58 589.26 109.78 559 -38.49

-36.20 563 -1.05 -1400.90 -1082.10 -37.38 564 12.40 -1996.90 -9 %.83 563 394.50 592.23 110.21 562 -14.66 -1711.00 -1201.00 -65.23

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-67.79 569 -0.02 -1400.50 -2003.00 -81.59 570 -18 20 2072.60 -952.83 569 392.28 598.13 111.07 568 17.27 -4876.70 -3052.40 3.81

-6.50 5 72 34.53 -1147.&O -2133.80 -1.65 573 3.57 3866.10 -635.54 391.13 601.07 111.50 5 71 64.42 -6069.80 -3603.30 93.43 5 72 94.72 575 -25.43 -865.44 -2075.10 93.84 5 76 -62.95 4171.60 -577.58 5 75 390.73 602.10 111.65 5 74 10.87 -38M.50 -3551.50 TT.M 95.73 5 78 0.24 -841.23 -2039.30 86.45 579 14.05 3396.00 -771.39 5 73 390 32 603.12 111.80 577 -16.78 -5102.60 -3313.90 76.32 82.50 581 2.95 -853.89 -1992.50 79.23 582 2.44 2708.40 -934.60 501 389.91 604.14 111.95 580 2.50 -4386.80 -3040.60 67.56 77.01 584 -2.57 -844.51 -1917.30 72.13 585 0.94 2063.70 -1057.70 584 389.50 605.16 112.10 583 -6.88 -3756.20 -2777.20 62.46 68.31 587 1.56 -847.28 -1823.00 65.26 588 3.93 1490.00 -1137.60 507 389.08 6n6.18 112.25 586 -1.44 -3172.40 -2504.10 56.0P 61.21 590 -1.54 -842.M -1712.80 58.65 591 0.94 966.69 -1187.80 590 388.67 607.20 112.40 589 -4.50 -2653.40 -2237.60 50.08 54.75 593 1.52 -844.87 -1590.10 52.35 594 4.3T 504.49 -1204.70 593 388.24 6G8.21 112.55 592 -1.70 -2183.60 -1972.00 &6.07 46.78 596 -1.78 -838.75 -1457.60 46.36 597 -1.04 86.21 -1201.30 594 337.82 609.23 112.70 595 -2.74 -1774.10 -1716.80 37.88 43.63 599 -1.48 -846.37 -1321.70 40.75 600 6.52 -268.03 -1168.00 599 387.40 610.26 112.85 598 -9.64 -1401.50 -1668.30 -14.53 107.45 602 27.48 -854.26 -1173.10 24.52 603 28.18 -469.44 -1080.20 602 3M6.97 611.26 113.00 601 2.32 -1168.30 -1252.10 -671.49 -1132.30 -10.43 103.31 605 -9.64 -892.25 -1176.60 25.82 606 -11.21 605 386.88 611.39 113.02 604 -30.92 -1112.00 -1227.60 28.82 29.63 608 3.06 -893.26 -913.45 29.23 609 -1.82 -930.33 -962.61 603 3R4.11 613.20 113.29 607 7.99 -812.64 -866.25 23.20 20.18 611 0.53 -895.66 -656.08 21.72 612 7.70 -1362.00 -814.97 611 385.33 615.01 113.56 610 -6.53 -425.23 -496.23 16.78 13.90 614 0.24 -893.38 -406.96 15.38 615 3.13 -163T.60 -649.32 616 384.56 616.81 113.83 613 -2.45 -154.38 -166.39 12.69 118.05 7. 74 617 1.63 -895.39 -175.14 10.17 618 4.78 -1815.10 -468.51 617 383.74 613.61 114.09 616 -1.28 24.63 8.20 357.19 3.64 620 0.76 -895.40 35.88 5.99 621 3.01 -1918.70 -2M6.95 620 382.93 620.41 114.36 619 -1.23 123.7'  % 2a 162.96 555.49 0.02 623 1.56 -897.64 223.63 2.71 62& 3.28 -1959.50 -108.92 623 382.11 622.20 114.63 622 0.12 58 L 2.66 71&.63 -2.27 626 1.03 -899.09 387.13 0.25 627 2.23 -1954.90 626 381.29 623.98 114.90 625 0.10 153.44 0.94 839.77 -4.07 629 1.35 -901.75 526.56

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-967.29 734.83 0.75 659.15 120.31 685 -0.07 9Q.19 727.95 0.57 690 0.26 686 362.91 0.60 689 -0.08 -975.14 717.28 -0.53 688 -0.43 -983.28 721.00 -0.48 693 0.57 -916.99 689 361.70 661.19 120.63 -0.02 -980.31 693.77

-0.63 -1063.10 670.46 -0.42 692 696 0.15 -8&3.70 708.28 -1.95 692 360.42 663.25 120.96 691 695 -0.27 -985.05 661.70 -1.75

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698 -0.70 -990.34 634.18 -3.22

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698 357.99 667.34 121.61 697 0.75 -994.99 615.87 -4.85 702 3.03 -1379.30 498.90 -3.90 701

-7.85 -523.41 751.84 2.26 356.73 649.37 121.96 700 -985.39 616.21 2.73 705 701 477.03 3.28 706 -1.01 -588.96 743.94 9.79 122.26 703 5.74 -1&&6.30 629.07 10.54 708 -4.9T 704 355.46 671.to $14.80 11.36 707 -2.40 -975.69 727.02 8.65 122.59 706 0.09 -1360.80 9.16 711 1.34 -734.51 707 354.17 673.42 581.47 9 .72 710 -0.21 -980.41 654.24 T24.71 7.83 122.92 709 -1.83 -1226.40 687.18 7.92 714 0.00 -856.18

! 710 352.88 675.43 M9.93 8.02 713 -0.26 -986.02 73&.80 6.93 123.24 712 -0.56 -1117.00 6.86 717 0.29 -951.38 713 351.57 677.43 6.76 716 -0.18 -991.34 725.07 6.32

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-0.10 -965.59 776.41 5.60 0.21 -1090.90 774.75 5.74 719 348.93 681.42 123.89 718 0.00 -1003.30 803.23 5.27 T23

-0.00 -916.05 831.55 4.78 722 0.25 -1160.80 798.05 5.19 722 347.59 683.40 124.22 721 0.29 -1007.70 839.20 4.76 726 4.10 725 819.88 5.12 685.37 124.55 726 0.35 -878.82 880.28 870.96 4.40 729 0.14 -1182.00 725 346.24 921.83 3.66 728 0.27 -1016.30 838.37 5.00 687.34 126.87 72 7 0.44 -851.01 897.31 4.18 732 0.1T -1217.20 728 3&&.88 3.32 731 0.39 -1023.20 851.69 4.93 689.30 125.20 730 0.66 -829.46 956.10 917.27 4.05 735 0.10 -1248.80 731 343.50 3.13 734 0.38 -1030.20 858.65 4.96 691.25 125.52 733 0.72 -812.12 982.61 929.97 3.98 738 0.16 -1278.10 734 342.12

-777.35 1001.10 2.98 737 0.47 -1037.50 858.15 4.96 125.85 736 0.8& 934.61 3.92 741 0.17 -1305.80 737 340.72 693.19 2.86 740 0.47 -1064.80 849.62 4.89 695.13 126.18 739 0.83 -784.61 1010.80 930.47 3.83 T&& 0.30 -1331.50 740 339.32 2. 72 T&5 0.55 -1052.40 832.66 4.76 697.05 126.50 742 0.87 -773.97 1011.10 916.86 3.M 747 0.37 -1354.10 743 337.90 2.48 7&6 0.53 -1060.10 807.53 4.63 126.83 745 0.76 -766.85 1000.70 893.21 3.31 750 0.59 -1370.90 746 336.47 698.97 978.65 2.14 749 0.62 -106T.80 774.73 3.90 700.88 127.15 7&S 0.71 - 765.38 859.16 2.78 753 0.70 -1378.60 749 335.03

- T73.29 943.23 1.60 752 0.54 -1075.50 1.01 -1372.10 735.75 3.01 702.79 127.48 751 0.45 814.59 1.97 756 752 333.58

-794.95 893.24 0.88 755 0.63 -1083.30 704.68 127.81 754 0.31 755 132.12 30-Oct-90 ntTW00L .W1 Page T l l l g l imeanmuumasum

O 8 U U U U U U U U O

ter tre k Dryv.1t with Sard - Unit toed tese no. 3 (Crevity 2 - refuating)

Midite modas Ingide W

• s OutsIda Wodas tedlet Meridiwwel Mmv Radlet Meridimal aseep Rediet Merid8onet moop WW Sr SY SZ SXY node St SY S2 SwZ

+ x Y Yhete NW SW SY SZ SKY (psi) (mi) (psi) (pi) (ml) (psi) (psi) (pgi) (ml) (mi)

(inth) (inch) (d 9rees) (psi) (ml) 128.13 -0.16 -8%.64 827.13 -0.17 758 OA4 -1070.80 757.95 0.84 759 1.09 -1345.90 6??A5 1.81 758 330.65 706.57 75 7

-904.90 7&4.26 -1.43 761 0.51 -10?8.50 f.96.31 -0.68 762 1.48 -1292.20 648.30 0.04 761 329.17 708.44 128 A6 760 -0.&2

-1008.50 643.96 -3.13 764 0.11 -1105.70 625.68 -2.63 765 1.M -1703.60 607.16 -2.13 764 327.67 710.31 128.78 763 -1.13 527.42 -4.99 767 0.12 -1113.20 551.27 -5.04 768 1.91 -1070.20 575A0 -5.07 767 326.17 712.17 129.11 766 -1.69 -1155 A0 396.55 -7 A0 770 -0 A2 -1119.80 477.97 -7.93 771 0.98 -883.92 559.35 -8.39 770 324.66 714.02 129.44 767 -1.8? -13M .00

-1618.50 254.63 -9.78 773 -1.26 -1127.20 411.95 -11.27 774 3.06 -633 A8 570.1s -12.66 773 323.13 715.87 129.76 772 -5.74

-12.67 776 0.95 -1133.30 363.75 -14.98 777 -4.04 -316.31 613.98 17.12 776 321.60 717.70 130.09 775 5.75 -1951.60 113.93 4.20 779 -2.17 -1115.00 349A2 2.41 780 -17.38 -105.85 649.50 0.85 779 320.05 719.53 130.0 778 12.80 -2121.80 50.32

-4.50 -1096.30 371.06 20.26 783 -7.87 -246.52 621.95 18.35 782 313.50 721.34 130.74 781 0.68 -1942.80 121.37 22.35 782 18 A0 785 -0.57 -1102.20 416.88 16.95 786 3.57 -559.75 575.28 15.61 785 316.93 723.15 131.07 784 .&.87 -1644.50 258.65 1& A3 788 -0.59 -1107.60 483.17 13.90 789 0.64 -810.85 562.64 13A2 788 315.35 724.75 131.37 787 -1.87 -1406.80 378.26 11.29 771 -0.M -1116.70 55&AT 11.18 792 1.37 -1005.90 5??.72 11.09 791 313.77 726.76 131.72 770 -2.12 -1227.90 529.12 8.44 7?& 0.16 -1125.00 633.02 8.85 775 1,38 -1150.80 616.90 9.26 7?& 312.17 728.52 132.04 7?3 -1.05 -1098.70 6&?.24 6.28 797 0.13 -1133.30 711.24 6.91 778 1.12 -1254.10 666.90 7.51 7?7 310.56 730.29 132 37 796 -0.82 -1013.30 755.35 437 800 OA2 -11&2.70 785.93 5.M 801 1.10 -1322A0 7?&.47 6.20 800 398.94 732.06 132.70 7?? -0.22 -963.07 847.28

-941.65 924.86 3.20 803 C.36 -1152.30 855.04 4.15 8% 0.79 -1363 R 7M4.96 5.05 893 307.32 733.81 133.02 802 -0.01 806 OA6 -1162.60 917.51 3.26 807 U.64 -1383.60 845.47 4.25 806 305.6R 735.55 133.35 805 0.33 -942.01 987.36 2.22 1.63 809 OA1 -1173.30 972.97 2.65 810 0.37 -1338.60 903.64 3.61 007 304.03 737.29 133.68 808 OA8 -958.62 1042.10 739.01 134.00 811 0.63 -986.27 1084.80 1.25 812 0.33 -11M4.60 1021.60 2.27 813 0.17 -1383AO 958.18 3.24 G12 302.38 2.98 740.73 134.33 816 0.75 -1020.70 1119.50 1.15 815 0.M -1196.30 10A4.00 2.09 816 0.02 -1372.30 1008.30 815 300.71 0.75 -1058.60 1147.80 1.15 818 0.25 -1208 A0 1100.80 2.07 819 -0.21 -1358.80 1053.60 2.95 GIS 297.03 742.44 134.65 817 1.36 0.30 -1221.10 1133.00 2.18 822 -0.27 -1345.60 10?&.20 2.97 021 297.35 7&&.13 134.98 820 0.89 -1096.60 1171.70 821 0.10 -1233.90 1161.30 2.37 825 -0.54 -1315 A0 1130.00 3.19 924  ??5.65 745.82 135.31 823 0.77 -1132.90 1192.50 1.56 826 1.97 827 0.27 -1247A0 1156.70 2.69 828 -035 -1329.50 1161.60 3.37 027 293.95 747.50 135.M 826 1.01 -1165.00 1211.80 2.26 830 -0.05 -1260.90 1209.70 3.05 831 -0.81 -1330.30 1188.80 3.83 630 292.23 7&?.16 135.96 827 0.72 -1192.30 1230.30 0.34 -1275.30 1230.80 3.48 834 -0 A9 -133T.70 1212.40 5.12 813 290.51 730.82 136.28 832 1.18 -1212.30 1249A0 2.81 833

-0.22 -1287.30 1750.20 3.93 837 -1.01 -1354.30 1231.30 4.78 836 2P*,. 77 752.47 1M.61 835 0.59 1225.70 1268.60 3.08 836 3.76 839 0.57 -1306.80 1267.80 4.43 840 -0 A2 -1378.70 12&6.70 5.0R 630 237.03 7 % .11 136.94 838 1.58 -1229.60 1289A0 842 -0.49 -1319.10 1283.30 4.93 843 -0.95 -1414.10 1256AO 5.97 e42 235.28 755.74 137.26 841 -0.02 -1226.50 1309 AO 3.87 4.28 0.96 -1334.50 1296.70 5.55 846 -0.63 -1454.70 1262.60 6.78 645 283.52 757.36 137.59 844 2.58 -1216.60 1330.10 845 7 18 0.66 -1361.30 1309.60 8.78 849 -1.37 -1533.60 1261.00 10.33 643 200.57 760.02 138.13 847 2.72 -1190.70 1357.60 848 7.65 1.90 - 13.*? A0 1307.50 9.45 852 1.12 -1647.20 1235.F0 11.18 051 277.60 762.66 13P.57 850 2.73 -1130.70 137?A0 851 1.65 -1416.70 1281.80 9.75 855 1.34 -1776.10 1183.40 12.22 654 274.61 765.27 137.21 853 2.04 -1062.00 1377.30 7.19 854 857 3.35 -t&&6.30 1222.70 9AO 858 3.95 -1893.20 1101.90 11.92 857 271.57 767.85 137.75 856 2.85 -998.30 1343.70 6.76 2.53 -1&T3.80 1120.70 8.01 861 5.02 -1977.80 ca7.93 11.15 860 2 4 .55 770.40 140.29 859 0.14 -971.62 1252.30 4.75 8A0 863 3.98 -1503.60 969.64 5.16 864 7.48 -1996.70 847.57 T.57 f>63 265 AB 772.92 140.84 86, ' O.57 -1018.30 1090.30 2.5?

UTUP00t. .ut t 30-Ort-90 7* 0

O e U O U U O U U U S O

(Grevity 2 - refuatfr*I) nr Creek Drywat t with sand - tmit toad Case No.

irml& W W ,

Outsl & u d s Midfte WWs Redlot Meridienst paco Radist Meridienst Dov endiet Meridionet peep syv mW su SY s2 sw2 1hete WW SK SY 52 srY mode sr SY sZ de n Y (psi) (mit (pal) (mi) (mi)

(mi) (mi) (mi) (ml)

(inch) (inch) (d*9rees) (psi) (M I) (psi) 1.90 -1529.20 770.22 0.30 867 11.47 -1861.30 702.22 2.51 141.38 865 - T.65 -1201.70 836.79 -1.97 BM 866 262.3? 775.41 -6.95 0.56 -1525.70 575.84 -T.46 495.75 -6.42 869 0.01 -1557.30 535.05 8 70 869 257.28 777.88 141.92 8^8 -0.58 -1584.20 -1185.60 0.16 5.32 -1565.00 307.42 0.97 873 -9.86 &&5.68 780.31 142.46 871 20.42 -1949.10 167.87 2.03 8 72 GT2 256.14 140.44 18.53 8 76 -37.62 -1150.20 251.40 119.95 143.00 8 74 -13.10 -1801.70 14.31 -103.54 8 75 -10.76 -1665.40 8 75 252.98 782.72 16.37 877 -20.25 -490.48 404.25 157.07

-&1.18 -680.63 230.02 -181.T1 878 16.95 -659.31 308.60 878 251.48 783.85 143.26 877 60.16 12.T& -485.44 280.55 2.35 882 15.13 -3%.82 408.47 784.97 143.51 880 13.98 -409.61 210.98 -66.&v 881 881 249.98 126.77 -0.96 885 -1.20 -396.66 231.M 1.17 883 -2.21 -485.60 28.37 -2.72 884 -1.54 -450.77 884 247.27 786.96 143.97 -0.24 -378.12 82.19 -4.45

-1.94 -528.28 -140.77 -1.77 887 -0.71 -t&8.44 -28 21 -3.38 888 887 2&&.55 788.92 1&&.43 886 -57.53 -T.36 1.30 -455.45 -186.86 -T.06 891 2.55 -323.18 790.87 1&&.87 887 -0.36 -582.03 -313.73 -6.22 8?O 890 241.81

-&55.52 -345.11 -12.13 894 1.41 -237.60 -190.40 -13.77 872 -3.06 -673.23 -498.93 -9.78 873 -0.57 893 237.05 792.77 145.34 4.57 -103.20 -307.45 -20.67 8?5 0.05 -804.74 -692.20 -15.49 896 2.62 -&S6.13 -500.95 -18. 9 8?T 896 236.28 7?&.69 145.80 900 -3.15 85.90 -409.68 -29.55

-12.95 -972.30 -901.92 -21.98 8?9 -T.63 -452.16 -656.04 -26.33 8?9 233.47 796.57 146.26 8?8 -18.31

-&V.31 902 16.41 -438.26 -791.67 -M.1T 903 13.40 337.90 -482.40 230.69 798.42 146.72 901 19.00 -1235.40 -1105.00 9.58 902 27.69 -413.43 -1023.70 -31.16 906 24.65 593.07 -6 4.45 801.66 147.52 904 29.13 -1461.70 -1392.10 -71.90 905 905 225.*? -13.13 909 22.13 600.24 -869.41 29.63 148.32 907 31.09 -1531.60 -1596.40 -56.19 908 27.58 -3?6.59 -1226.40 908 221.3? 805.68 -1.82 912 26.79 603.18 -1062.40 35.97 149.09 910 24.98 -1407.40 -1686.20 -40.00 911 26.65 -380.T4 -13^8.60 911 217.22 809.87 915 23.57 412.68 -1211.30 32.25

-26.05 914 20.88 -365.00 -1437.80 3.33 914 213.41 814.38 149.85 913 17.07 -1177.10 -1677.50 192.67 -1293.00 22.65

-16.33 917 14.53 -350.47 -1441.40 3.37 918 19.70 917 209.99 819.19 150.57 916 8.72 -917.35 -1596.10 11.03

-11.51 920 8.29 -336.99 -1384 60 -0.06 921 14.57 -2.01 -1303.50 920 206.97 824.26 151.25 919 1.76 -687.24 -1470.00 0.30 923 4.00 -325.39 -1284.40 -5.21 926 10.N1 -137.42 -1248.20 923 204.38 829.57 151.87 922 -2.65 -521.43 -1323.00 -10.9/

-T.28

-13.63 926 1.&6 -315.04 -1154.20 -10.34 927 T.20 -204.08 -1139.80 926 202.23 835.08 152.48 925 -4.17 -431.79 -1170.40 -10.92

-16.71 929 1.16 -306.51 -1002.40 -13.75 930 5.75 -212.50 -990.36 929 200.55 840.74 153.01 978 -3.36 -4C3.81 -1015.40 -10.42

-18.35 932 1.67 -297.40 -832.15 -14.28 933 3.15 -197.21 -814.72 932 197. % 846.52 153.48 931 0.02 -407.30 -851.29 -T.58

-14.25 935 0.88 -297.26 -645.50 -10.87 936 2.26 -202.13 -625.61 935 198.61 852.38 153.90 9 34 -0.66 -3?&.30 -MS.91 -12.21 4.50 938 6.06 -313.31 -467.35 -0.70 937 10.24 -203.10 -417.05 9 33 198.37 858.28 154.25 937 2.55 -357.58 -457.54 -35.51 63.47 941 24.25 -335.38 -430.91 3.09 942 12.77 -15?.07 -385.16 941 198.31 858.78 155.28 940 12.31 -326.66 -428.02 -95.58 137.43 944 15.97 -453.58 -398.01 -14.49 945 -10.21 -270.2T -352.95 944 198.32 860.78 154.39 963 -22.94 -531.03 -430.66 -75.05 95.99 947 -26.24 -1102.30 -530.76 -0.34 948 -M.72 -894.79 -471.95 947 198.32 862.78 15&.50 946 -37.47 -1381.to -616.87 -98T.11 -445.96 10.74 17.64 950 7.70 -1205.90 -509.72 14.17 951 4.74 950 198.32 863.78 154.55 947 10.56 -1460.10 -583.98 13.71

-1324.10 -501.34 9.74 953 t.69 -1220.10 -470.44 11.72 954 4.01 -1073.70 -432.80 953 178.32 864.78 154.61 952 -0.68 8.46 10.43 956 -2.31 -1211.10 -422.02 9.47 957 -1.58 -1201.90 -419.93 36 198.32 865.78 154.66 955 -3.04 -1252.60 -427.80 8.01 6.92 959 1.52 -1215.50 -375.08 T.46 9AO 2.53 -1276.60 -393.94 959 198.32 8^6.78 154.71 958 0.55 -1147.80 -354.31 5.43 5.95 962 -0.04 -1212.60 -328.81 5.67 963 -0.07 -1341.40 -367.91 962 1R t2 867.78 154.76 %1 -1.75 -1087.to -290.83 4.21 3.93 965 0.% -1213.50 -282.23 4.07 966 1.10 -1387.40 -3%.83 965 198.32 9^8.8 3 154.82 964 -0.34 -1038.20 -229.30 2.63 2.76 968 -0.35 -1212.50 -238.50 2.67 969 0.35 -1421.30 -301.47 968 198.32 8 9.88 154.87 967 -0.04 -1006.70 -175.87 1.59 971 -0.04 -1212.40 -108.02 1.54 9 72 0.54 -1441.80 -267.17 9 71 198.32 '370.93 154.93 9 70 -0.52 -982.79 -128.94 1.'?

30-Oct-90 UTWO0t. .W1 1* 9

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U h U U U V U U V U V yster Creek Orywell with serv 3 - tMit toed Case No. 3 (Grevity 2 - r*Neting) Middie todas imide WWs Outside W @ s tedlet M*ridimet Ne w #adlet **ridi mot om, sedtst #*ridimet som u+ su sv SZ syv ud su SY sZ SYY sW su SY S2 3rr mW Y 1 bate X (mi) (ml) (mi) (mi) (M I) (mil (p t ) (M I) (mi) (inch) (inch) (d*9 tees) (ml) (mi) (ml)

                                                                                                             -0.04 -1171.70           2.01      0.34   1083      -0.05            -1195.50                   -5.15      0.34 178.32    946.25    158.34        1081      -0.01 -1147.80         9.16      0.33      1082 1082
                                                                                                             -0.04 -1170.90          -1.31      0.34   1086      -0.01            -1201.10                 -10.40       0.34 198.32    948.25    158.41        10R4      -0.06 -1140.60         7.77      0.34      1085                                                                                                                           '

1085 -0.00 -1206.30 -17.23 0.31 1087 -0.M -1133.90 4.48 0.30 10R8 -0.05 -1170.10 -6.36 0.31 1087 10P.8 178.32 950.25 158.40 -25.73 0.21

                                                                             -1.29      0.21      1991       -0.05 -1167.30        -13.50       0.21   1092          (r.08 -1210.10 1091     198.32     752.25   158.57        1090      -0.16 -1128.50                                                                                                                                      -35.82       0.03
                                                                           -10.20        0.03     10?&       -0.c5 -1168.50        -22.97       0.03   1075          0.06 -1211.20 10?&     198.32     954.25   158.65        1093      -0.21 -1125.90                                                                                                                                      -47.39      -0.28
                                                                                       -0.26       1097      -0.03 -1167.80        -35.00     -0.27    1008          0.15         -12"? 10 1097     198.32     756.25   158.72        1096      -0.20 -1126.60      -22.60
                                                                                                             -0.05 -1167.30        -41.53     -0.45    1101           0.01 -1205.00                        -52.93      -0.44 178.32     957.20   158.76        10??      -0.10 -1129.70       -30.19     -0.46       1100 1100 0.05 -1167.00       -48.55     -0.67    1104           0.19 -1t??.50                        -58.37      -0.67 178.32     958.16   158.77        1102      -0.07 -1134.30      -38.67      -0.65       1103 1103 1106                 -1166.50   - M.02      -0.92   1107      -0.03 -1172.10                            -63.81      -0.88 178.32     957.11   158.83        1105      -0.28 -1141.30       -48.39     -0.96                 -0.16 1106 0.29 -1166.40       -63.77      -1.21   1110           0.45 -1181.80                        -6R.47      -1.29 198.32     960.06   158.87        1108        0.14 -1150.10      -58.77     -1.12       1109 1107                                                                                                                                        -3.53              -0.44 -1169.90                           -T3.31      -1.37
                                                        -0.76    -1162.80   -70.97     -1.73       1112      -0.60      -1165.30   -71.82              1113 1112    198.32     961.01    158.90       till
                                                                                                                                                                                                           -75.74      -2.25
                                                                            -82.62     -1.54       1115         1.14 -1166.50      -77.84      -1.90   1116             1.35 -1152.50 1115    198.32     961.97    158.96       1114         0.91 -1176.20                                                                                                                                    -77.94
                                                                            -98.00     -3.01       1118       -1.90 -i162.90        -87.67     -2.30   1117       -1.81 -1136.60                                       -1.57 tita    198.32     962.92    158.97       1117       -1.97 -1197.80
                                                                                       -1.30       1121         2.38 -1768.90       -95.82     -2.74    1122            2.98 -1107.20                       - TT.33    -4.17 1121     198.32    963.87    157.01       1120         1.74 -1213.70 - 107..'3                                                                                                  -1092.00                 -80.62     -0.48
                                                                                       -5.96       1124         1.08 -1156.90       -99.55     -3.21    1125      -0.10 1174     198.32    964.82    157.04        1123        2.23 -1251.30 -127.32                                                                                                                                        33.93
                                                      -26.48 -1381.40 -180.84        -41.27        1127     -23.40 -1052.30         -81.63     -3.T3    1128    -20.40 -1167.80 -115.70 1127     198.32    965.78    157.08        1126                                                                                                                                                            68.97    35.77
                                                                                      -55.60       1130       14.15 -1032.00        -64.66      0.97    1131      12.47              -584.59 1130     178.32    965.88    157.08        1127      18.81 -1694.10 -201.58                                                                                                       -256.40                150.53     -3.57
                                                                                        -6.24      1133         0.95 -1090.90       -87.70     -T.44    1134    -39.98 1153     198.32    966.25    159.10        1132      46.48 -1525.50 -204.05                                                                                                                                88.69   -36.T3 64.38       1136       33.66 -1036.50        -61.67     -8.06    1137      57.77              -558.c5 1136     198.32     966.63   150.11        1135      20.75 -1524.80 -211.69                                                                                                     -1105.90                 -97.47    -27.52 36.36       1139    -18.57 -1056.80         -83.24       4.47   1140    -16.61 1139     198.32     9t%.73   159.11        1138    -20.63 -1426.20 -194.45                                                                                                                               -67.86       1.42 6.40      1142        0.31 -1154.30 -103.97            3.91   1163       -0.62           -1037.00 1142     198.32     967.73   157.15        1141         1.18 -1297.00 -146.23                                                                                                                             -70.87      4.76 2.04      1165         2.46 -1164.70 -101.72           3.37   1746              3.03 -1061.90 1145     198.32     968.73   157.17        11&&         1.86 -1251.70 -127.74                                                                                                   -1007.20                  -76.80      2.21 3.58      1148       -1.87 -1158.30       -94.99       2.90   1147        -1.74 1148     178.32     967.73   157.22        1147       -2.02 -1227.80 -115.69                                                                                                                              - 75.26     2.77 2.08                   1.17 -1161.10      -87.91       2.43   1152               1.41 -1118.60 1151     19a.32     970. 73  157.26        1150         0.91 -1199.20 -97.22                     1151
                                                                                                                                                                                    -1140.80                 -T&.87      1.84
                                                                             -86.30       2.18      1154         31 . 6 3 -1159.10   -80.25      2.01   1155        -0.44 1154    178.32     971.73    157.30       1153       -0.83    -1177.60                                                                                                                                               1.T1 1157         0.36 -1159.60       -72.24      1.62   1158              0.55 -1156.60                      -71.65 1157     198.32     972.73   157.33        1156         0.18 -1161.30     -72.66       1.54
                                                                                                                         -1158.70    -64.26      1.28   1161        -0.07 -1170.40                           -67.88      1.26 9 73.73  157.37        1157       -0.37 -1147.80      -60.90       1.30      1160       -0.26 1160     198.32                                                                                                                                                         0.36 -1180.30                     -62.97      0.96 0.03 -1136.30     -49.64       1.00      1163         0.19 -1158.70       -56.42      0.98    1164 1163     198.32     974.73   157.40        1162                                                                                                                                                                       0.77 1166       -0.22 -1157.80        -48.88      0.71    1167         -0.18 -1188.40                         -58.15 1166    ??8.32     9 75.73   159.44        1165      -0.25    -1128.40   -37.98       0.66
                                                                                                                                     -41.68      0.&8    1170               0.35 -1194.20                    -52.70      0.54 1?P.32     976.73    157.47        1168      -0.17    -1121.40   -30.84       0.41      1160         0.08 -1157.50 1169                                                                                                                                                                    0.08 -1177.70                      40.32     0.13 1171      -0.25    -1116.40   -15.93       0.05      1172       -0.09 -1156.80        -28.04      0.07    1173 1172    198.32     978.93    159.55                                                                                                                                             -1196.20                  -29.34    -0.22
                                                                              -5.21      -0.11       1175      -0.33 -1156.20        -17.35     -0.16    1176         -0.14 1175    198.32     981.13    159.63        1174       -0.50   -1115.60 1.35 -1155.00        -8.73    -0.30    1177                1.44 -1191.20                    -17.58    -0.23 1178    179.32     983.33    157.71        1177        1.28 -1117.50        1.91     -0.37       1178 0.40    -0.37    1182         -0.04         -1170.00                   -8.38     0.20 985.53    157.78        1180       -0.06 -1117.50        9.17     -0.95       1181       -0.05 -1140.70 1181     178.32                                                                                                                                                    -1.51        -1148.70                    0.81    -0.23
                                                          -1.37 -1103.50       1&.38     -0.36       1184       -1.45 -1126.50          T.50    -0.30    1185 1184     198.32    987.73    157.86        1'93                                                                                                                                                             6.67    -0.25 15.21     -0.16       1187        0.24 -1125.30         10.03    -0.20    1183                0.15 -1143.10 1107     1?8.32     989.94   159.93        1186        0.33 -1108.00 v1Wr00t..UK1 30-Ort-90 ran* 11

h o O O O O O O g h O O Wster Cr**k Drywat t with sam - Unit tom Case No. 3 (Grevity 2 - refueling) Middle swips inside mMes Outsida modas #sdiet paridionet Roao Radlet Meridionet Moop Radlet Meridionet Woop sMe St SY $2 st2

                                                                                                                              $2       SNY 52       $x7      Mode        Sr           SY (psi)       (psi) theta    Mode       SK            sf                                                                     (psi)               (psi)        (psi) mMa          x        Y                                                                              (pst)       (psi)      (psi)

(psi) (psi) (psi) (psi) (inch) (Inch) (degrees) -0.06

                                                                                                                                       -0.08      1191     -0.10 -1139.10               6.25
                                                                                                      -0.01 -1124.70          10.60 1189        0.09 -1109.80       15.08    -0.12      119G 1196     -0.18      -1138.00          6.02       0.00 1190     198.32   992.14   160.01                                                                    -0.09 -1123.60         10.34      0.06 0.01 -1109.60       16.55      0.07     1193 1197     -0.03      -1138.80          4.30       0.17 1193     198.32   996.34   160.08     1192 1196         0.06 -1122.90          9.06     0.14 1195        0.12 -1106.80       13.90      0.12                                                                     -0.16     -1141.80          0.71       0.22 1196     198.32   996.54   160.16                                                         1199       -0.09 -1121.90           6.69     0.23     1200 1198      -0.02 -1102.20        12.59      0.25                                                                     -0.02 -1146.10            -4.55        0.30 1199     198.32   998.74   160.23                                                                      0.00 -1121.20          2.95     0.29     1203 0.03 -1096.10        10.47     0.27     1202 1206      -0.06 -1151.10          -11.82         0.29 1202     198.32 1000.94    160.30     1201
                                                                                                       -0.08 -1120.20          -2.54     0.29
                                                  -0.10 -1089.50          6.68     0.30      1205 1209        0.09 -1155.30         -20.93         0.26 1205     198.32 1003.15    160.37     1204
                                                                                                       -0.03 -1119.40 -10.17              0.23
                                                  -0.13 -1983.50          0.60     0.22      1208 0.04 -1157.10         -31.88         0.06 1208     198.32 1005.35    160.45     1207
                                                                                                       -0.11 -1118.50       -20.31        0.06    1212
                                                  -0.24 -1080.10         -8.79     0.07      1211 0.18 -1155.40          -64.48      -0.25 1211     198.32 1007.55    160.52     1210
                                                                                                       -0.01 -1117.80 -33.19            -0.26     1215
                                                  -0.19 -1080.30       -21.93     -0.22      1214
                                                                                                                                                            -0.02 -1151.70           -49.98       -0.42 1214     198.32 1009.75     160.59    1213
                                                                                                       -0.08 -1117.20 -39.58            -0.42     1218
                                                                       -29.26     -0.61      1217                                                                                    -55.30       -0.64 160.62    1216      -0.12 -1083.00                                                                        -0.62     1221        0.20 -1146.40 1217     198.32 1010.70                                              -37.62     -0.61      1220        0.07 -1117.00 -46.39                                                        -60.65       -0.83 160.65    1219      -0.05 -1087.20                                                                        -0.86     1224      -0.06 -1139.60 1220     198.32 1011.66                                              -46.76     -0.90      1223      -0.16 -1116.40 -53.61                                                         -65.22       -1.22 160.68     1222      -0.28    -1093.70                                                                    -1.16      1227        0.43 -1129.80 1223     198.32 1012.61                                              -56.70     -1.06      1226         0.28 -1116.40 -61.10                                                       -69.93       -1.29 160.71     1225        0.14 -1102.00                                                                      -1.45      1230      -0.42 -1118.60 1226     198.32 1013.56                                              -68.35     -1.61      1229       -0.58 -1115.30 -68.83                                                        -T2.32       -2.16 1228     -0.73     -1114.00                                                                    -1.80      1233        1.30 -1102.10 1229    198.32 1014.51     160.74
                                                                       -79.&8     -1.46      1232         1.09 -1116.40 -76.53                                                       -76.41       -1.50 160.77     123t        0.87 -1126.60                                                                      -2.19      1236      -1.73 -1087.00 1232     198.32 1015.47                                              -94.17     -2.87      1235       -1.81 -1112.90 -84.04                                                        -73.96       -3.99 160.80     1234      -1.90 -1147.20                                                                       -2.61      1239        2.85 -1059.00 1235     198.32 1016.&2                                                         -1.23      1238         2.27 -1118.60 -91.85                               -0.08 -10&&.50          -77.16       -0.85 160.83     1237        1.66 -1162.20 -104.88                                                               -3.06     1242 1238    198.32 1017.37                                                         -5.66      1241         1.05 -1107.10 -95.41                                                                    32.52 160.86     1240        2.15 -1198.00 -122.13                                                               -3.56     12&5    -19.56 -1119.10 -110.91 1241     198.32 1018.32                                                        -39.52      12&&     -22.44 -1007.10 -78.09                                            -559.10        65.73       34.15 198.32 1019.28    160.89     12&3    -25.39 -1322.30 -173.32                                13.18     -987.69     -62.14      0.81     1248      11.10 12&&

17.91 -1430.&P -193.22 -53.35 1247

                                                                                                                                                           -38.38        -245.00      1&&.01       -3.59 1247     198.32 1019.38    160.89     1246 0.76 -10&&.10       -84.12     -7.44     1251
                                                                                   -6.25      1250                                                                       -533.35        85.53    -35.11 198.32 1019.75    160.9r     1249      &&.39 -1461.10 -195.78                                         -992.16     -59.07     -7.89     1254      56.38 1250                                                                           42.11       1253      32.66                                                                         -92.41     -26.13 160.91     1252      19.85 -1661.10 -203.26                                                                  4.29    1257    -15.78 -1055.40 1253     198.32 1020.13                                                         34.61      1256    -17.63 -1011.60 -79.80                                             -c91.&O      -66.06         1.37 160.92     1255    -19.58 -1367.30 -186.87                                                                   3.75    1260       -0.61 1256     198.32 1070.23                                                           6.13     1259         0.27 -1106.50 -99.55                                                       -66.99         4.55 160.95     1258         1.10 -1243.90 -140.87                                                                3.25    1263         2.89 -1913.40 1759     198.32 1021.23                                                           1.96     1262         2.36 -111&.50 -97.30                                                       -72.53         2.12 1261         1.78 -1200.40 -123.01                                                                2.78    1266       -1.66 -1047.20 1262     198.32 1022.23     160.98 3.44     1265       -1.78 -1108.30 -90.73                                                        -70.93         2.68 1264       -1.93 -1177.50 -111.32                                                                 2.34     1269        1.34 -1967.80 1265     198.32 1023.23     161.01 2.00     1268         1.11 -1111.00 -83.80                                                       -70.38         1.77 161.06    1267         0.87 -1150.00 -95.38                                                                 1.96     1272      -0.41    -1089.10 1268     198.32 1026.23                                              -82.76       2.10     1271       -0.58 -1109.10 -76.26                                                        -66.95         1.66 161.07     1270      -0.77 -1131.10                                                                         1.57     1275        0.49 -1106.50 1271     198.32 1025.23                                              -69.&6       1.48     1274         0.31 -1109.50 -68.36                                                       -63.26         1.21 161.10     1273        0.13 -1113.4C                                                                        1.25     1278      -0.02 -1117.80 1274     198.32 1026.23                                              -57.82       1.28     1277       -0.16 -1108.70 -60.46                                                        -58.44         0.98 161.13     1276      -0.30 -1100.20                                                                         0.96     1281        0.23 1127.60 1277     198.32 1027.23                                              -46.81       0.94     1280         0.06 -1108.50 -52.66                               -0.02 -1135.20           -53.40        0.71 161.16     1279      -0.10 -1089.20                                                                         0.71     1284 1280     198.32 1028.23                                              -36.96       0.72     1283         0.03 -1108.00 -45.14                                           '411.50      -48.12        0.52 161.19     1282      -0.02 -1081.00                                                                         0.50     1287        0.23 1283     198.32 1029.23                                               -27.76      0.48      1286      -0.b5 -1107.60 -37.94                                                         -34.52        0.13 161.22     1285      -0.32 -1073.60                                                                         0.12     1290        0.08          ' 90 1286     198.32 1030.23                                               -11.03      0.12     1289       -0.07 -1106.80 -22.76                                  0.09
                                                                                                                                                                                       -22.97       -0.08 161.29     1208      -0.20 -1067.70                                                                        -0.08     1293                  - i 1289    198.32 1032.65                                                 1.13     -0.07      1292      -0.08 -1105.80 -10.91                                 -0.04    -114..         -13.90       -0.15 198.32 1035.08     161.36     1291      -0.22 -1065.60                                                              -2.47     -0.15     1796 1292                                                                   8.92     -0.15      1295       -0.08 -1106.90 198.32 1037.51     161.44     1294       -0.09 -1066.90 1795 30-ort-90 WTUPOOL.ur1 page 12
                                                                                                            '                                                                                 \               l l                     R l

MOE M

ll h l l l DySQer Ceeek crywatt with sand - tmit toed Case No. 3 (crevity 2 - refuelf ag) I Insida todas Midfle uds Outsida W d s Rodist Meridionet mono todlet Meridionet som SMZ toolet maridionet som SX SY S2 SXY Noda Su SY SZ SI SWT Node (psi) 1hete Mode SW $7 (M I) (Psil (M I) (M I) C>y3 N Y (M I) (M I ) (M I) (psi) (M I) (psi) (M I) (inch) (inth) (d*97aes) -7.74 -0.15 2.75 -0.15 1299 -0.07 -1138.80 13.20 -0.14 1298 -0.08 -1103.90 -1135.30 -4.66 -0.09 161.51 1297 -0.05 -1069.00 5.06 -0.09 1302 -0.04 1278 108.32 1039.94 14.71 -0.10 1301 0.00 -1103.00 -4.50 -O 01 l 161.58 1300 0.06 -1070.70 4.76 -0.03 1305 -0.07 -1132.20 1301 198.32 1042.36 16.00 -0.06 1304 -0.06 -1101.40 -7.28 0.02 161.65 1303 -0.00 -1070.60 1.88 0.G1 1308 -0.14 -1130.30 l 1304 105.32 10&&.79 11.02 0.01 1307 -0.13 -1099.80 -12.86 0.00 161.72 1306 -0.10 -1069.30 -3.72 0.01 1311 0.03 -1129.30 130F 1?8.32 1047.22 5.40 0.01 1310 -0.04 -1078.90 -1127.10 -20.71 -0.08 161.78 1309 -0.09 -1068.40 -11.94 -0.08 1514 -0.01 1310 198.32 1049.65

                                                                        -1068.70       -3.18     -0.09      1313       -0.08 -iO97.90                                         0.13 -1123.00              -30.48       -0.30 161.85     1312      -0.14                                                                       -22.70      -0.30      1317 1313              198.32 1052.07                                                -14.89      -0.29      1316       -0.03 -1097.10                                                                    -34.23        -0.41 161.92     1315      -0.18    -1071.10                                                           -27.56      -0.42      1320       -0.04 -1118.60 1396              ??S.32 1054.50                                                -20.92      -0.t&      1319       -0.04 -1096.50                                                                    -37.98        -0.59 161.95     1318      -0.03 -1074.60                                                              -32.13       -0.57      1323        0.15 -1113.60 1319              198.32 1055.67                                                -27.43      -0.55       1322        0.05 -1096.20                                                        -1107.40   -41.71        -0.71 161.97     1321      -0.04    -1078.70                                                           -38.14       -0.74      1326      -0.06 9322              998.32 1056.43                                                -34.73      -0.78       1325      -0.15 -1095.70                                                                     -44.74       -1.02 162.00     1326      -0.23 -1086.40                                                               -43.69      -0.94      1329        0.39 -1993.90 1323              198.32 1057.40                                                -42.35      -0.86       1328         0.28 -1095.60                                                                   -47.97       -1.01 162.03     1327        0.18 -1091.40                                                              -49.34      -1.17      1332      -0.46 -1089.70 1929              178.32 1058.36                                                -31.31      -1.33       1331       -0.56 -1094.50                                         1.23 -1076.00              -49.03       -1.76 162.05     1330      -0.67 -1101.30                                                               -54.85      -1.42      1335 1331              198.32 1059.33                                                 -59.43      -1.09      1314         1.07 -1095.70                                                        -10 4 .50  -51.90       -1.03 162.08      1333        0.90 -1111.20                                                             -60.09      -1.70      1338        1.71 1334              178.32 1060.29                                                 -70.71      -2.37      1337       -1.74 -1092.20                                                                    -48.67       -3.34 162.11      1336      -1.78    -1128.00                                                           -65.61      -2.01      1341        2.61 -1941.30 1337             198.32 1061.26                                                 -77.87      -0.68      1340         2.09 -1097.70                                                                   -50.95         0.17 162.13     1339        1.55 -1138.60                                                             -66.88      -2.33      1344        0.25 -1032.10 1540              178.32 1062.22                                                -90.84      -4.82      1343          1.42 -1086.70                                                                  -83.97       34.19 162.16     13 4        2.56 -1168.30                                                    -987.53  -47.92      -2.69      1347     -20.08 -1110.50 1343              198.32 1063.19                                                          -39.46       1346     -23.09                                                                                 88.90      31.44 162.19     1345    -26.18 -1787.00 -138.55                                                       -Q.08       -3.12      1350     -11.69 -541.78 134G              178.32 1064.15                                                          -54.42       1349         4.86     -974.91                                                                186.60        -4.04 162.19     1348      16.99 -1368.10 -150.16                                                      -57.31      -T.54      1353       -1.87 -224.52 1349              198.32 1064.25                                                            -5.55      1352       39.66 -1078.80                                                           -525.65   111.49     -32.81 162.19     1351      72.06 -1368.40 -134.18                                                      -37.41       -4.15      1356      49.2T 1352              198.32 1064.50                                                            43.42      1355       27.07 -1000.10                                      -16.30 -10 %.&O                -70.23     -27.72 198.32 1064.75     162.20     1354      16.58 -1386.90 -155.74                                             -992.02   -&8.40       3.24      1359 1355                                                                                        34.09       1358    -18.14                                                                     -996.4T   -42.22        0.51 162.20     1357    -20.05 -1315.00 -145.73                                                        -68.31       2.86      1362      -0.&O 1350              108.32 1064.85                                                              5.20      1361         0.44 -1084.60                                                                   -41.87        3.79 162.23     1360         1.26 -1198.60 -102.09                                                     -66.92       2.52      136%        2.71 -1011.00 1361              198.32 1065.85                                                              1.25      1364         2.28 -1094.40                                                                   -46.57        1.54 l

198.32 1066.85 162.26 1363 1.81 -1162.90 -87.43 -1.76 -1088.30 -61.42 2.19 1368 -1.70 -1038.50 1344

                                                                 -1.84 -1146.10        -78.65       2.86      1367 1371        1.26 -1054.30              -44.79        2.23  f 195.32 1067.85     162.28     1566                                                                 1.11 -1091.00     -55.73       1.90                                                                 I 1367                                                                             -65.40       1.56      1370
                                                                                                                                                                              -0.49 -1072.10               -44.52         1.48 198.32 1068.85     162.31     1369         0.93 -1123.50                                                  -1089.06   -49.53       1.63      1376 1370                                                                             -55.17       1.79      1373       -0.60                                                                             -41.76         1.4T i

162.34 1372 -0.72 -1108.10 -43.00 1.40 1377 0.4 T -1085.20 f 1373 198.32 1069.85 -43.88 1.33 1376 0.36 -1089.50 -39.22 1.19 162.36 1375 0.24 -1092.60 -36.48 1.20 1380 -0.17 -Ic77.50 f 1376 178.32 1070.85 -34.01 1.21 1379 -0.25 -1088.60 -35.66 1.00 162.39 1578 -0.32 -1080.50 -30.07 1.03 1383 0.32 -1167.20 1379 198.32 1071.85 -24.20 1.06 1382 0.20 -1083.70 -0.25 -1116.50 -32.58 0.99 162.42 1381 0.09 -1069.20 -23.86 0.90 1336 1387 198.32 1072.85 -15.57 0.80 1385 -0.17 -1087.70 -29.65 0.87 162.44 1384 -0.07 -1060.30 -18.11 0.78 13M9 -0.09 -1125.90 1385 198.32 1073.85 -6.81 0.70 1388 -0.26 -1087.40 -22.43 0.70 162.47 1587 -0.41 -1049.70 -T.10 0.64 1392 0.84 -1137.70 1388 198.32 1076.85 8.05 0.59 1391 0.91 -1086.70 -0.07 -1140.60 -16.71 1.01 178.32 1077.07 162.53 13?O 0.99 -1036.30 -1076.60 2.&8 0.60 1395 1391 21.64 0.20 1394 -0.11 -1.17 -1143.80 -15.65 0.74 162.59 1393 -0.11 -1012.70 -1066.50 T.58 0.69 13?8 13?& 198.32 1079.28 30.90 0.63 1397 -1.11 -22.70 0.73 162.64 1396 -1.01 -9*.8. 73 5.15 0.77 1401 0.02 -1158.10 1397 198.32 1081.50 0.80 1400 0.03 -1065.40 -36.76 0.81 162.70 13?? 0.09 -973.15 32.81

                                                                                                                                                -4.32      0.78      1604      -0.10 -1172.80 1&GD              198.32 1083.71                                                  28.15       0.75      1603       -0.17 -1064.80 198.32 1085.93     162.76     1.02       -0.19 -956.45 1603 30-Oct-90 UTWr00L.WK1 Pcg* 13

O 92*e Creek Oryvett with sard - 13 nit tow 3 Case me. 3 (Grevity 2 - refuetin9) nickite modes Insf& #@s 0;tside w @ s Radiet Meridionet Woeo endlet meridionet som Radiet Meridienet moep su sv S2 sw2 S2 SYY sede 52 srv mode sr 57 (p95) (psi) Y 1hete mode Sr SY (p91) (psi) (psil (p9I) God. t (pel) (psi) (psi) (p91) (PSI) (inch) (dagrees) (psi) (inch) -58.02 0.63

                                                                                                                        -21.26      0.65      1407       -0.00 -1186.30
                                                            -941.59     15.35     0.67    1406      0.25 -1063.80                                                            -86.16    0.30 198.32 1088.16      162.81    1605     -0.43                                                                 -46.86      0.28      1&to         0.24 -1194.00 1406
                                                            -931.99     -T.60     0.26    1409     -0.18 -1063.00                                                                     -0.44 1409    198.32 1090.36      162.87    1408     -0.54
                                                                                                   -0.25    -1062.10    -81.71    -0.42       1&13         0.T1 -1190.30 -120.10
                                                            -934.07   -43.44     -0.41    1412                                                                                        -1.57 162.92    1411-    -1.16                                                                           -1.57       1416         0.40 -1167.00 -157.50 1412    198.32 1092.57
                                                            -955.44   -93.83     -1.57    1&15     -0.18 -1061.20 -125.64                                                             -3.29 193.32 1094.79      162.98    1414     -0.70                                                                           -3.27       1&19         1.12 -1126.60 -197.05 1415
                                                            -996.04 -157.30      -3.26    1418     -0.12 -1060.40 -177.20                                                             -4.22 1410   198.32 1097.00      163.03    1417     -1.34 0.00 -1059.80 -202.1T         -4.25       1622       -0.10 -1083.50 -209.75 0.12 -1036.00 -194.58        -4.27    1&21 0.79 -103T.90 -221.27      -3.38 1&21   198.32 1098.00      163.06    1&20 0.06 -1059.40 -227.47        -5.33       1&25
                                                  -0.69 -1080.70 -233.61         -5.23    1&24 1628         0.46 -981.79 -229.72       -6.51 1626   198.32 1099.00      163.08    1&23
                                                                                                   -0.10 -1058.80 -252.&?         -6.54 1&26     -0.69 -1136.30 -275.35         -6.57    1&?T 1.08    -913.17 -233.06    -T.98 1&27   198.32 1100.00      163.11                                                                0.35 -1058.80 -2T6.39        -T.87       1631
                                                  -0.38 -1203.20 -319.33         -T.TT    1&30 1634         0.13 -832.71 -231.22       -9.17 1430   998.32 1101.00      161.13    1429
                                                                                                   -0.56 -1057.50 -298.23          -9.33 1432     -1.15 -1284.30 -365.84         -9.48    1433 1&37         2.31     -T35.75 -220.29 -11.25 1433   198.32 1102.00      163.15                                                     1436       1.23 -1058.60 -316.92      -10.88 1&15     -0.01 -1377.20 -412.03       -10.51                                                                     -1.97 -628.72 -203.70      -11.88 1436   198.32 1103.00      163.18                                                              -1.39 -1055.10 -330.88       -12.52        1&&O 1438      -1.01 -1689.30 -460.21      -13.15     1&39 T.26     -496.52 -169.36  -15.52 1439   198.32 1104.00      163.20                                                     1442       1.86 -1060.30 -339.58       -14.21       1&&3 1&&1      -3.80 -1609.10 -$05.01      -12.90                                                         1&&6      -12.53 -366.87 -136.48       -13.64 1&&2   198.32 1105.00      163.23                                                                3.53 -1050.00 -336.13       -15.92 19.27 -1757.30 -542.67       -18.19     1&&S
                                                                                                                                                        -34.01      -577.68 -196.09   &&.19 1445   198.32 1106.00      163.25    '444 1&&8   -21.45 -1027.60 -326.82          -9.32       1&&9 1447   -22.60 -1532.50 -477.94        -80.92                                                         1452       ?&.t" -762.12 -211.83       67.49 1&&O    198.32 1107.00     163.28                                                               17.63     -713.78 -198.74    -17.51
                                                   -T.52 -601.47 -171.98        -85.88     1&51 1655       18.42     -833.75 -228.70    19.62 1451    198.47 1108.25      163.29    1&S0 1.31     -547.89 -132.30    -27.27 1453   -13.06      -158.25   -19.39   -16.80     1&54 198.63 1109.50      163.31 1654 3          30     l"       "

2 5 131 2 1 1 1 97 -687.68 -796&.10 2846.70 660.58

                                                                                                -2625.00 -6164.10 2362.30 221.02
                                               -4564.10 -14869.00 -5850.60 -510.96 I

i  ; i

U C~ U b U U U v v v v-O Itar Creek Crywlt with Sand - thit Lead Case me. 4 (tJrdine&d seisMe) Middle modas inside *

• s Outsid sodas endiet necidimet weep

& Hie Esdiet peridionet noop mediet peridienst moop SIZ SX SY SZ SKY SYZ SIZ SN SY 52 sur sY2 sx2 mode SK SY SZ SxY SYZ (psi) (psi) (psi) (psi) (psi) (psi) (pel) (psi) (psi) (psi) (psi) (psi) (psi) (psi) (psi) (psi) (psi) (psi) 506.20 215.96 18.00 209.81 0.22 53.27 206.75 46.55 13.56 210.12 0.16 2 372.83 1224.29 480.85 22.16 209.50 0.19 212.93 67.89 506.13 130.66 16.44 207.26 0.55 30.27 118.76 43.06 14.79 207.71 0.50 5 105.43 1096.39 296.44 17.85 206.81 0.59 25.90 502.58 131.26 13.14 206.73 0.55 21.90 136.90 39.16 12.M 205.56 0.49 0 30.08 869.17 252.48 13.50 203.91 0.59 498.85  %.98 10.33 202.27 0.53 17.28 315.71 35.80 9.72 203.31 0.48 11 16.56 684.26 159.82 10.87 201.25 0.58 16.91 496.79 65.86 7.83 199.85 0.53 12.55 &&T.30 Q.33 7.99 200.99 0.48 14 12.14 544.18 89.33 7.M 198.74 0.57 12.33 8.58 492.29 33.50 5.71 197.48 0.52 8.64 SQ.49 39.22 5.80 198.63 0.47 17 8.55 443.77 30.23 5.64 196.37 0.56 0.56 5.54 488.94 17.38 3.98 195.16 0.51 5.47 603.37 29.29 4.45 196.24 0.4 20 5.64 373.69 34.35 3.53 194.09 3.10 484.09 37.98 2.60 192.87 0.50 2.91 639.26 20.98 3.01 193.85 0.4 23 3.31 330.12 74.1T 2.24 191.90 0.55 479.72 62.56 1.54 190.62 0.50 0.99 653.96 25.44 2.11 191.49 0.45 26 1.58 305.45 106.88 1.03 189.77 0.55 1.28 474.53 83.87 0.85 188.43 0.49 0.45 653.98 40.06 1.27 189.16 0.44 29 0.91 296.03 130.88 0.75 187.70 0.54 0.73 469.55 101.12 0.48 186.27 0.48 1.39 6 4.90 56.56 0.79 186.88 0.44 32 0.M 296.53 147.69 0.37 185.67 0.53 1.06 464.18 114.30 0.&2 184.17 0.48 1.99 625.18 71.76 0.41 184.65 0.43 35 1.12 303.91 158.08 0.53 183.69 0.53 1.56 458.92 123.70 0.47 182.12 0.47 2.30 603.27 86.87 0.40 182.50 0.43 38 1.39 314.96 163.50 0.70 181.75 0.52 1.85 1.96 453.53 129.73 0.&& 180.13 0.47 2.Q 579.68 95.32 0.30 180.40 0.Q 41 1.49 327.88 164.80 0.71 179.85 0.51 448.23 132.84 0.47 178.19 0. 6 2.39 555.75 103.16 0.35 178.38 0.42 44 1.46 341.02 163.04 0.68 177.99 0.50 1.93

                                                                             &&2.%     133.51        0.43   176.30      0.45      2.29  532.62    108.48                                                              0.33   176.44     0.41 47      1.37   353.58    158.92      0.59  176.17     0.49      1.83 437.78    132.20        0.4    17&.47      0.45      2.17  510.64    111.58                                                               0.35  174.56     0.61 50      1.26   365.13    153.08      0.52  174.39     0.49      1.72 432.73     129.32       0.41   172.70      0.44      2.08  489.81    112.86                                                               0.38  172.76     0.41 53      1.20   3 75.73   145.96      0.u   172.65     0.48      1.63 G 7.76    125.28        0.39    170.99     0.44      1.98  470.08     112.67                                                              0.35  171.03     0.40 56      1.13   385.64    137.93      0.Q    170.95    0.47      1.55 423.03     120.43       0.Q     169.33     0.43      1.96  450.98     111.57                                                              0.45   169.3T    0.40 59      1.13   3E06      129.36      0.35  169.29     0.&6      1.54 1.62   418.32     115.13       0.4     167.72     0.43      2.03  431.98    109.91                                                               0.37  167.78     0.39 62      1.22   405.00    120.32      0.45   167.66    0.46 413.83     109.6&       0.45    166.15     0.4       2.06  412.57     108.to                                                              0.51   166.25    0.40 65      1.20   415.09    111.28      0.32   166.04    0.45      1.63 409.14     104.35       0.43    16&.62     0.Q       2.0T  393.45     106.42                                                              0.38   164.78    0.39 68      1.23   4 5.60    102.52      0.50   164.46    0.44      1.65 406.97     99.51       0.56    163.14     0.41      2.22  3T3.39     105.47                                                              0.70   163.38     0.39 71       1.41  436.69     94.53      0.31   162.90    0.&4      1.82 400.42      95.35       0.53    161.70     0.41      2.37  352.58     105.33                                                              0.49   162.03     0.39 74      1.57   449.97     86.94      0.66   161.36    0.43      1.97 396.76     92.15       0.76    160.29     0.41      2.64  329.1T     107.32                                                              0.99   160.74     0.38 TT      1.85   464.59     80.43      0.39   159.84    0.Q       2.24 392.12     90.17       0.82    158.92     0.40      2.85   304.55    110.96                                                              0.73   159.49     0.38 80      2.06   482.76      74.21     0.97   158.35    0.43      2.46 2.80    389.10     89.80       1.10    157.57     0.39      3.19  275.95     118.41                                                              1.4    158.28     0.38 83      2.41   501.89     69.23      0.06   156.85    0.38 2.92    383.95     91.66       1.4     156.23     0.50      3.31  2&T.33     128.13                                                               1.19  157.05     0.39 86      2.53   525.23     64.32      1.62   155.45    0.60 3.16               96.08       2.13    154.96     0.40      3.54   214.25    143.54                                                              2.38   156.01     0.3T 89      2.77   546.76     60.46      1.96   153.76    0.37              381.83 375.59    105.86       2.87    153. 4     2.4       3.41   185.77    161.27                                                              2.70   154.12     1.40 92      4.59   571.47     58.54      2.98   153.Q     3.t&      3.98 339.95    127.73      12.00    139.84     7.74     12.62   227.32    160.00                                                             15.86   139.97     4.44 95     25.61   481.02     90.64     21.41   147.17   13.39     21.10 146.67      23.07    116.81    22.51     13.51   309.55    147.92                                                             21.01   120.72     T.76 98    41.59    2 M.72    154.55     24.37   111.60   36.61     21.29    291 &&

249.67 158.80 16.10 100.27 8.81 3.36 379.30 128.67 5.83 105.09 5.TT tot 3.91 70. 7 206.47 ~ 6.7& 82.17 7.16 8.58 223.06 182.44 0.97 91.31 1.79 1.47 394.88 136.78 1.02 93.90 1.22 104 1.21 51.89 228.54 1.04 88.18 2.35 1.32 220.58 195.62. 0.90 90.39 0.25 1.49 380.89 152.70 0.67 91.97 0.23 107 1.Q 63. 4 228.40 1.06 88.99 0.23 1.46 mountsas.ut1 30-Oct-90 fa9e1 f

y . u . . * *

• u 4 .

O ter Creet Orywlt with Sand - Unit Lead Cese wo. 4 (tJnfloadaf seismic) f aside we&s l Midfie Wo*s l Outsl+ Wo & s Radiol Meridienst peep Redist Meridiennt som ST SZ Sx? $72 Sx2 hdite todist peridinnet noop GNf STZ SIZ Su SY $2 SXY SYZ SXZ St (psi) (M I) mod. Sr SY S2 (psi) (Psil (M I) (psi) (psi) (MI) (psi) (psi) (psi) (psi) (psi) (psi) (psi) (M I) (Dsi) (psi) i 1.62 364.39 166.83 0.79 91.34 0.26 206.18 0.95 89.68 0.29 1.15 87.99 0.35 1.59 218.83 179.18 0.90 90.66 0.23 110 1.55 75.71 245.71 1.03 68.89 0.24 1.70 347.29 87.35 0.25 1.67 216.60 214.75 0.97 89.61 0.23 1.63 89.38 250.29 1.12 88.12 0.25 1.73 329.54 190.05 113 0.27 1.70 216.63 221.45 1.07 88.77 0.23 1.67 103.10 252.96 1.15 86.63 0.25 1.75 311.06 199.35 1.06 116 1.73 212.54 226.51 f.10 87.33 0.22 117.05 253.78 1.13 85.91 0.26 1.75 294.61 207.38 1.13 87.93 119 1.70 230.16 1.12 86.54 0.25 1.11 85.16 0.27 s.TZ 210.54 216.13 1.13 87.10 0.22 122 1.68 130.76 253.19 1.08 85.75 0.25 1.69 278.00 1.02 84.40 0.27 1.66 208.50 232.67 220.09 1.11 86.31 0.22 125 1.63 1&&.02 251.56 1.02 84.96 0.24 1.58 262.61 0.93 83.59 0.25 1.56 206.48 234.23 226.72 f.12 85.51 0.32 128 1.52 156.56 268.86 0.97 84.12 0.37 2.88 242.61 0.84 82.75 0.61 2.89 204.50 235.25 215.83 1.50 83.59 0.50 131 2.91 174.50 2&&.44 1.32 82.13 0.51 2.94 216.70 80.70 0.52 2.64 199.71 2M.21 1.52 81.71 0.50 134 2.33 194.16 237.69 1.21 1.33 80.07 0.52 1.90 1M.60 2&&.21 78.49 0.53 1.66 195.03 237.74 1.24 79.78 0.50 1.41 208.18 232.58 1.22 77.95 0.51 1.32 183.50 253.16 137 0.51 1.06 190.52 242.51 1.22 77.72 0.51 212.15 232.98 1.48 76.20 0.52 3.46 177.02 262.00 1.57 140 1.13 186.28 252.24 1.86 75.74 242.96 2.16 73.88 0.51 3.07 186.21 26T.99 2.90 75.3T 0.52 143 2.77 203.35 266.97 3.00 73.44 0.53 7.37 3.09 71.63 0.53 6.62 182.15 4.96 T2.61 " $2 166 5.91 185.22 266.15 71.06 0.56 12.42 226.41 265.47 0.60 11.19 178.23 283.74 4.53 68.32 0.47 10.00 183.12 303.28 4.12 69.59 0.58 12.16 296.67 253.03 3.61 1&? 173.54 295.89 4.58 67.51 0.67 342.43 3.60 66.76 0.71 1t;.95 316.13 242.21 6.13 60.61 152 9.75 220.95 294.42 6.27 60.74 0.66 5.20 0 .90 0.72 5.24 166.13 240.01 4.18 54.60 0.34 4.76 237.23 351.28 6.41 55.39 0.45 14.61 249.63 155 0.60 12.93 159.70 275.52 4.80 52.91 0.30 t 192.49 314.19 5.38 '4.26 0.36 8.52 173.63 236.92 3.14 [ 153 11.28 250.67 3.28 53.92 3.39 55.11 0.38 7.87 156.85 149.91 225.22 2.26 51.72 0.29 1 161 T.27 158.37 265.22 2.10 32.68 0.32 5.25 53.84 0.35 4.85 154.28 224.63 1.64 50.83 0.29 4.50 161.90 224.19 1.95 0.30 3.02 142.22 ?09.22 164 2.83 151.84 200.79 1.46 51.64 0.29 173.35 192.M 1.30 $2.62 0.31 f.60 141.1T 193.26 1.28 50.13 e 167 2.68 181.09 1.05 50.75 0.28 0.86 51.51 0.28 1.47 149.60 139.89 179.18 0.97 49.56 0.29 170 1.38 181.59 169.87 166.12 0.81 49.99 0.23 0.42 0.99 50.51 0.27 0.46 147.45 168.08 0.81 &?.07 0.28 0.54 184.67 154.58 49.33 0.2T 0.63 136.07 1 73 0.2T 0.57 145.43 155.57 0.85 0.84 48.62 0.27 0.54 183.51 1&&.84 1.16 &?.64 0.27 0.94 130.30 160.47 176 0.85 143.52 148.72 0.90 48.7& 48.19 0.27 180.84 138.66 1.17 48.88 0.27 0.26 1.06 123.63 156.38 0.80 179 0.74 141.68 144.91 0.89 48.19 0.26 f 134.87 1.13 48.20 0.26 0.97 116.48 155.50 0.81 47.78 172 0.87 178.80 0.89 47.69 0.26 1.15 l 47.60 0.26 1.05 139.91 143.76 0.78 47.36 0.26 0.95 177.62 133.14 1.11 47.21 0.26 1.22 109.26 152.44 105 0.25 f.11 138.16 145.16 0.90 46.92 0.26 1.01 176.90 133.62 1.10 47.06 0.26 1.33 102.74 162.03 0.8T 188 1.22 136.49 1&?.21 0.93 46.75 0.27 136.87 1.12 66.59 0.25 1.26 97.81 169.07 0.92 46.12 191 1.11 175.98 156.04 0.98 45.96 0.26 1.07 45.82 0.25 1.06 134.57 95.52 178.77 0.8T 45.32 0.25

     ??&      0.90     174.46    143.22 165.74    0.81    45.21      0.25       0.57 0.99   45.11     0.25      0.50     132.74 98.58      100.06     0.85    &&.89      0.26 197      0.51     171.98    152.73                                                                1.07   &&.82      0.25        1.15
                                                    &&.78     0.24      1.08     130.99     178.20                                                                  1.41    && .50      0.26 1.03    165.31    166.41      1.28                                                                        0.25       2.54     100.93     200.71 200                                                                 2.36      129.42    193.18     1.60   &&.47                                                                    0.26 149.30    185.78      1.78   &&.48     0.25                                                                  4.53     134.76     208.50      2.36    &&.16 203        2.21                                                                        209.71     2.33    44.16      0.25 2.30   &&.21     0.25      4.F2      127.60                                                     178.07      210.07     3.47    43.82       0.26 206       3.93    122.49    210.87 225.63      3.26   43.89      0.26       6.86 3.05   43.98     0.25      6.37      126.07                                                                 202.74     5.07    43.58       0.25 5.90      90.25   261.53                                                                       43.68       0.26      9.82    2&&.88 209 0.28      9, f 6    124.21    238.48     4.36                                                         5.43    43.31       0.23 8.51      86.10   274.70      3.69    43.78                                                                0.26       4.87   273.07       197.58 212 4.66      114.23    245.03     5.52    43.37 104.59   293.30      5.64    43.44    0.29 215       4.37 30-oct-90 wouaises.w1 y2

p O oyster cre+k Drywat t with Sortf - thit toad Case wo. 4 (thf tooded selssile) inst

• uodes Middle me& s Outsi k no & s Radlet searldf enst noop Radiat se e ridionet poop SXY SY2 SR2 ST S2 tiidfle Cadist peridionet wonp SX ST S2 SXY ST2 SW2 SR (psi) (psi) (psi)

                                               *;WT      ST2      SX2                                                                                        (psil       (psi) mode          SX         57        52 (ps!)       (psi)       (psi)    (psi)     (psi?       (083)            (psi)

(psi) (psi) (p*I) (psi) (psi) (psi) 225.60 202.14 2.54 43.15 0.25 3.11 43.13 0.27 8.91 0.29 8.25 104.35 240.37 1.55 43.22 0.23 86.00 279.20 3.M 43.14 43.09 0.24 4.59 173.13 201.52 218 T.61 3.86 v2.94 226.99 1.83 43.26 0.16 2.09 43.01 0.24 1.66 151.69 199.61 1.31 3.19 59.00 248.89 216.23 1.65 43.06 0.14 221 42.94 9.12 1.62 102.24 143.06 193.Q 1.0S 43.29 0.13 1.60 59.15 233.10 1.58 1.02 43.06 0.12 1.20 224 0.11 1.15 101.35 207.18 185.49 0.99 43.28 0.16 62.08 220.78 0.96 42.87 43.03 0.19 1.10 130.01 227 1.14 0.92 100.81 197.62 0.92 1.07 43.65 0.13 209.70 0.85 U.90 0.22 0.12 9.12 139.33 175.80 230 0.83 63.40 100.Q 187.49 0.98 43.10 46.87 1.54 0.90 Q.38 0.54 1.00 2.23 131.12 169.31 3.37 0.92 61.86 199.36 1T&.65 4.M 45.62 2.38 233 41.92 2.72 3.41 108.54 102.98 174.65 T.85 53.12 2.89 3.85 71.27 185.46 2.77 6.25 52.26 6.79 3.53 236 10.56 7.96 122.39 W.59 179.32 5.4T 60.23 1.73 140.38 160.63 10.77 50.98 60.6T 3.24 4.47 74.54 23? $4.16 T.12 137.35 156.92 3.95 1.48 64.24 0.10 130.38 9.36 62.51 4.99 0.48 1.30 M.15 181.14 24 8.82 227.06 147.74 149.15 1.76 64.30 64.62 0.10 2.11 64.69 0.85 1.69 1.21 73.66 175.14 1.62 245 2.22 258.01 116.33 149.14 143.88 1.50 66.39 0.18 0.10 1.37 64 3 0.26 1.21 84.44 168.40 1.24 64.46 1.16 24743 114.07 1.60 64.28 0.09 1.14 2&8 0.09 1.12 147.89 140.13 163.28 1.34 64.39 0.09 240.46 1'2.52 1.58 64.s3 M.22 0.10 1.0T 93.89 251 1.12 1.08 148.10 136.92 1.35 1.23 64.32 0.09 112.21 1.36 64.06 0.10 0.09 1.02 103.35 158.39 254 1.09 232.09 167.59 134.35 1.30 M.15 64.26 0.09 1.37 63.99 0.09 1.03 0.98 112.15 154.41 1.23 257 1.03 224.89 112.13 132.35 1.25 64.09 0.10 0.09 63.92 0.09 0.99 147.43 150.97 1.17 64.21 217.83 112.73 1.28 64.02 0.10 0.93 120.58 260 0.99 0.94 147.12 130.86 1.19 1.15 64.17 0.09 1*3.61 1.23 63.83 0.09 0.10 0.89 128.55 168.22 263 0.94 211.47 1&6.87 129.83 1.14 63.95 64.15 0.09 1.16 63.76 0.09 0.89 0.86 136.01 146.08 1.08 266 0.90 205.55 11t.78 129.24 1.09 63.89 0.13 0.1T 63.63 0.10 0.87 146.63 145.24 144.12 1.13 64.14 0.87 200.21 11. 23 1.12 1.06 63.81 0.16 1.62 269 0.16 1.46 146.34 128.89 144.03 1.46 64.08 0.25 194.54 111.11 1.07 63.49 63.63 0.24 2.10 159.34 272 1.30 1.95 145.63 130.03 1.28 1.32 64.08 0.26 121.52 1.22 63.19 0.26 0.25 1.60 176.61 148.14 275 1.82 186.95 1.53 144.95 134.07 1.10 63.Q 1.11 64.07 0.2T 180.35 126 45 1.01 62.79 0.24 0.25 0.93 184.64 157.18 2 78 1.46 1&&.29 141.54 0.89 63.17 64.02 0.28 0.96 62.33 0.24 0.94 1 ?2 187.16 170.67 0.82 281 0.97 175.08 132. 16 153.60 0." 62.88 0.25 0.28 61.83 0.24 1.20 143.61 181.01 187.60 0.98 63.88 1.17 167.35 141.P 1.10 171.35 1.43 62.52 0.26 2.86 0.29 284 0.24 2.67 142.99 1.17 63.21 158.4o 1.50 61.30 0.27 3.87 169.24 206.79 287 2.51 154.54 142.06 195.00 1.39 61.70 62.36 0.28 1.62 60.37 0.24 3.58 5.22 158.39 227.08 1.8T 290 3.30 139.74 184.61 223.48 1.93 60.80 0.28 0.29 59.44 0.26 4.87 141.18 161.98 2Q.87 3.43 61.69 4.56 130.71 220.30 1.99 3.29 60.22 0.29 9.26 293 0.29 8.67 140.53 254.T4 2&6.63 5.52 60.79 0.31 144.16 266.90 3.15 58.94 59.59 0.31 14.01 208.83 296 8.12 13.11 140.05 285.19 4.97 8.06 59.68 0.29 325.32 4.43 58.53 0.32 0.38 19.65 320.79 234.32 299 12.25 206.76 139.&& 309.44 6.91 58.92 54.22 0.72 5.80 58.27 0.49 18.47 7.54 387.22 224.31 9.34 302 17.31 331.50 389.51 319.60 9.49 %3.99 0.63 0.24 9.65 53.81 0.58 T.8A 134.23 298.86 239.TT 6.93 49.10 305 T.69 404.98 41.65 129.07 310.35 T.81 49. o 0.34 21.90 48.T1 0.23 8.69 49.38 0.47 20.58 0.25 16.03 181.69 258.13 5.49 308 19.28 316.T1 386.21 28750 5.79 48.85 0.23 49.15 0.29 15.02 128.54 155.34 262.76 4.13 48.58 14.03 188.06 318.02 6.09 3.99 48.59 0.26 10.97 311 0.25 10.29 128.18 250.30 25T.89 2.C1 46.56 0.26 9.63 142.69 257.41 3.85 48.80 48.41 0.23 6.51 180.53 314 0.21 6.10 127.69 234.02 2.44 1.67 48.57 0.2T 212.25 2.10 48A5 0.22 2.95 203.10 2&?.T4 317 5.72 154.45 215.62 1.22 48.28 0.2T 48.14 0.18 2.78 127.34 206.27 241.87 0.96 48.58 2.69 172.79 184.55 0.93 0.92 48.18 0.22 2.18 320 47.90 0.19 2.05 126.86 206.50 2.03 175.94 174.55 1.22 323 l 30-Oct-90 810W4TSRS.WK1 rage 3

O O O U U O U U U U U O ster Cred Drywatt with Send - thit load Case so. & (tmfloorM seismic) IpsIde Wod s ftiddle wod=s Outside modes Redist Maridionet more Rediet Meridionet Woop SIZ Wie Radist peridional Maop SIZ SM SY SZ S1f SYZ fr2 SW SY S2 SrY SYZ SYZ w S1 SY SZ SKY (psi) (psi) (psi) (psi) (psi) (psi) (psi) (psi) (ml) (mi} (psi) (psi) (mi) (psi) (psi) (psi) (psi) (psi) 0.23 4.54 190.81 235.74 1.39 48.54 0.27 0.19 4.25 126.51 206.94 1.66 48.09 3.99 164.10 181.35 2 00 47.74 8.25 163.86 229.39 2.76 48.45 0.26 326 126.08 215.37 2.92 A8.01 0.23 149.54 20332 3.10 47.66 0.21 7.76 218.04 4.54 48.30 0.26 329 T.26 4.35 47.96 0.24 12.34 156.31 4.17 47.66 0.22 11.56 125.78 228.21 0.24 332 10.79 166.31 261.2' 0.28 16.91 214.&S 198.62 6.62 48.14 15.89 125.37 240.36 5.92 47.90 246.84 287.36 5.26 47.71 0.33 266.88 183.39 6.91 46.40 0.47 335 14.89 2&&.77 7.05 4 .22 0.43 5.35 7.20 46.07 0.41 5.70 122.33 &&.89 0.22 338 5.67 108.59 312.91 &&.66 0.27 13.70 219.41 187.26 4.26 0.34 12.88 119.30 236.68 4.96 12.07 260.24 290.89 5.65 &&.47 167.19 192.11 3.05 45.18 0.21 341 118.98 218.18 3.41 &&.83 0.22 9.20 178.61 246.25 3.75 &&.58 0.26 8.62 185.99 1.94 45.48 0.20 3&& 8.06 195.78 2.05 45.02 0.21 5.34 120.35 2.17 44.71 0.22 5.00 118.73 45.(4 0.23 347 4.68 137.34 206.23 45.0T 0.21 4.78 120.63 173.61 1.37 0.20 4.42 118.5 173.03 1.85 4.09 121.00 172.72 1.86 &&.69 4.28 134.22 161.10 1.37 45.67 0.21 3 50 4.01 117.51 152.49 1.70 45.11 0.20 118.14 144.67 1.52 44.69 0.18 149.67 168.60 1.24 45.82 0.22 353 3.76 136.13 1.00 45.29 0.19 2.11 0.79 &&.88 0.18 1.98 117.22 0.80 45.91 0.22 336 1.86 122.81 125.85 45.45 0.19 0.55 156.87 137.06

                                                       &5.06      0.18       0.54      116.96      124.87      0.57                                                                                0.21 359      0.58        126.11    116.42      0.54                                                                                 0.19       0.58     156.99    127.86      0.59     45.95 0.19        0.31     116.68      118.18      0.49     45.56 0.64        125.70    112.89      0.68     45.22                                                                                   1.17    152.50    121.50      0.49     &$.97        0.21 362 1.10     116.42      114.84      0.64     45.66      0.19 t.02        122.74    112.29      0.83     45.38      0.19                                                                                 1&&.04    117.32      0.67     46.01        0.21 565                                                                                 116.17      113.53      0.82     45.77      0.19        1.94 112.76      0.99     45.54      0.19        1.82                                                                                           0.92     4 .06        n.20 368      1.69        118.71                                                                                 1.01     45.87      0.19        2.64    133.18    114.72 45.70      0.19        2.47     115.93      113.31                                                                                          0.21 2.31        116.22    113.67      1.11                                                                                 0.19        1.68    124.00    113.36      0.TT     45.98 3 71 0.20        1.66     115.&2      113.59      0.83     45.86 1.59       116.06    114.71      0.90     45.71                                                                                           118.86     112.92     0.55     45.92        0.19 374 0.93     114.91      113.89      0.59     45.81      0.19        0.99 0.87         116.57   115.36      0.63     45.71      0.18                                                                                 115.33     112.53     0.70     46.00        0.19 377 114.72      113.95      0.68     45.92      0.18        1.54 118.76   115.30      0.68     45.84      0.18        1.43                                                                                           0.96     46.09        0.18 380      1.33                                                                                              0.87      46.03     0.19        2.24    112.52     111.77 0.79    45.97      0.15        2.10      114.54      113.77                                                                                          0.23 333      1.97        125.13    116.55                                                                                          0.21        0.95    110.63     111.13      1.12     46.02 0.21       0.97      113.84      113.27      1.15     45.96 0.95        129.18    116.47      1.19    45.90                                                                                   2.13    109.16     110.95     0.94      65.95        0.19 3A6 2.00      113.16      112.28      1.01     45.89     0.19 1.87        124.55    114.34      1.09     45.84      0.19                                                                                           110.57      0.75     46.09        0.19 389                                                                                             110.97     0.80      4.03       0.18       1.39    109.75 111.56      0.84     45.97      J.18        1.30     113.02                                                                                0.76     4 .21        0.19 392      1.22        118.11                                                                                          46.15      0.18       1.04     111.40    109.96 46.09      0.18       0.96      112.88      109.76     0.73                                                                                 0.19 395      0.89        114.58    109.60      0.72 0.18       0.87     113.54    109.28      0.67     4 .33 0.18        0.81     112.73      108.86      0.65     46.2T 398      0.76        112.27    108.46      0.64     4 .22                                                                                  0.47     115.47    103.67      0.59     4 .49        0.19 0.'&     112.64      108.28      0.55     4 .43      0.19 0.42        110.79    107.99      0.52     46.37      0.18                                                                                           108.20      0.53     4 .65        0.19 401 107.99      0.50     46.59      0.19       0.25     116.54 110.07    107.93      0.47     46.54      0.18        0.22     112.55 0.59     46.77        0.19 404      0.21                                                                                               0.55     4 .71      0.19       0.41     117.54    107.90 0.51     46.65      0.18        'O.37    112.46      107.92                                                                                          0.19 407      0.32        100.33    108.14                                                                                           0.19        0.45    119.26     107.57     0.61     46.89 46.77      0.18         0.42    112.37      107.92      0.56     46.83 0.19 410      0.40        108.27    108.56      0.51                                                                                             0.36    121.19     107.21     0.60      47.0T 0.35     112.33     107.89      0.54     47.01      0.19 0.34        107.25    108. %      0.48     46.95      0.18                                                                                            106.79     0.61      47.2T       0.19 413                                                                                                         0.54     47.21      0.19        0.38    122.93 0.48     47.15      0.18         0.36     112.30      107.72                                                                                         0.20 416      0.34        106.62    109.14                                                                                           0.19        0.49    125.07     106.20     0.68      47.48 0.19        0.46     112.28      107.33     0.61      47.41 419      0.&&         105.55    109.10     0.54     47.34                                                                                                      105.47      0.72     4 7. 73      0.20 112.29      106.71     0.62      47.62     0.19        0.67    128.11 104.53    108.81      0.52     47.54      0.19        0.63                                                                                           0.68     &T.93        0.20 422      o.5?                                                                                               0.57      47.83     0.19        0.47    131.24     104.76 0.47     47.75      0.19        0.45     112.30      105.86                                                                                          0.20 425      0. ~.2      103.71    108.00                                                                                          0.19        0.21     133.32    104.37      0.63     48.16 0.19        0.21     112.33      104.95     0.51      48.06 428      t> . 22     103.19    106.86      0.44     47.96                                                                                  0.30     133.55    104.59      0.53     48.40        0.20 0.30     112.37      104.31      0.46     48.28      0.19 431      0.29        102.91    104.37      0.50     48.18      0.19 30-Oct-90
                                                                                              #0W41SRS.W1 Sage &

O O O O O O O O O O O Oyster Creet Orywet t witPr Sand . Unit load Case No. 4 (Unflooded seicele) IresIde Nedes RfMte Nodes OutsIda Modes Endlet Merldlonet Nono Radlet Meridione( Noep SX ST 52 5xY 572 Su2 SX2 stiMte endfat Maridionet Moop SYZ SYZ SR SY 52 SRY 5T2 (pst) (psi) (psi) (psi) (psi) SZ 5xY (psi) (psi) (psi) mode SX SY (psi) (psi) (psi) (psi) fpsi) (psi) (psi) (psi) (psi) (pel) 105.62 0.5a 48.64 0.21 48.51 0.20 0.90 131.05 0.85 112.44 104.46 0.53 107.50 0.55 48.89 0.21 104.37 0.59 48.40 0.19 48.74 0.20 1.43 125.76 434 0.80 103.05 1.34 112.49 106.01 0.61 107.96 0.85 49.13 0.21 105.09 0.68 48.63 0.19 48.95 0.20 2.31 118.13 437 1.26 104.31 2.16 112.59 109.40 0.85 1.35 &?.36 0.21 109.02 0.86 48.87 0.19 49.22 0.20 3.73 100.99 112.11 440 2.02 108.38 112.65 114.58 1.28 2.08 49.59 0.22 1.21 49.12 0.19 3.50 0.21 5.44 109.15 112.44 3.27 119.74 117.47 112.76 120.72 1.85 49.47 2.99 49.83 0.22

     &&3 1.62    49.37      0.20       5.09                                                  0 24        7.49     129.60    110.24 4.76     144.79    131.26                                                112.82    126.23       2.54      49.73                                                          49.68      0.38 446                                              49.64      0 24        7.04                                                             2.74     145.59     108.20      3.32 6.60     188.55    148.91       2.09                                               128.78       3.40      49.57     0.34                                                            0.23 449                                                         0.34        2.94      111.33                                                          125.31     110.70      2.54      49.57 158.79      3.47    49.48                                                             &?.44     0.25        7.73 452       3.01    216.63                                                7.27      100.85     126.31      2.93                                                112.40      2.03      49.92     0.22 148.90      1.33    49.32      0.26                                                   49.75     0.28        5.64     103.39 455      6.82     189.98 5.28      109.96     119.95       2.23                                               111.37      1.59      50.26      0.21 129.81      2.42     49.60     0.22                                                   50.06      0.21       3.90     105.12 458       4.93    1&&.96 3.66      110.13     112.81       1.62                                                           1.19      50.58      0.21 1.66     49.90      0.'                                                              0.21       2.46     115.41     108.49 461      3.42     119.16    114.72                                               110.27     106.88       1.16     50.38                                                 0.90      50.89      0.22 1.10     50.21      0.20       2.30                                                  0.21       1.33     124.33     105.30 464      2.15     107.39    105.50                                               110.45     102.95       0.79     50.70                                                 0.66      51.18      0.22 0.68     $0.54      0.20        1.24                                                 0.21       0.56     129.22     102.73 467      1.16     103.26    101.36                                               110.63     101.05       0.56     51.01                                                 0.55      51.48      0.22 0.49     50.87      0.20       0.53                                                  0.21       0.46     130.23     101.26 470      0.51     102.26    100.56                                               110.84     100.67       0.49     51.33                                                 0.50      51.79      0.22 0.50     51.20      0.20       0.45                                                  0.21       0.35     129.24     100.82 0.43     102.31    101.38                                                11t.05    101.18       0.45     51.66                                                  0.48     52.10      0.22 4 73 0.47     51.54      0.20       0.35                                                  0.21        0.40     127. %    101.04 476      0.35     102.70    102.69                                                111.30    102.07       0.&&     51.99                                                  0.42     52.42      0.22 0.48     51.88      0.2t        0.38                                                 0.21        0.46     126.33     101.60 479      0.36     103.03    104.07                                                111.55    102.99       0.46      52.32                                                 0.42     52.74      0.22 0.49     52.24      0.21        0.44                                                 0.21        0.51     124.06     102.33 482      0.41     103.60    105.14                                                111.82     103.72       0.45     52.67                                                 0.44      53.08      0.22 0.48    52.59      0.21        0.49                                                  0.21       0.42     121.88     103.00 485      0.45     104.70     105.67                                                          104.19       0.42     53.02                                                 0.43      53.43      0.22 0.21       0.40      112.11                                                 0.34     120.29     103.51 106.08     105.78      0.44     52.96                                                   0.42     53.39      0.22                                                            0.23 488      0.38                                               0.21       0.33      112.42     104.43                                               118.89     103.90      0.42      53.79 107.42     105.65      0.44     53.35                                                   0 42     53.77      0.22       0.32                                                 0.23 491      0.30                                               0.21       0.30      112.74     104.47                                               117.15     104.32      0.42      54.1T 108.89    105.29      0.43     53.75                                                   0.42     54.16      0.22       0.37                                                 0.23 494      0.28                                               0.21       0.35      113.08     104.41 114.94     104.88      0.46      54.55 110.77    104.68      0.43     $4.16                                                   0.44     54.!7      0.22       0.49                                                 0.23 497      0.32                                               0.21       0.46      113.44     104.37                                               112.70     105.60      0.42      54.95 113.1&    103.97      0.45     54.60                                                   0.42     55.00      0.22       0.42                                                 0.24 j       500      0.43                                               0.21       0.40      113.82     104.50                                               110.80     106.54      0.45      55.38 115.69    103.45      0.42     55.06                                                   0.44     55.46      0.22       0.49                                                 0.24 1       503      0.38                                               0.21       0.46      114.22     104.95                                                108.63    107.84       0.48     55.82 118.10    103.41      0.43     55.54                                                   0.47     55.93      0.23       0.71                                                 0.24 506      0.44                                               0.22       0.67       114.62    105.85 105.73    109.63       0.58     56.29 103.91      0.46     56.04                                                   0.55     56.43      0.23        1.07                                                0.26 509      0.63     120. %                                                1.00      115.05    107.29                                                           111.86      0.72     56.80 0.52     56.58      0.22                                                             0.23        1.54     102.86 512      0.94     125.01    105.07 115.48    109.33       0.66      56.M

• 0.76 57.22 0.27 57.13 0.22 1.65 0.23 0.90 102.09 116.27 1.37 130.73 107.18 0.61 112.05 0.77 57.39 57.68 0.26 515 0.23 1.35 115.87 1.47 106.93 115.90 0.92 135.55 110.60 0.79 57.57 0.98 57.85 0.25 0.26 518 1.81 0.24 1.47 116.14 115.24 117.27 116.56 1.04 58.35 131.51 115.24 1.04 58.01 1.03 58.47 0.26 1.78 0.25 521 1.45 0.22 1.68 116.53 118.48 130.47 116.08 1.16 59.08 119.64 120.74 1.04 58.60 1.06 59.13 4.26 1.84 0.25 524 1.60 0.22 1. 72 117.06 121.36 146.n2 113.97 1.32 59.89 107.53 126.82 0.97 59.18 1.17 59.81 0.24 2.18 0.24 527 1.62 2.06 117.64 123.35 109.53 1.60 60.79 133.08 1.01 59.72 0.22 60.50 0.23 2.71 164.72 530 1.94 97.14 118.20 123.65 1.32 102.34 1.77 61.79 0.26 1.04 60.21 0.22 2.55 0.23 3.07 186.80 2.40 90.22 138.60 121.36 1.41 61.20 1.95 62.86 0.24 533 0.22 2.78 118.73 3.10 211.68 92.42 88.29 142.28 1.06 60.61 1.49 61.87 0.23 536 2.50 0.22 2.93 119.18 115.56 92.05 142.52 1.03 60.88 539 2.74 30-oct-90 WOWA15RS.WIC1 Page 5

0 Oyster Creek Drywett with send - thit toad Case No. 4 (Unfloodef se(sede) trnide W + s Mid3te uodes Outside Modes mediet Meridionet weep Rediet Meridionet neop SNT SYZ Suz C;idtte cediet Meridionet Monp SXZ St SY S2 SI SXY SYZ SXY SYZ SWZ St SY (psi) (pst) (pst) (pst) (psi p SY SZ (psi) (psi) code SM (psi) (psi) (psi) (psi) (psi) (psi) (psi) (psi) (psi) (pst) (psi) 238.13 81.68 2.05 64.00 0.24 105.68 1.52 62.48 0.23 3.15 60.98 0.22 2.98 119.90 2.08 65.15 0.24 2.78 103.39 137.88 0.99 63.00 0.23 2.88 263.75 75.85 542 0.22 2.73 120.44 92.39 1.42 66.25 0.25 119.71 126.51 0.80 60.87 0.24 1.96 284.04 84.46 1.80 545 2.55 1.87 121.1T 80.29 1.13 63.J7 0.26 108.0T 0.&8 60.52 0.22 0.55 294.87 111.92 1.40 67.20 l 548 1.74 135.84 121.28 82.07 0.75 63.53 0.24 86.67 0.74 59.91 0.23 0.81 1.94 289.59 153.42 0.69 67.91 0.27 551 1.03 145.20 110.&1 0.62 63.43 0.25 1.07 59.01 0.23 1.80 121.59 202.26 1.12 68.20 0.29  ; 554 1.72 161.63 83.18 1.75 62.99 0.27 5.79 258.80 0.24 5.39 121.80 162.46 67.88 0.31 5.05 119.41 126.40 2.38 57.87 0.29 11.33 191.92 250.14 3.&& 557 10.58 122.27 229.96 3.63 62.15 66.69 0.33 101.50 210.09 3.83 56.54 0.26 0.33 18.29 123.33 280.02 6.29 560 9.91 122.04 305.48 6.14 60.88 5.98 55.21 0.33 17.11 199.29 305.41 10.38 64.3T 0.36 563 16.00 164.03 322.44 9.25 59.17 0.3T 27.09 0.39 25.36 122.30 380.71 14.93 60.63 0.40 23.69 338.27 456.51 8.11 54.09 0.52 37.41 455.23 289.38 566 121.55 443.02 12.92 57.07 0.31 612.22 599.52 10.86 53.59 0.69 31.11 27.31 726.92 264.35 17.72 56.02 569 32.86 106.51 464.60 15.99 54.49 0.40 14.23 53.00 0.65 18.33 772.27 236.69 13.96 53.45 0.34 572 8.83 794.66 685.99 14.06 53.47 0.26 13.30 0.07 13.25 94.08 456.70 11.59 51.78 0.21 575 13.20 762.95 678.86 14.24 53.49 12.92 52.66 0.19 11.86 65.85 24.62 0.19 11.81 94.03 452.16 11.33 50.18 0.21 11.76 652.60 6&&.28 14.33 53.55 0.19 10.93 553.72 288.60 5 78 10.88 94.09 445.66 11.80 51.88 48.7T 0.20 603.77 12.32 53.60 0.18 0.19 9.88 458.75 306.72 9.99 581 10.84 545.46 94.27 '35.02 10.70 31.12 11.45 53.51 0.19 9.83 375.36 318.65 9.19 47.52 0.19 584 9.60 451.67 SM.97 421.52 9.63 50.&D 0.18 8.90 53.32 0.19 8.86 94.46 8.19 46.44 0.17 587 8.83 365.89 524.90 10.10 405.64 8.60 49.70 0.18 7.95 301.29 325.99 53.06 0.20 7.91 94.59 328.64 T.30 45.50 0.16 590 7.88 290.78 485.82 9.03 7.61 49.06 0.18 7.04 238.02 0.18 T.01 94.93 387.92 6.49 44.67 0.15 6.99 226.98 447.28 T.94 52.71 48.43 0.16 6.17 185.77 327.74 593 0.27 6.14 94.84 368.83 6.68 5.57 44.16 0.16 6.12 170.29 410.06 6.88 52.39 0.31 5.39 145.78 322.95 596 5.36 95.59 N .84 5.81 47.95 0.43 6.05 Si.M 0.25 120.87 313.35 3.91 44.36 599 5.35 126.44 374.53 4.79 48.09 1.24 2.56 52.14 2.49 2.98 97.e6 328.01 320.01 4.14 45.74 0.42 602 2.30 106.69 342.1T 8.49 4.86 49.49 0.98 4.42 104.01 53.% 1.94 4.22 99.68 325.23 3.8T 45.94 0.16 5.19 108.14 330.33 8.23 49,M 0.25 7.02 102.01 297.82 605 0.20 6.85 102.0T 287.52 3.87 2.92 45.53 0.14 6.71 116.64 277.32 3.87 53.58 0.20 4.91 122.01 276.05 608 102.72 251.26 2.74 49.03 0.14 226.81 2.54 52.65 0.29 4.78 3.20 147.14 251.92 2.00 45.25 611 4.68 136.42 217.36 1.78 48.52 0.16 1.56 51.94 0.18 3.11 102.94 1M.69 226.34 1.33 45.16 0.14 614 3.06 160.50 183.92 186.91 1.03 48.15 0.16 1.79 0.71 51.26 0.18 1.74 103.49 174.94 201.37 0.88 45.21 0.13 617 1.71 177.65 149.90 160.55 0.69 47.89 0.15 c.83 0.54 50.68 0.16 0.97 103.70 180.37 178.35 0.72 45.38 0.13 620 1.15 187.71 124.37 138.87 0.49 47.74 0.15 0.59 0.49 50.19 0.15 0.59 104.06 181.72 157.89 0.47 45.65 0.13 623 0.66 192.19 107.26 122.14 0.08 47.68 0.15 0.55 0.74 49.79 0.15 0.54 104.47 178.T3 140.30 0.46 45.99 0.13 626 0.54 191.58 97.90 110.18 0.65 47.71 0.14 0.91 49.47 0.14 0.89 104.93 125.83 0.55 46.39 0.14 0.86 186.53 94.49 0.95 47.80 0.14 1.22 172.80 629 0.14 1.19 105.37 102.41 0.80 0.65 46.83 0.14 178.52 94.52 1.10 49.23 0.14 1.42 165.26 114.63 632 1.15 105.83 97.93 0.89 47.95 0.14 1.17 49.08 0.13 1.38 157.04 106.46 0.71 47.30 635 1.33 168.68  %.02 95. 73 0.94 48.16 0.14 1.52 1.19 49.00 0.13 1.48 106.30 149.02 100.88 0.74 47.78 0.14 633 1.43 158.11 9 7.73 0.94 48.38 0.14 1.54 48.99 0.13 1.49 106.77 94.86 9.T4 48.26 0.14 1.45 147.63 99.03 1.1T 48.65 0.16 1.50 161.68 97.32 641 0.13 1.46 107.27 94.66 0.92 0.T2 48.74 0.14 137.91 99.71 1.11 49.04 0.14 1.40 135.78 95.05 644 1.41 107.64 94.65 0.86 48.94 99.90 1.02 49.14 0.13 1.35 647 1.30 129.10 30-Oct-90 N0uA1SRS wr1 Page 6

O $ U V V U U V V V V G yster Creek Drywatt with Sand - thlt toed Case No. 4 (thflood# seismic) Middle Modes insida No #s Outside Wodas Redlet Neridional Moop Radiat Merldtonet Hono Tiddle R adiet Meridional poop SYZ 532 SYZ 5X2 SR SY S2 SXY SrY SYZ SX2 SM SY S2 SXY moda Sx SY S2 (pel) (psi) (psi) (psi) (psi) (psi) (psi) (pel) (p*I) (p*I) (psi) (psi) (psi) (psi) (psi) (ps!) (psi) (psi) 94.59 0.82 &?.25 0.14 1.27 137.06 93.44 0.71 49.21 0.15 121.17 99.79 0.95 49.28 0.13 1.23 108.00 630 1.19 1.13 130.00 92.18 0.67 49.68 0.15 0.84 49.45 0.13 1.09 108.53 94.30 0.75 &?.56 0.14 653 1.06 114.50 99.32 0.61 50.14 0.15 0.96 109.04 93.74 0.6T 49.89 0.14 0.99 128.72 91.16 656 0.93 109.33 98.38 0.76 49.64 0.13 0.60 50.22 0.14 0.87 127.79 90.24 0.55 50.59 0.15 105.61 97.08 0.66 49.85 0.13 0.84 109.57 92.93 659 0.81 0.77 126.85 89.43 0.49 51.02 0.15 0.60 50.07 0.13 0.75 110.10 91.94 0.54 50.55 0.14 662 0.72 103.33 95.47 0.45 51.43 0.15 0.72 110.64 90.80 0.49 50.87 0.15 0.77 125.54 88.67 663 0.68 102.41 93.65 0.53 50.31 0.13 0.59 50.69 0.13 1.91 123.51 88.34 0.61 51.38 0.18 1.13 103.87 91.41 0.59 49.97 0.16 1.53 111.61 89.67 668 0.68 123.77 88.00 0.71 50.95 0.08 0.60 49.45 0.05 0.60 '.12.10 89.42 0.64 50.22 0.06 671 0.52 103.84 91.18 51.27 C.16 88.26 0.74 50.55 0.16 1.01 129.77 86.51 0.83 0.92 100.40 90.60 0.65 49.84 0.15 0.97 112.79 6 74 0.58 50.88 0.17 0.62 136.27 85.57 0.68 51.69 0.17 96.78 90.20 0.48 50.08 0.16 0.59 113.46 87.44 6TT 0.56 0.26 139.71 85.73 0.50 52.09 0.17 0.36 50.29 0.16 0.27 114.13 87.10 0.40 51.19 0.17 680 0.27 95.33 89.54 0.36 52.4 T 0.1 T 0.55 114.80 87.54 0.38 51.&6 0.17 0.56 139.26 86.96 0.53 96,14 89.06 0.41 50.47 0.16 685 0.55 5?.70 0.17 1.27 134.34 89.08 0.50 52.80 0.17 1.18 99.99 89.69 0.60 50.63 0.16 1.22 115.46 89.12 686 124.74 91.69 0.84 53. 5 0.M 0.87 50.78 0.17 2.07 116.13 92.10 0.86 51.91 0.1T 2.15 689 1.99 108.56 92.71 1.32 53.22 6.18 3.06 116.76 96.53 1.28 52.07 0.18 3.18 111.72 96.21 692 2.94 124.49 99.35 1.24 50.95 0.17 1.80 $2.20 0.18 ;8 100.16 95.99 1.95 53.26 0.18 150.60 110.26 1.65 51.17 0.18 4.21 117.41 101.99 695 4.05 5.69 101.38 96.43 7.66 53.14 0.20 2.12 51.46 0.20 5.47 118.01 107.64 2.40 52.29 0.18 698 5.26 189.39 125.28 3.51 52.84 0.18 6.98 118.65 112.17 3.06 52.35 0.24 7.25 127.16 95.98 701 6.72 241.95 142.34 2.58 51.88 0.24 3.79 50.62 0.37 2.65 146.69 95.33 3.73 50.64 0.48 272.76 150.62 3.86 50.61 0.39 2.66 121.06 113.84 704 2.60 127.46 97.26 3.12 48.37 0.16 3.93 49.24 0.23 7.08 123.51 112.12 3.51 48.80 0.22 7.35 707 6.82 2&&.55 140.40 0.18 124.22 108.18 2.83 48.82 0.16 5.8T 105.15 99.19 2.66 48.06 710 5.42 192.94 122.93 3.12 49.61 0.19 5.64 103.% 2.32 48.89 0.17 4.62 107.79 100.24 2.21 47.95 0.16 713 4.27 155.14 109.32 2.43 49.88 0.18 4.44 124.92 1.83 49.03 0.16 3.52 123.15 100.28 1.84 48.02 0.16 716 3.25 130.06 101.78 1.82 50.09 0.17 3.38 ?25.71 100.86 99.77 1.42 49.24 0.16 2.60 140.44 100.05 1.50 48.25 0.16 115.38 100.22 1.35 50.29 0.16 2.49 126.51 T19 2.39 1.86 155.20 100.23 1.24 48.61 0.16 0.96 50.49 0.16 1.78 127.39 100.81 1.10 49.52 0.17 722 1.72 108.13 103.20 49.07 0.1T 128.31 103.53 0.87 49.87 0.17 1.31 166.50 101.17 1.03 725 1.20 105.54 108.69 0.70 50.70 0.16 1.25 0.1T 107.23 0.81 50.28 0.17 1.08 175.48 102.84 0.97 49.64 T23 1.13 105.25 115.16 0.63 50.95 0.17 1.10 129.16 111.15 0.80 50.75 0.17 1.14 184.03 104.82 1.02 50.30 0.18 731 1.05 106.12 121.62 0.57 51.22 0.17 1.09 130.05 114.61 0.71 51.26 0.18 0.93 191.93 106.78 0.96 51.05 0.18 T34 0.86 107.87 127.17 0.47 51.49 0.17 0.89 131.13 117.16 0.65 51.82 0.18 0.77 198.54 108.53 0.91 51.8T 0.18 73 7 0.71 110.23 131.01 0.44 51.77 0.17 0.74 132.21 118.53 0.59 52.39 0.18 0.62 203.95 109.97 0.86 32.76 0.18 74 0 0.58 112.79 132.86 0.40 52.04 0.17 0.61 133.35 118.73 0.53 52.98 0.18 0.46 208.13 111.18 0.80 53.68 0.19 743 0.45 115.24 132.56 0.46 52.30 0.17 0.47 134.49 118.02 0.47 53.56 0.18 0.32 210.59 112.50 0.70 54.61 0.19 766 0.32 117.25 130.28 0.45 52.54 0.17 0.33 135.68 0.53 54.12 0.18 0.36 211.90 114.52 0.73 55.53 0.19 0.42 119.23 126.64 0.43 52.75 0.17 0.39 136.74 117.02 74 9 0.68 56.42 0.19 0.49 137.82 116.73 0.46 54.64 0.19 0.45 212.56 118.15 752 0.52 121.39 122.55 0.49 52J2 0.17 118.53 0.49 55.11 0.19 0.89 210.00 124.11 0.42 5T.27 0.20 755 0.85 122.60 119.36 0.66 53.03 0.17 0.86 139.00 wountSRS.UK1 30-Ort.90 Page T

1 l j oystw Creelt Drywett with sord - t; nit Loed Case No. 4 (tNtooded selsmic) i Outside modas sof&fte modes inside modes  ; 6 todist Meridionet moco Redlet sterfdieret seg , ! Isiddle Radial paridionet Moop SXZ SX SY SZ SwY SYZ syZ su SY sz swY SY2 suz  ; 1 mode SW SY S2 $XY SYZ

                                                                                 ~ (psi)                                           (PSI)   (psi)    (psi)    (psi)      (p*I)    (psi)       (psi)    (psi)

(psi) (psi) (psi) (psi) (psi) (psi) (psi) (PSI) (psi) , 1 1.75 122.52 119.83 0.98 53.08 0.18 1.80 140.16 123.97 0.78 55.50 0.19 1.87 200.98 132.44 0.62 58.01 0.20 758 123.79 127.78 1A9 53.11 0.18 3.08 141.28 134.22 1.31 55.79 0.20 3.21 ' % 14 1&2.53 1.16 58.61 0.21 761 .... 4.54 132.77 146.31 2.09 53.12 0.19 '&.71 142.39 149.51 2.05 55.98 0.21 4.90 15 ".3r 153.15 2.00 $8.99 0.22 l TM 159A0 176.15 2.86 53.18 0.21 6.69 143.42 168.85 2.96 56.06 0.22 6.96 135.21 162.32 3.05 59.09 0.22 i l 767 6A4 8.71 212.03 215.61 3.71 53.35 0.23 9.05 1&&.4 190.23 4.06 56.02 0.23 9At 132.81 167.82 4.38 58.84 0.23 770 l 0.27 11.67 145.38 210.77 5.32 55.88 0.24 12.14 179.59 166.63 5.90 58.17 0.26 i 773 11.21 295.12 262.46 4.69 53.69 j 409.01 310.97 5.66 54.34 0.38 14.82 146.38 226.98 6.71 55.66 0.33 13.39 278.94 158.67 7.69 57.07 0.23 776 14.27 335.94 8.29 51.59 0.62 4.69 150.89 234 A4 8.14 51.80 0.60 4.Q 339.45 152.40 7.99 52.07 0.74 779 4.70 476.28 312.39 T.98 48.59 0.37 14.66 155A4 230.77 7.02 47.76 0.29 15.21 281.87 163.54 6.13 46.92 0.1T 782 14.11 116.39 3 266 A7 6.23 49.07 0.27 11.55 156.54 218.23 5.65 47.39 0.20 12.01 190.32 176.34 5.12 45.85 0.19 11.10 305.91 l 785 223.07 4.72 49.30 0.24 8.91 157.60 201.21 4.40 47.19 0.20 9.27 148.53 181 A5 4.10 45 26 0.16 f 788 8.57 226.14 187.70 3.38 49A2 0.22 6.51 158.85 183.16 3.29 47.12 0.19 6.78 150.63 179.08 3.21 45.06 0.1T l 791 6.27 176.56 2.29 49.51 0.20 4A5 160.12 166.94 2.35 47.22 0.19 4.65 172.03 1T2.28 2.39 45.1T 0.18 l 794 4.29 152.36 162.23 1.39 49.63 0.19 2.74 161.54 154.54 1.57 47. 4 0.18 2.86 193.17 163.65 1.73 45.52 0.18 i i 797 2.M 1&&.61 147.64 142.46 0.78 49.84 0.18 1.35 163.03 146.94 0.97 47.85 0.18 1A2 207.39 155.45 1.16 46.06 0.t9 [ COO 1.29 1&&.38 ' 143.79 0.58 50.16 0.18 0.74 164.54 144.07 0.78 &8.38 0.19 0.67 213.36 149.M 0.9T 46.76 0.19 803 0.81 146.36 148.93 148.88 0.53 50.59 0.18 0.51 166.11 145.08 0.60 49.03 0.19 0.50 220.05 147.00 0.82 47.59 0.20 ! 806 0.51 0.58 51.16 0.18 OA0 167.93 1&8.75 0.51 49.81 0.19 0.38 221.59 167.26 0.61 48.56 0.20 i flo? OA1 151.32 155.64 ' 0.72 51.80 0.18 0.73 169.78 133.88 0.57 50.70 0.20 0.76 219.75 169.80 0.50 49.65 0.21 1 812 0.70 153A5 162A2 0.77 52.58 0.18 0.98 171.77 159.55 0.64 51.69 0.21 1.01 215.72 154.00 0.56 50.86 0.22 815 0.95 155.66 168.52 173.64 0.82 53AT 0.19 1.13 173.80 165.19 0.69 52.78 0.21 1.1T 210.70 159.15 0.58 52.10 0.23 818 1.09 158.36 0.81 5&A9 0.19 1.19 175.95 170.51 0.72 53.96 0,72 1.22 205.47 164.73 0.65 53A4 0.24 021 1.15 161.67 177.90 0.82 55.62 0.19 1.18 178.13 175.38 0.73 55.22 0.22 1.22 200.79 170.30 0.65 54.83 0.25  ; 824 1.14 165.60 181.45 56.86 0.19 0.92 180.4 179.85 0.65 56.57 0.23 0.98 197AT 175.57 0.64  %.27 0.26 827 0.ft6 169.58 184,76 0.65 0.70 58.21 0.20 0.65 182.69 183.97 0.64 57.99 0.23 0.68 196A8 180.20 0.64 57.7T 0.27 l 830 0.63 173.06 188.05 n.59 59.64 0.20 0.54 185.21 187.76 0.68 59.49 0.24 0.56 197.25 184.29 0.71 59.35 0.28 ! 833 0.55 175.66 191.50 194.89 0.71 61.16 0.20 OA6 187.u& 191.26 0.66 61.07 0.25 0.51 199.61 18T.70 0.75 60.99 0.29 l 836 OAS 177.63 198.50 0.59 62.72 0.21 OA3 190.37 19&AT 0.76 62.72 0.25 OA5 203.24 190.61 ,0.80 62.T1 0.30 l 839 OA6 178.39 0.79 66.37 0.21 0.51 192.90 197.33 0.76 64.44 0.26 0.54 208.67 192.66 0.91 66.51 0.30 j 842 OA8 178.33 201.93 66.06 0.22 0.51 195.67 199.86 0.86 66.23 0.29 0.67 215.13 194.14 1.07 66.41 0.36 645 OA4 177.26 205.53 0.61 , 69.02 0.34 1.39 200A6 202.67 1.33 69.37 0.38 1.55 228.30 196.77 1.60 69.71 OA1 848 1.24 173.88 210.56 1.18 1.11 72.05 0.36 1.53 205.59 203.30 1A4 72.68 0A0 1.71 246.89 191.95 1.73 73.32 OA3 j 851 1.35 165A0 214.81 75.11 0.38 1.65 210.63 200.51 1A6 76.14 OA1 1.84 267.20 185.29 1.88 77.18 OA5 [ 854 1AT 155.80 215.75 1.35 1.01 78.16 0.40 1.37 216.12 173.07 1A6 79.70 0A2 1.52 206.38 174.58 1.87 81.27 OA3 857 1.20 146.57 211.80 1.54 81.13 OA3 1.28 221.29 179.88 1.37 83.30 0.42 1.25 301.38 159.38 1.79 85.50 OA2 [ 860 1.20 162.30 200.36 83.99 OA5 2.42 226.95 160 A6 1.38 86.85 OA5 2.65 304.29 161.07 1.76 89.76 OA6 i 863 2.17 149.85 180.12 0.75 I wountsas.utt 30-& t-90 Page 0 l l l

O^ O O :O o. 4  ; o. o. .o. 9 9 1 t Nta treek crywell with Sand - Unit Load Case No. 4 (thflooded seismic) outside modes Middte modes inside modas . y

*W7          Radiet' Meridionet Moop                                      Redlet Meridional Moop                                        Rediet Meridionet woop                                            't' SX         SY          SZ       SWY       SYZ        SXZ      SM         SY -       SZ       SKY       SYZ       SX2 j WWe           SM        $Y        SZ          MY        SYZ      SWZ I

spsi) (psi) (psi) -(psi) (psi) (psi) . (psi) ' (psi) (psi) (psi) (psi) (psi) ' (psi) (P3I) (psi) -(psi) (psi) (psi) - 86.81 0.51 5.27 231.9G '135.95: 1.54 90.24 0.51 '5.90 287.87 121.35 1.29- 93.71 0.49  ; is6 4.65 ~ 182.17 150.99 1.87, 1.60. 29.T7 0.55 10.20 237.25 108.68 '2.19 93.39 0.60 11.19 206.93- 103.14 2.90 97.05 0.68 PJ 9.21 251.35 120.22 4.08' 87.19 1.05 7.67 247.61 - 82.82 4.56 90.27 0.85 6.44 201.77 86.82: 4.99 93.60 'O.64 872 8.91 319.75 92.52 12.19 66.59 1.86 20.09 204.98 71.26 11.99 69.11 2.24 14.76 166.53 74.91 12.56 72.71 2.99 875 25.45 259.25 74.71 14.75 36.09 5.38 15.92; 124.61 '69.92 14.39 51.29 6.61 14.11 112.13 84.64 14.22 47.14 8.39< 878 18.05 132.59 58.76 5.30 '19.95 1.22 3.76 88.19 65.46 6.57 28.27 1.34 3.50 76.08 84.55 5.55 36.25 2.67 i 531 3.68 76.40 52.57 0.99 18.28' O.35 0.76 - 74.72 48.98 1.13' 25.41 0.42 0.75 74.44 64.49 1.3T 36.45 ' O.22 36.23 884 0.82 77.79 0.14 0.83 74.84 39.69 0.88 25.77 0.17 0.86 74.10 50.81 0.83 37.66 ' O.27-087 0.91 85.56 ' 37.12 0.76 18.40 . 3 18.36 0.16 1.30 76.30 47.25 1.33 26.07 0.17 1.36 67.29 47.06 1.28 38.15 0.1T , i 890 .1.35 95.65 57.42 1.21 18.31 0.1 T 2.08 76.76 ~ 66.30 2.26 26.08 0.20 2.14 55.32 53.49 2.44 38.30 0.19 l 893 2.11 111.99 86.27

• o9 0.20 3.07 77.16- 89.&O 3.46 25.84- 0.25 3.13 39.58 64.75 3.69 37.95 0.21 l 896 3.08 135.71 118.71 3.00 18.23 0.24 4.24 76.83 114.41 4.90 25.35 0.35 4.33 37.73 77.08 5.36 36.93 0.27 899 4.25 169.57 ' 155.22 4.17 .18.28 ,

0.34 7.91 75.73 137.45 6.37 26.68 0.59 2.44 66.39 86.28 4.10 36.83 0.86 902 13.34 215.70 191.90 9.03 "18.62 19.05. 1.04 4.42' 73.56 177.91 6.06 22.97 1.36 3.05 110.31 113.98 3.78 30.51 1.67 = 905 5.97 262.F 244.86 13.33 1.13 2.52 70.81 213.03 3.74 21.10 1.36 2.18 131.16 1&6.57 5.76 25.24 1.69 903 1.34 280.87 282.36 10.35 19.52 1.24 4.05 67.70 237.44 2.89 20.00 1.30 2.51 115.95 179.25 7.19 21.05 1.47 911 5.41 258.99~~ 298.03 7.12 20.15 4.92 64.89 249.68 2.74 20.70 1.30 3.04 80.93 205.40 6.33 20.32 1.32 914 6.68 216.40 ~295.72 4.76 21.33 1.36 61.88 250.06 2.58 23.60 1.37 2.88 42.45 220.05 4.49 23.73 1.25  ; 917 6.39 169.89 281.37 3.33 23.52 1.51 .&.67 59.02 240.69 2.47 28.17 1.51 2.13 17.61 222.39 2.47 29.49 1.33  ! 920 4.93 129.31 259.82 3.00 26.95 1.68 3.53 2.06 56.30 224.13 2.37 33.57 1.68 1.27 14.95 213 40 2.13 35.93 1.50 [ 923 3.03 101.10 235.40 2.74 31.35~ 1.86 53.83 202.30 2.43 39.16 1.87 0.5T ' 22.33 194.99 2.30 42.25 1.70  ; 926 1.11 87.55 210.04 3.20 ~ 36.20 2.02 1.14 41.54 2.17 1.!S 51.54 176.64 2.85 45.12 2.05 1.17 23.50 169.55 2.76 48.82 1.91 t 929 3.28 81.C 184.06 3.04 0.34 25.00 140.93 2.15 54.T2 2.14  ! 1.04 75.38 152.76' 2.65 46.55 2.23 1.10 49.36 146.66 2.16 50.58 2.20 , 932 l 2.83 1.09 47.90 113.97 2.00 54.47 2.60 0.63 29.75 109.38 1.78 59.16 2.38 ! 935 1.65 66.71 118.69 2.30 49.80 1.84 0.80 48.63 79.31 2.21 ~^ 90 2.62 1.43 31.43 74.29 1.72 59.18 2.2T - v33 0.87 57.16 81.65 3.19 49.91 . 4.34 2.49 57.53 79.41 4.79 'J.34 4.77 1.99 31.77 71.70 2.30 64.08 3.23 941 2.92 59.% 79.73 6.35- 55.88 , 10.97 82.71 75.94 9.29 _ 103.47 14.97 9.43 ST 1T 68.29 6.16 105.22 15.85 -[ 944 12.73 103.10 81.84 12.31 99.03 13.27 142.09 83.43 7.11 185.59 11.81 14.25 115.01 75.66 4.90 189.60 11.76 [ 947 17.27 183.13 95.30 9.70 186.60 11.69 15.78 { 88.31 2.31 238.52 2.76 3.52 150.51 79.02 1.94 241.60 2.83 .i 950 5.18 222.20 90.97 2.94 '238.91 2.95: 4.36' 183.98 184.77 84.61 1.87 240.01 0.75 1.85 166.63 79.51 2.01 241.09 0.62 [ 953 1.85 200.16 88.87 1.70 238.09 0.65 1.85 182.37 78.25 1.47 240.13 0.12 1.48 182.35 78.62 1.13 241.76 0.23 956 1.48 184.90 78.58 1.80 238.72 0.23 1.47 182.12 72.55 1.12 240.56 0.10 1.12 192.37 75.90 1.06 242.04 0.03 I 959 1.12 171.06 68.93 1.18 239.03 0.03 1.11

• 180.64 66.95 0.80 240.88 0.04 0.81 200.48 73.05 0.60 242.35 0.06 962 0.82 161.60 61.07 1.00 ' 239.43 0.07 0.81.

179.76 61.50 0.53 241.21 0.05 0.55 206.97 69.03 0.40 242.61 . 0.04 [ 965 0.54 154.38 53.96. 0.66 239.82 0.05 0.53 178.56 56.55 0.36  ?&1.51 0.05 0.34 206.96 64.78 0.30 242.83 0.6 } 968 0.38 150.34 48.52 'O 44 ~ 240.21 0.05 0.33 177.50 52.15 0.37 241.80 0.04 0.36 206.15 60.12 0.42 243.02 0.06 9 71 0.35 148.88 44.48 0.31 240.57 0.05 0.34 l r moWRTSRS.utt 30-Oct.90 , Page 9 f t

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g g g U ~ O 1 3ter Creek Orywett with Send - thit Lead Case No. 4 (thflooded seismic) insIde Modes Middle Nodas Outside Modes Rediet Meridimet Noop Radial 98eridionat Mom S2 SEY SYZ SIZ SXZ SW SY kMte fadist Meridional Mom SxZ SX SY SZ SKY SYZ (PSI) (P9I) (PSI) (pti) S2 SXY SYZ (Pti) (PSI) (PSI) (P9I) Jede $r SY (Psi) (PSI) (PSI) (Psi) (pui) (psi) (ps') (psi) (psi) (psi) 55.23 0.63 243.20 0.03 242.05 0.04 0.51 213.05 0.51 176.38 48.32 0.51 0.83 243.36 0.03 41.90 0.38 240.92 0.04 0.04 0.71 197.85 50.13 974 0.51 149.M 175.27 &&.97 0.69 242.30 0.03 241.23 0.34 0.71 0.90 190.75 44.66 1.03 243.54 977 0.71 153.30 40.53 0.55 OM 242.52 0.04 0.03 0.91 174.19 42.05 39.15 1.20 243.70 0.*?5 40.28 0.71 241.51 0.04 1.15 182.25 980 0.92 158.72 0.06 1.26 173.06 39.29 1M 242.73 1.02 245.24 0.13 40.40 0.90 261.76 0.15 1.90 175.38 33.82 983 1.36 165.95 0.13 1.98 169.52 36.28 1M 244.27 0.54 246.77 0.05 31.90 166.40 39.63 1.03 243.30 0.04 1.00 174.08 936 2.12 0.88 165.97 33.25 0.67 245.79 0.44 246.89 0.03 35.62 0.79 2&&.84 0.05 0.03 0.85 176.44 30.70 989 0.73 160.00 *64.82 30.64 0.56 245.96 0.03 0.69 245.03 0.03 0.84 0.76 176.88 27.05 0.30 247.11 992 0.84 154.49 31.48 25.48 0.38 246.25 0.02 0.02 245.39 0.02 0.76 162.45 175.44 23.48 (*.28 2&T.25 0.76 148.37 24.78 0.45 0.28 2&6.43 0.02 0.47 995 0.01 0.47 160.04 21.03 20.16 0.29 247.33 0.02 1&&.71 19.43 0.30 245.72- 246.67 0.01 0.33 172.07 998 0.48 0.33 157.65 17.46 0.24 0.31 247.38 0.02 15.61 0.20 246.01 0.01 0.01 0.30 167.61 17.28 1001 0.33 143.28 155.27 1&_77 0.23 246.82 267 1 n.01 0.14 246.26 0.01 1.29 0.29 162.69 16.96 0.32 1004 3.30 143.05 13.02 12.82 0.22 246.94 0.01 0.01 246.47 0.01 0.28 152.90 157.76 13.18 0.32 247.45 0.28 143.26 11.28 0.12 11.44 0.22 247.05 0.01 0.27 1007 0.01 0.27 '!O.54 11.88 0.30 247.50 0.01 143.47 10.12 0.12 246.65 0.01 0.24 153.11 1010 0.27 0.26 148.21 10.51 0.22 247.15 0.28 247.56 0.01 9.37 0.13 246.79 0.01 0.01 0.20 142.88 10.95 1013 0.24 143.41 145.88 9.90 0.21 247.24 247.63 0.01 0.14 246.92 0.01 0.20 0.16 145.10 10.31 0.27 1016 0.20 142.97 8.96 9.54 0.21 247.33 0.01 0.01 247.04 0.01 0.16 143.58 141.76 9.90 0.25 247.71 0.16 142.11 8.81 0.16 0.21 247.42 0.01 0.12 1019 0 '1 0.12 141.30 9.38 9.67 0.23 247.9 0.01 140.87 8.86 0.17 247.14 247.52 0.01 0.08 138.80 1022 0.12 0.08 139.04 9.35 0.21 0.22 247.W 0.01 9 03 0.18 247.24 L.01 0.01 0.06 136.15 9.58 1025 0.09 139.29 136.80 9.41 0.21 247.62 248.00 0.01 0.19 247.34 0.01 0.06 0.01 0.04 133.73 9.57 0.21 1028 0.06 b 7.45 9.25 9.53 0.21 247.72 0.01 247.44 0.01 0.04 134.58 131.48 9.63 0.21 248.11 0.04 135.43 9.48 'O.20 0.21 247.83 0.01 0.02 1031 0.01 0.03 132.38 9.66 129.35 9.71 0.20 2&8.23 0.01 0.03 133.29 9.69 0.21 247.54 247.93 0.01 0.02 1034 0.02 130.21 9.75 0.21 0.20 248.34 0.01 9.86 0.21 247.64 0.01 0.01 0.02 127.28 9.80 1037 0.03 131.08 125.07 9.89 0.21 248.06 2&8.45 0.01 0.21 247.75 0.01 0.02 0.02 125.26 9.89 0.20 1040 0.02 128.86 9.99 9.99 0.21 248.15 0.01 0.01 247.85 0.01 0.02 125.95 123.26 9.97 0.20 248.57 0.02 126.64 10.08 0.21 0.21 248.26 0.01 0.02 1043 0.01 0.02 123.86 10.06 10.03 0.20 248.68 0.01 124.46 10.14 0.21 247.96 248.37 0.01 0.02 121.28 1046 0.02 0.02 121.80 10.11 0.21 0.20 2&8.80 0.01 10.18 0.21 248.07 0.01 0.01 0.02 119.31 10.08 1049 'i.02 122.32 119.77 10.14 0.21 2&8.49 248.91 0.01 0.21 248.18 0.01 0.02 0.02 117.37 10.12 0.20 1052 0.02 120.23 10.20 10.17 0.21 248.60 0.01 0.01 248.29 0.01 0.02 117.78 115.45 10.13 0.'21 249.02 0.02 118.19 10.22 0.21 0.21 248.71 0.01 0.02 1055 0.01 0.02 115.82 10.18 10.14 0.21 249.13 0.01 116.18 10.23 0.21 248.40 248.82 0.01 0.02 113.58 1058 0.02 0.02 113.89 10.18 0.21 0.20 249.24 0.01 10.23 0.21 248.51 0.01 0.01 0.02 111.78 10.13 1061 0.02 114.20 112.01 10.18 0.21 248.93 249.36 0.01 0.21 248.62 0.01 0.02 0.03 110.06 10.10 0.20 0.02 112.24 10.23 0.21 249.04 0.01 l 1064 248.73 0.01 0.03 110.16 10.17 108.45 10.05 0.20 249.47 0.01 0.03 110.27 10.23 0.21 0.21 249.15 0.01 0.03 1067 0.01 0.03 108.35 10.14 9.99 0.20 249.57 0.01 108.28 10.22 0.21 248.84 0.01 0.04 106.97 1070 0.03 106.61 10.09 0.21 249.26 249.68 0.01 0.21 248.95 0.01 0.04 0.05 105.63 9.90 0.20 1073 0.04 106.25 10.20 10.02 0.21 249.37 0.01 0.01 0.01 0.05 104.90 104.45 9.79 0.20 249.79 0.05 104.18 10.15 0.22 249.06 9.92 0.21 249.&B 0.01 0.05 1076 0.01 0.06 103.25 1079 0.06 102.05 10.07 0.22 249.17 j 30-Oct-90 NOWA?SRS.W1 age 10

O smer Cred Drywett witt Sand - thit load Case No. 4 (thflonded sef smic) inside modes MlWie modes Otreside wo&s Radiat Peridlenst Mom Radiat Meridional Moop sv S2 sxY sT2 sx2

                                                                                                                                       $r2         Sr Qiddle Radiat Meridional Noop                                              Sr2        SX         SY        S2       5xY       SY2 (psi)        (psi)                (psi)       (psi)       (psi)

SZ $XY SYZ (psi) (psi) (psi) SX SY (psi) (psi) Ocde (psi) (psi) (psi) (psi) (psi) (psi) (psi) (psi) 9.67 0.20 249.89 0.01 249.58 0.01 0.06 103.38 0.06 101.65 9.79 0.21 0.19 249.98 0.01 9.95 0.22 249.28 0.01 0.01 0.06 102.56 9.58 1082 0.07 99.92 100.28 9.66 0.21 249.68 0.19 250.07 0.01 0.22 249.39 0.01 0.06 0.01 0.05 101.75 9.53 0.07 98.00 9.79 9.51 0.21 249.78 0.01 1005 0.01 0.06 98.95 100.90 9.5 T 0.19 250.16 96.16 9.58 0.22 249.&9 0.21 249.88 0.01 0.05 1089 0.07 0.01 0.06 97.68 9.39 9.73 0.20 250.25 0.01 9.32 0.22 249.60 0.01 0.06 99.89 9091 0.06 94.46 96.45 9.34 0.21 249.98 0.21 250.34 0.01 0.22 249.72- 0.01 0.06 0.01 0.05 98.67 10.04 0.07 93.02 9.06 9.44 0.21 250.08 0.01 1094 249.83 0.01 0.05 95.27 0.05 97.89 10.29 0.21 250.39 0.06 91.89 8.93 0.20 9.56 0.21 250.14 0.01 0.01 109P 0.01 0.05 94.72 96.99 10.57 0.22 250.44 91.59 8.92 0.21 249.89 0.21 250.19 0.61 0.07 1100 0.06 0.07 96.20 9.7& 10.89 0.23 250.48 0.01 8.97 0.21 249.95 0.01 0.01 0.09 95.96 9103 0.07 91.43 93.67 9.99 0.22 250.25 0.26 250.53 0.01 0.21 250.01 0.01 0.09 0.01 0.11 94.71 11.26 0.09 91.48 9.13 10.31 0.23 250.30 0.01 l 1106 250.07 0.01 0.11 93.19 93.34 11.65 0.26 250.59 91.69 9.39 0.21 0.25 250.36 0.01 0.13 I 1109 0.11 0.01 0.13 92.64 10.70 12.02 0.32 250.61 0.06 9.82 0.22 250.13 250.43 0.03 0.17 91.55 1112 0.14 92.24 0.16 92.28 11.16 0.26 0.31 250.87 0.26 0.23 250.21 0.01 0.15 0.20 39.88 12.51 1115 0.16 92.86 10.32 91.56 11.67 0.32 250.44 249.84 1.33 0.29 250.16 0.04 0.21 0.27 87.16 12.81 0.49 0.21 94.17 11.12 12.27 0.41 250.70 0.84 6.67 1119 0.35 0.24 91.61 85.58 13.37 0.69 255.70 95.04 11.80 0.39 250.93 0.71 249.94 4.69 0.26 1121 0.22 0.27 90.25 12.72 15.46 2.55 338.72 34.43 12.98 0.70 246.79 2.69 26.07 1.55 91.22 1126 0.28 97.65 81.75 12.36 2.97 217.19 3.30 207.22 81.33 3.13 229.83 17.81 1.80 6.32 45.68 18.54 2.03 107.38 16.49 11.82 4.50 189.47 56.71 103.71 0.52 1127 208.75 7.60 4.60 80.12 2.97 20.18 16.81 2.88 1.60 115.88 17.76 4.17 12.42 4.03 193.57 0.26 81.26 1130 199.61 0.14 3.55 84.55 44.51 18.24 3.44 207.84 117.56 17.79 3,04 4.20 189.35 56.49 6.77 33.65 1133 3.71 7.37 4.51 80.05 11.70 14.53 2.32 339.28 18.19 3.89 208.48 217.22 25.55 1.39 88.67 1136 1.68 116.67 1.56 81.60 12.40 2.60 0.68 255.73 6.74 3.14 229.96 17.56 4.78 0.43 83.65 13.82 1139 1.75 108.27 17.03 13.69 0.70 250.30 250.39 1.36 247.28 2.81 0.43 89.00 0.39 86.06 14.36 0.52 0.44 96.84 14.39 0.75 14.17 0.51 251.13 0.89 0.29 1142 0.42 0.39 89.45 15.10 0.37 251.51 91.89 14.01 0.42 251.28 251.01 0.1T 0.35 89.46 1145 0.39 0.35 88.59 14.54 0.41 0.38 251.40 0.05 0.48 250.65 0.04 0.04 0.32 91.79 15.61 1140 0.36 88.63 14.23 14.99 0.38 251.13 251.51 0.02 250.83 0.01 0.32 88.49 S.29 94.17 16.19 0.34 0.32 85.04 14.50 0.37 0.35 251.19 0.01 0.01 1151 0.01 0.29 88.01 15.49 16.64 0.34 251.58 15.12 0.37 250.87 0.01 0.27 96.05 1154 0.30 82.21 87.75 16.03 0.34 251.26 0.35 251.65 0.01 0.33 250.94 0.01 0.27 0.01 0.26 9 7.75 17.08 0.27 79.55 15.89 16.61 0.33 251.33 0.01 1157 16.84 0.31 251.00 0.01 0.26 87.39 0.02 0.26 99.08 17.43 0J6 251.73 1160 0.27 77.37 87.13 17.21 0.33 251.39 '0.38 251.80 0.02 0.30 251.06 0.01 0.26 0.02 0.27 100.25 17.73 1163 0.26 75.50 17.88 86.80 17.81 0.34 251.46 251.90 0.02 0.29 251.12 0.02 0.27 0.47 101.25 17.73 0.P 0.28 74.14 19.03 18.&O 0.34 251.54 0.03 0.05 1166 0.02 0.47 86.56 101.87 17.97 0.48 252.06 73.26 20.46 0.30 251.18 0.42 251.68 0.04 0.83 1169 0.48 0.83 86.06 19.56 17.73 0.59 252.28 0.17 22.94 0.37 251.**8 0.06 0.18 1.07 101.66 1172 0.83 73.40 85.66 20.49 0.53 251.79 0.71 252.38 0.64 0.47 251.39 0.17 1.08 1.55 100.27 17.62 1.08 76.58 25.73 21.06 0.66 252.02 0.65 2.48 1175 0.66 1.50 85.28 84.92 17.66 1.96 25&.05 83.91 28.22 0.62 251.13 2.04 232.89 2.4 T 3.97 9.09 1179 1.47 3.61 82.39 21.24 19.89 3.21 253.82 27.90 2.11 252.93 2.47 9.10 7.41 63.89 1191 3.25 91.34 79.64 22.32 3.32 255.54 2.58 1

• T.24 34.42 3.42 252.72 9.11 7.41 3.11 62.01 18.21 119' 7.42 114.91 33.28 24.03 2.65 161.60 34.50 156.92 14.60 3.27 79.56 3.38 142.57 42.18 2.71 1187 30-Oct-90 NOUMSRS.UK1 Page 11

O oys2er Creek Orywelt with $snd - Unit toas case wo. 4 (t#if tooded seismic) inside wedes Middle Wodes Outside Modes Radiat Meridionet Nong Redist Meridional Moep SY SZ SXY SYZ SXZ SX Oldte Redist Meridional Hoop SXZ SX SY SI SXY SYZ SX2 (psi) (psi) (psi) (psi) (psi) SZ SXY SYZ (psi) (psi) (psi) Mcde SX SV (psi) (psi) (psi) (psi) (psi) (psi) (PSI) (PSI) (psi) (psi) 66.&9 16.46 1.46 64.02 9.07 1.51 64.98 9.09 3.36 9.07 3.37 78.93 25.35 67.21 16.06 1.14 65.14 2.38 133.31 43.40 1.57 63.84 1.17 64.49 2.38 2.57 1100  !.L.s 2.42 2.58 78.26 23.61 16.19 0.81 65.30 0.63 34.51 1.20 64.40 64.84 0.64 1.89 73.52 1193 2.59 106.85 1.89 77.62 10.78 0.85 65.52 0.17 0.89 64.23 0.61 0.16 1.29 80.16 14.89 0.5' 1196 1.90 8 7.74 24.77 76.93 15.02 0.58 64.92 65.56 0.04 64.36 0.18 1.29 0.81 84.84 12.49 0.32 1.30 75.25 15.83 0.61 10.28 0.36 65.01 0.05 0.02 1199 0.04 0.80 76.27 87.23 9.71 0.17 65.52 8.41 0.39 64.45 0.20 65.04 0.01 0.44 1202 0.81 67.88 0.44 75.58 6.44 7.28 0.10 65.42 0.01 3.96 0.23 64.56 0.01 0.01 0.20 87.61 1205 0.45 64.13 74.90 4.65 0.11 65.03 0.12 65.28 0.01 0.11 64.64 0.01 0.20 0.13 86.48 5.87 0.21 62.66 4.98 74.21 5.24 0.09 64.9e' O.01 65.14 0.01 1200 64.70 0.01 0.14 0.14 84.61 5.74 0.15 0.14 62.60 7.43 0.07 6.54 0.10 64.94 0.01 0.01 1211 0.01 0.14 73.53 83.17 5.92 0.17 65.05 9.10 0.06 64.73 0.12 6&.90 0.01 0.11 1214 0.14 63.12 0.11 73.22 7.04 0.19 64.99 0.01 0.07 64.75 0.01 0.01 0.13 81.78 6.22 0.11 63.91 9.47 72.93 7.48 0.14 64.87 64.93 0.01 1217 64.75 0.01 0.13 0.15 80.29 6.58 0.20 0.13 64.61 9.69 0.09 7.83 0.16 64.83 0.01 0.01 1220 0.01 0.15 72.62 78.65 6.94 0.22 64.87 65.44 9.79 0.11 64.76 0.1 T 64.80 0.01 0.16 1223 0.15 0.16 72.35 8.12 7.32 0.23 64.82 0.01 9.78 0.12 64.74 0.01 64.77 0.01 0.18 T6.95 1226 0.16 66.36 72.00 8.36 0.19 0.27 64.76 0.01 0.15 64. 72 0.01 0.18 0.01 0.20 74.97 7.66 1229 0.18 67.48 9.70 71.81 8.54 0.21 64.74 64.78 0.07 64.71 0.01 0.20 0.22 73.15 8.01 0.25 0.19 68.59 9.59 0.14 8.70 0.24 64.70 0.04 0.34 1232 0.01 0.22 71.31 70.58 8.33 0.39 64.46 70.15 9.48 0.22 64.66 0.31 64.72 0.22 0.25 1.76 1235 0.22 0.09 0.24 71.42 8.84 8.66 0.54 65.94 9.36 0.28 64.82 64.48 1.22 0.26 69.00 1239 0.23 71.28 0.26 70.39 8.95 0.55 2.03 87.48 8.95 0.55 63.70 0.70 6.78 1.26 73.38 9.45 0.26 73.71 9.41 9.06 2.38 55.95 53.49 21.33 1241 59.22 4.64 1.45 63.56 5.29 36.68 15. 72 2.61 1.64 81.80 10.63 2.55 9.14 3.61 48.71 14.75 0.52 12&& 2.01 3.73 62.27 16.16 16.63 2.25 26.56 88.75 11.17 3.40 53.65 49.56 0.26 2.25 1247 1.34 2.69 65.86 9.03 3.22 15.85 2.84 52.81 20.32 11.17 2.46 51.00 0.15 48.27 14.24 5.45 35.71 1250 2.98 90.22 3.67 62.18 9.21 3.44 2.11 86.16 8.49 l 3.10 53.15 1.82 6.44 1.18 70.67 9.39 1.33 89.68 11.41 9.17 2.15 55.27 65.06 1.70 1253 58.48 4.42 1.31 63.44 0.16 65.20 9.14 0.50 1.46 83.43 10.90 2.39 9.22 0.51 63.60 1.21 63.66 0.35 12 % 62.77 0.71 0.18 69.48 0.18 65.42 9.20 0.29 0.19 75.60 9.69 0.52 9.29 0.28 63.77 0.22 0.07 1259 0.10 0.17 69.86 66.53 9.25 0.14 63.90 73.37 9.54 0.27 63.72 0.16 63.69 0.04 0.13 0.02 1262 0.15 0.02 0.16 69.17 9.34 9.33 0.11 63.82 9.54 0.20 63.51 63.67 0.01 0.10 66.87 1265 0.14 72.40 0.11 69.07 9.40 0.12 0.06 63.80 0.01 0.12 63.50 0.01 0.01 0.08 67.38 9.40 0.11 71.02 9.52 9.47 0.09 63.63 ' 63.77 0.01 1260 63.46 0.01 0.08 68.66 0.06 67.58 9.48 O.06 0.09 70.11 9.56 0.13 9.55 0.08 63.59 0.01 0.01 1271 0.01 0.07 68.41 6 7.74 9.57 0.05 63.73 69.19 9.63 0.10 63.42 0.07 63.55 0.01 0.05 0.01 1274 0.07 0.01 0.05 68.08 9.65 9.67 0.05 63.69 9.72 0.10 63.38 63.51 0.01 0.04 67.76 1277 0.06 68.47 67.80 9.76 0.07 0.05 63.64 0.01 0.08 63.34 0.01 0.04 0.01 0.03 6 7.72 9.79 0.05 67.81 9.84 67.49 9.88 0.06 63.47 63.59 0.01 1290 63.30 0.01 0.03 0.03 67.62 9.92 0.06 0.04 67.27 9.98 0.08 0.07 63.42 0.01 0.01 1283 0.01 0.04 67.18 10.02 67.13 10.27 0.07 63.48 66.75 10.12 0.07 63.25 0.08 63.31 0.01 0.03 0.01 1296 0.05 0.01 0.04 66.46 10.39 66.75 10.58 0.07 63.35 65.79 10.52 0.08 63.15 63.19 0.01 0.05 1289 0.05 0.06 65.73 10.80 0.08 10.81 0.07 63.20 0.01 11.04 0.09 63.05 0.01 63.05 0.01 0.11 66.62 1292 0.06 64.71 65.00 11.21 0.09 0.10 62.91 0.01 0.10 1295 0.10 63.40 11.62 30-Oct-90 woua75es.wt Poge 12

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40yster Creek Orywe tt with Sand - Unit toad Case No. 4 (1Jnflooded seismic) l inside Wodes Midfle Wodes Outside Modes Radlet Merfdfonal Moop Redist Peridionet Mom 52 SX7 STZ SxZ tiidfle 4sdiat Meridfonet Hoop Sr SY SZ SXY Sf2 SWZ SX SY (psi) SZ SXY SYZ 3rZ (ps!) (psi) (psi) (psi) (psi) Ccd* Sx ST (psi) (psi) (psi) (pt) (psi) (psi) (psi) (psi) (psi.' (psi) (psi) (psi) 66.97 10.86 0.07 63.04 0.01 11.54 0.10 62.91 0.01 0.18 0.13 62.78 0.01 0.18 64.28 10.65 0.09 62.86 0.01 1298 0.17 61.62 12.26 0.13 62.76 0.01 0.38 67.95 0.01 0.32 63.56 11.73 0.21 62.35 0.01 l 0.27 59.25 12.87 0.16 62.67 0.01 0.83 67.77 10.31 1301 0.72 61.94 11.66 0.22 62.29 0.01 13.19 0.22 62.24 0.01 0.45 64.8T 10.29 0.23 61.83 1304 0.60 56.23 11.21 0.18 61.82 0.01 0.14 61.81 0.01 0.47 60.33 10.24 0.20 61.66 0.01 1307 0.50 55.86 12.23 0.15 61.68 0.01 0.35 61.02 0.01 0.35 59.62 10.41 0.18 61.53 0.01 0.35 58.22 10.62 0.11 61.69 0.01 0.31 57.80 10.13 1310 0.31 58.91 9.59 0.14 61.54 0.01 60.08 9.06 0.10 61.55 0.01 0.19 55.34 10.07 0.16 61.43 1313 0.31 58.21 8.97 0.11 61.43 0.01 0.07 61.43 0.01 0.19 54.04 10.28 0.17 61.40 0.01 1316 0.19 61.25 7.92 0.13 61.37 0.01 0.12 61.35 0.01 0.12 57.92 8.81 0.17 61.37 0.01 0.12 62.11 7.45 0.09 61.33 0.01 0.12 53.05 10.51 1319 0.01 0.12 57.64 8. 72 0.13 61.34 0.01 62.66 7.09 0.09 61.29 0.01 0.13 52.10 10.82 0.17 1322 0.12 0.13 57.36 8.71 0.14 61.29 0.01 6.81 0.10 61.23 0.01 0.13 51.15 11.24 0.18 61.32 1325 0.13 63.23 8.80 0.14 61.24 0.01 6.60 0.10 61.16 0.01 0.13 57.i0 50.2T 11.80 0.18 61.31 0.01 1320 0.13 63.79 8.99 0.15 61.20 0.01 0.14 0.11 61.09 0.01 0.14 56.78 49.32 12.50 0.20 61.28 0.01 1331 0.14 64.43 6.48 9.30 0." 61.16 0.01 0.15 0.12 61.02 0.01 0.15 56.57 48.62 13.34 0.20 61.32 0.06 0.15 64.99 6.43 0 61.10 0.03 0.17 1334 0.01 0.16 56.16 9.75 0.27 61.08 0.29 65.76 6.53 0.15 60.92 0.18 0.18 47.54 14.38 1337 0.16 0.18 56.15 10.36 0- 61.10 1.45 6.70 0.22 60.97 0.07 0.15 47.29 15.54 0.40 62.28 1340 0.17 66.16 11.16 ( 60.86 0.98 0.38 60.04 0.50 0.17 55.40 16.72 1.60 80.52 7.36 1343 0.18 67.23 7.11

• 53.01 5.40 0.92 51.10 3.47 1.05 50.83 12.33 1.73 47.60 17.57 1.18 71.81 8.38 1.69 57.36 48.72 11.80 4.54 25.10 20.66 1346 0.16 2.73 51.11 12.65 2 1 1.31 22.68 0.55 74.97 8.43 2.37 53.71 0.25 0.99 10.4T 21.76 1349 0.88 54.65 12.56 ~Q 51.87 16.59 I 8.46 1.78 51.62 0.13 2.16 4.64 24.65 21.31 1.86 4T.00 1352 3.31 74.75 13.28 .35 48.44 11.35 2.21 53.43 0.02 2.72 51.06 17.63 1.60 79.43 7.01 1355 0.86 75.?0 8.99 1.54 52.55 5.13 0.86 49.88 3.28 0.95 50.70 13.26 0.37 61.60 1.41 1.05 72.25 9.14 1.64 56.83 60.13 0.97 0.14 45.64 19.06 1358 0.52 0.16 54.61 14.53 0.37 60.46 0.30 67.30 10.20 0.38 59.21 0.17 0.19 45.45 20.48 0.23 1361 0.18 0.18 54.78 16.19 0.24 60.23 0.05 0.25 59.87 0.% 46.18 21.94 0.18 60.64 1364 0.18 65.68 12.09 18.10 0.21 60.11 0 04 0.20 0.25 59.62 0.02 0.20 54.25 46.76 23.53 0.21 60.54 0.02 1367 0.21 64.42 14.33 20.21 0.24 60.03 0.01 0.24 0.27 59.52 0.02 0.24 54.10 25.10 0.25 60.48 0.01 0.24 62.53 16.95 59.94 0.02 0.29 47.90 1370 0.02 0.29 53.75 22.48 0.29 0.33 60.40 0.02 0.30 60.50 19.89 0.33 59.39 0.02 0.36 49.36 26.63 1373 0.36 53.51 24.90 0.36 59.83 60.29 0.02 57.95 23.19 0.40 59.27 0.02 0.45 51.49 28.02 0.41 1576 0.37 53.20 27.41 0.45 5 9. 72 0.02 0.48 59.14 0.02 0.45 54.30 29.21 'O.51 60.17 0.02 1379 0.45 55.06 26.80 29.96 0.54 59.59 0.02 0.55 0.58 59.02 0.02 0.55 52.97 30.02 0.63 60.02 0.03 1332 0.55 51.70 30.72 0.66 59.45 0.03 0.66 58.13 0.02 0.66 52.63 32.49 0.74 59.81 0.03 0.66 48.16 34.95 0.69 58.89 0.03 1.33 65. 0 29.62 1335 52.37 34.93 0.77 59.30 0.03 40.23 0.80 58.80 0.03 1.33 79.46 28.97 1.07 59.31 1333 1.34 43.65 39.36 1.10 58.96 0.04 2.48 58.61 0.06 2.48 51.81 27.41 1.46 57.21 0.11 2.48 40.83 49.77 1.12 57.11 0.12 1.10 90.08 1391 0.12 1.47 49.56 41.49 1.50 1.14 55.07 0.03 1.78 38.38 55.71 1.54 57.02 55.25 0.04 2.49 81.02 28,96

               ~394 0.07      2.57     47.33      40.21       1.09                                                                 54.50     0.02 33.53     51.60      1.05    55.42                                                                  0.03      1.71     64.17       30.30     0.81 1397     2.55                                                               46.70      36.08      0.76     54.88                                                                  0.02 41.06      0.72    55.25     0.03      1.71                                                                  53.64       28.90     0.53     54.08 1400      1.72     33.63                                                               30.63       0.49    54.55      0.02      1.11 0.45    55.02     0.03      1.11     46.14 1403     1.17     39.05     32.44 30-Oct 90 wouATSRS.uK1 Page 13
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O O O O O O O o O O O O Oyster Creet Orywett with Sand - thit Lead tese Wo. 4 (Unf toodad seismic) loside modes Ridfle Nodes Bodlet Merfdlenet Moep Otstside Nodes Radiat Meridionet noop SYZ SxZ SxZ Sx SY SI SxY

Midf t e Radiat Meridional Moop SX2 SX SY SZ SxY SYZ (psi) (p*i) (psi) (psi)

S2 SxY SYZ (psi) (psi) (psi) su SY (psi) (psi) (psi) mode (psi) (psi) (psi) (psi) (psi) (psi) (PSI) 0.02 (psi) 47.81 25.62 0.32 53.79 0.28 54.28 0.02 0.64 0.02 0.64 45.55 24.89 21.68 0.18 53.59 0.02 24.21 0.24 54.78 0.02 0.33 44.66 1406 0.65 43.83 0.33 44.99 19.54 0.14 54.07 0.12 53.46 0.02 0.11 54.56 0.01 0.01 0.17 42.67 17.91 1c09 0.33 46.62 1736 44.42 15.20 0.09 53.92 53.41 0.02 54.37 0.01 0.17 0.21 40.63 15.06 0.13 0.18 48.02 12.55 0.06 0.11 53.81 0.01 0.01 1412 0.01 0.20 43.87 12.51 13.5's 0.19 53.41 10.24 0.08 54.22 0.01 0.23 38.19 1415 0.19 49.01 43.32 11.96 0.16 53.77 0.23 53.43 0.01 0.13 54.13 0.01 0.23 0.01 0.20 36.00 13.20 1418 0.22 50.17 11.04 43.06 12.33 0.20 53.75 53.46 0.01 54.07 0.01 0.20 0.26 33.70 13.02 0.29 0.19 51.67 12.36 0.17 0.25 53.75 0.01 0.01 1421 0.01 0.25 42.81 12.95 12.89 0.34 53.51 13.96 0.22 54.04 0.01 0.32 30.89 1424 0.25 53.37 42.55 13.72 0.31 53.75 0.42 53.57 0.01 0.28 54.00 0.01 0.31 0.38 27.51 12.70 0.31 $5.60 15.77 14.53 0.38 53.77 0.01 0.01 1427 0.01 0.38 42.31 23.58 12.40 0.48 53.64 58.43 17.72 0.34 53.96 0.45 53.78 0.01 0.46 1430 0.37 0.01 0.45 42.02 15.27 11.90 0.58 53.74 0.02 19.76 0.42 53.92 0.01 0.53 18.97 1433 0.45 61.98 41.85 15.87 0.53 53.81 0.61 53.84 0.01 0.48 53.87 0.01 0.53 0.03 0.62 14.19 11.30 0.53 66.14 21.74 16.21 0.61 53.82 54.03 0.01 1436 53.83 0.04 0.61 41.44 0.69 9.77 10.59 0.79 0.61 71.29 23.74 0.61 16.30 0.69 53.88 0.09 0.20

1439 0.18 0.69 41.46 8.05 10.19 0.71 53.79 76.83 25.53 0.60 53.63 0.78 53.77 0.54 0.81 1442 0.68 0.87 '1.01 (0.77 15.75 10.64 1.49 48.56 1.41 26.78 0.85 54.18 48.48 2.83 1.22 12.19 1445 1.18 83.71 36.06. 14.13 1.33 1.66 38.74 2.54 3.19 49.30 4.31 2.80 5.40 1.17 20.13 10.94 1448 4.08 69.88 22.56 28.77 11.18 1.41 37.55 0.45 30.82 0.35 3.42 35.88 8.06 2.87 0.39 0.45 29.08 11.04 5.18 36.06 13.31 9.79 1.06 29.64 1451 27.55 0.31 0.78 22.78 0.93 13.86 8. 73 0.73 1140 1131 l 1454 576 594 99 98 1184 1130 3 81.33 07 2 5 572 328.64 21.01 339.28 97 1180 56.71 53.27 772.27 1 1 571 212.93 506.13 464.60 23.07 255.54 24.37 252.93 36.61 372.83 1224.29 685 J9

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hyster Creek Drywell with Sand - Unit toad Case No. 5 (Flooded Selsmic) laside modes Middle Nodes Outside Modes Radial Merldlonal Hoop Radial Merid'onal Hoop SYZ SXZ %iddle Radial Merldlonal Hoop SZ SXY SYZ SXZ SI SY SZ SKY SZ SXY SYZ SIZ ' SX 57 (psi) (psi) (psi) (psi) (pst) (psi) (psi) l Mode 51 SY (psi) (psi) (pst) (pst) (psi) (pst) fpsi) (psi) (psi) (psi) (psi) l 14.96 1635.12 0.65 20.39 1633.79 0.94 74.27 321.44 96.15 l 1.16 246.68 560.14 240.48 3.82 2 419.37 1388.56 544.29 25.46 1632.46 4.23 37.30 262.41 68.36 16.31 1615.35 l 4.54 78.05 558.51 ~ 156.15 18.63 1613.37 3.79 5 118.71 1238.92 349.83 20.69 1611.40 4.21 25.22 255.54 66.33 13.93 1597.18 4.58 29.44 - 551.16 170.36 14.95 1593.49 3.73 8 33.87 976.21 313.87 15.84 1589.82 4.14 19.87 376.28 88.98 10.67 1578.91 4.50 19.43 544.02 149.34 11.82 1574.20 3.69 19.01 760.58 226.18 12.90 1569.50 4.08 14.58 502.35 112.74 8.72 1560.68 11 4.44 14.34 539.05 136.99 9.02 1555.38 3.64 14.13 595.91 110.21 9.30 1550.10 4.03 10.39 597.29 129.31 6.31 1542.54 14 4.38 10.32 531.77 128.51 6.70 1537.03 3.60 Ik 28 477.36 134.61 7.13 1531.53 3.96 7.42 656. % 140.77 4.91 1524.54 17 4.33 7.49 526.05 129.59 4.96 1519.30 3.55 20 1.58 396.79 127.11 5.04 1513.68. 3.92 5.98 689.62 101.21 3.80 1506.72 l 4.28 6.13 519.06 139.15 3.88 1501.58 6.30 353.20 140.85 4.05 1496.16 3.83 6.35 699.70 162.38 3.55 1889.16 3.51 l 23 4.21 6.41 512.80 154.19 3.68 1884.47 3.59 26 6.47 343.75 163.91 3.18 1479.81 4.00 7.% 696.90 176.26 4.33 1471.72 i 4.25 7.91 506.18 171.55 4.18 1467.19 3.92 29 7.87 366.81 189.28 4.04 1463.80 3.85 9.95 688.61 193.54 5.10 1455.09 l 3.92 9.80 499.79 189.13 5.10 1451.41 10.83 32 9.65 420.99 215.43 5.02 1448.03 8.47 8.75 679.65 214.54 6.16 1432.28 l 6.21 7.88 491.84 205.57 6.22 1429.91 3.82 35 6.97 469.45 234.75 6.20 1427.55 3.73 11.52 649.86 230.21 6.14 1410.10 l 3.79 10.95 484.23 221.27. 6.25 1409.01 38 10.40 455.85 242.91 6.20 1407.63 3.75 9.43 608.28 241.80 5f 1394.98 3.41 3.97 8.93 478.07 236.83 5.25 1394.08 3.23 8.44 412.06 247.48 5.35 1393.26 3.49 7.99 579.30 254.82 4.63 1380.02 41 3.82 7.52 472.56 252.96 4.42 1379.74 3.20 l 44 7.07 388.12 258.25 4.09 1379.43 3.49 6.66 558.62 268.36 3.94 1365.85 3.77 6.20 467.04 269.94 3.70 1365.82 3 17 47 5.75 381.21 274.86 3.40 1365.80 3.43 5.62 544.08 281.81 3.58 1352.29 t 3.70 5.15 461.96 287.61 3.12 1352.37 3.14 50 4.71 383.37 295.62 2.57 1352.46 3.39 4.83 533.61 294.53 3.21 1339.33 l 3.64 4.36 457.05 305.54 2.68 1339.37 3.11 l 53 3.93 390.94 318.66 2.10 1339.42 3.35 4.40 525.71 306.20 3.08 1326.95 3.58 3.90 452.47 323.09 2.43 1326.80 3.08 56 3.43 401.04 342.54 1.75 1326.66 3.31 4.20 519.39 316.30 3.00 1315.11 i 3.52 3.70 448.21 339.57 2.28 1314.64 3.06 59 3.22 413.12 366.00 1.54 1314.17 3.28 4.15 514.35 324.27 3.00 1303.80 3.49 3.62 444.17 354.30 2.19 1302.87 3.07 62 3.09 427.04 398.05 1.48 1331.95 3.27 4.04 519.23 329.99 2.95 1292.85 3.44 3.44 440.51 366.74 2.13 1291.33 3.04 65 2.85 441.62 407.92 1.35 1789.82 3.24 3.81 507.09 333.03 2.83 1282.36 3.40 3.22 436.82 376.04 I.96 1280.13 3.02 68 2.62 456.50 424.02 1.50 1277.90 3.21 3.55 502.56 333.75 2.68 1272.28 3.35 2.95 433.90 381.74 1.96 1269.22 3.00 71 f.33 470.84 435.55 1.20 1266.18 3.1R 3.40 495.26 332.03 2.32 1262.53 3.32 2.89 430.67 383.45 1.82 1258.58 2.99 74 2.32 485.05 441.07 1.87 1254.65 3.15 3.74 480.40 329.09 2.60 1253.06 3.26 3.37 428.68 381.05 2.05 1248.16 2% 77  :* 98 498.24 440.18 1.66 1243.28 3.14 4.72 456.59 325.08 2.04 1243.73 3.35 4.57 425.73- 374.69 2.60 1237.91 2.95 80 4.at 512.68 431.41 2.84 1232.14 3.07 6.74 417.22 322.69 3.64 1234.55 2.94 6.76 424.94 364.88 3.28 1227.83 83 6.77 527.97 415.33 3.28 1221.06 3.87 9.52 364.76 322.13 4.17 1224.93 3.01 4.68 9.57 421.85 352.60 4.83 1217.73 2.92 86 9.64 554.66 391.56 5.16 1210.87 3.12 13.56 301.68 328.75 7.18 1216.62 2.92 13.65 422.78 338.96 6.87 1208.17 10.95 89 13.74 595.96 362.69 6.65 1198.51 18.90 18.51 267.10 341.96 9.40 '1201.40 26.89 18.80 419.03 327.00 9.54 1196.81 92 19.13 676.08 334.64 9.63 1196.95 60.44 20.13 300.63 338.14 25.46 1090.42 34.65 104.69 26.69 382.27 323.31 17.07 1090.75 60.53 45 28.71 630.03 325.42 50.78 1149.33 17.47 364.90 331.06 35.81 939.62 872.61 286.66 25.43 332.79 332.65 27.26 911.36 176.00 817.41 45.27 98 54.61 382.70 355.75 70.52 68.92 10.82 418.47 315.40 16.74 55.92 12.36 288.09 338.68 22.05 782.55 6.28 207.99 382.66 27.98 643.45 437.08 304.64 8.47 730.31 10.27 101 254 62 335.58 8.64 113.24 13.97 10.15 258.40 37. 82 8.91 691.00 17.69 9.95 301.99 7.90 710.52 4.03 104 9.75 326.87 7.13 701.05 3.61 7.73 435.65 6.36 692.72 3.36 7.50 250.56 107 7.16 3!S.29 366.67 31-Oct-90 VAT 5R551.WK1 Pa9a 1

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O pater Creek Drywell with send - Unit lead Case No. 5 (Flooded Sefsmic) Inside modes Middle Modes Radfal Meridfonal Hoop Outside Nodes Radial Meridional Hoop SKY SYZ 5xZ 51 57 SZ SYZ SX2 (pst! Riddle RIdlal Meridional Hoop SY SZ SXY (psi) (est) (pst) (pst) SKY SYZ SXI SX (psi) (pst) (pst) (psi) Nod. 5x SY SZ (pst) (psi) (psi) (psi) (psi) (psi) (psi) (pst) 2.49 (psi) 5.87 418.91 297.18 4.77 701.01 318.12 5.24 690.56 2.40 1.67 2.25 5.77 248.20 393.74 290.54 4.65 694.55 5.62 680.58 4.71 685.50 1.74 5.23 110 5.70 311.35 354.80 1.90 5.17 247.56 309.92 373.92 284.34 4.20 688.77 1.66 341.42 4.68 676.37 4.24 680.24 1.78 4.68 113 5.12 286.94 4.62 246.93 302.00 278.47 4.12 682.90 1.64 4.22 671.77 1.89 1.75 4.36 359.67 4.58 270.05 329.70 246.32 294.31 3.93 675.01 3.87 677.15 1.62 116 667.15 1.89 4.27 1.74 3.98 349.59 273.20 257.99 318.69 3.10 3.65 669.77 1.61 119 4.18 1.88 3.93 245.86 286.83 3.59 344.10 268.47 3.72 671.43 308.46 3.39 662.44 3.31 664.55 1.77 1.59 3.89 250.24 3.54 245.37 279.59 3.38 666.06 122 298.70 2.90 657.70 1.94 659.34 1.63 3.17 341.90 264.77 125 3.50 245.93 3.19 245.21 272.68 2.99 263.20 3.41 660.53 2.57 2.57 652.64 1.66 2.87 5.41 340.94 3.15 244.57 289.32 245.03 266.37 2.79 654.14 3.46 647.39 3.80 123 647.79 3.18 5.05 3.83 5.26 340.43 263.15 4.70 246.97 279.46 2.38 255.20 2.63 641.42 634.87 3.77 131 3.89 4.76 244.83 4.70 333.54 275.48 2.66 259.06 2.13 635.51 2.24 628.84 3.94 3.75 134 4.25 250.54 4.32 245.11 256.14 298.05 2.98 622.51 2.56 622.90 4.11 3.85 9.54 303.27 4.08 247.49 247.32 246.12 276.48 3.18 616.40 5.38 610.05 3.69 137 610.41 3.91 8.53 3.80 17.94 258.70 320.96 7.64 242.95 260.28 3.56 317.42 5.59 604.03 10.40 596.93 3.92 l 140 598.19 4.03 16.16 247.47 30.05 286.43 329.06 275.84 316.74 5.77 9.19 591.80 4.04 3.85 143 14.48 3.86 27.12 249.66 368.95 17.65 388.06 322.75 9.70 576.04 408.00 416.10 8.06 586.60 9.93 572.32 4.59 3.63 l 146 24.30 14.70 247.81 409.64 432.16 319.70 4.85 554.33 10.48 568.64 5.72 3.80 10.72 11.55 547.90 507.55 244.81 421.56 5.31 552.33 8.47 537.11 3.26 149 534.83 6.48 550.50 3.88 10.30 536.57 3.57 19.54 382.80 326.69 152 9.48 552.06 243.91 403.44 8.99 340.54 9.22 522.75 3.02 536.07 4.19 18.27 3.21 25.16 338.50 16.97 439.80 489.20 9.56 366.25 9.26 522.70 6.33 514.84 2.63 155 522.79 3.31 22.71 243.59 13.47 349.10 352.96 291.85 400.47 9.37 336.68 5.71 514.58 2.76 507.76 2.62 158 20.33 2.93 12.46 246.38 361.01 356.29 4.26 5.18 514.47 506.92 2.71 10.00 161 11.61 203.96 326.02 2.77 9.31 248.54 325.15 4.02 339.58 352.79 5.53 501.03 2.64 298.25 4.05 506.24 499.64 2.71 14.76 164 8.90 197.44 13.56 251.32 335.98 5.28 338.55 9.00 494.27 2.61 5.23 498.39 2.72 492.05 2.68 23.13 322.74 12.48 236.92 323.58 253.36 362.50 8.54 14.83 487.02 3.08 167 491.21 2.91 21.40 34.57 411.12 304.74 f 19.74 349.75 394.77 8.17 389.43 12.77 486.03 3.04 470.63 3.09 l 170 484.82 2.75 32.13 256.42 18.17 502.10 274.98 16.83 562.95 490.12 10.91 17.10 470.46 4.09 455,01 2.90 l 173 29.71 5.42 18.71 252.98 395.34 420.59 279.24 12.10 535.88 17.49 470.31 455.55 2.79 33.24 2.23 I 176 18.34 690.61 249.24 370.61 13.68 9.58 449.48 480.70 15.24 456.42 2.59 30.84 450.36 2.39 23.07 332.19 287.11 179 28.51 555.57 252.09 327.87 9.73 7.20 445.15 2.26 9.91 451.28 2.67 21.35 2.34 15.08 359.25 219.80 19.71 354.64 377.89 281.93 6.70 445.51 5.35 441.53 2.25 182 446.02 2.39 14.06 253.87 8.98 412.11 264.62 259.91 295.18 6.37 4.29 441.06 2.28 438.36 2.27 ISS 13.11 440.72 2.32 8.34 256.06 243.97 3.74 440.36 254.77 3.29 7.76 236.31 239.73 3.48 2.28 436.88 2.27 434.87 2.27 188 435.52 2.24 3.65 257.70 222.76 2.26 4.06 435.10 257.30 2.19 3.65 238.73 212.16 2.33 1.79 432.40 431.28 2.26 191 430.05 2.30 3.75 259.65 223.00 2.26 8.03 401.27 273.20 2.36 3.54 237.67 208.65 2.35 244.52 2.97 427.98 427.75 2.29 194 2.24 7.40 261.23 341.04 294.64 4.94 229.11 3.73 424.81 5.20 423.99 2.28 14.63 2.24 197 6.84 234.40 13.52 263.18 282.69 310.39 8.40 423.63 5.57 420.33 2.25 419.89 2.34 22.04 293.09 12.49 254.65 217.49 264.80 329.70 8.06 13.20 418.49 2.97 200 416.33 2.45 20.33 31.11 354.79 311.64 343.75 355.53 7.75 374.69 11.50 415.E4 2.69 402.12 3.10 203 18.71 2.45 28.90 266.86 449.67 305.93 14.5R 454.28 9.89 412.92 15.08 400.79 4.26 17.54 .2.77 206 26.75 528.39 264.59 402.30 II.5G 386.08 ) 15.71 399.47 5.38 17.75 2.46 29.61 444.44 312.10 209 17.38 644.76 519.04 261.79 404.44 12.50 386.07 12.30 381.52 1.86 f 513.35 13.54 386.38 2.29 27.47 382.41 2.10 26.67 422.60 321.62 25.32 544 44 263.83 388.09 12.00 l 212 383.27 2.34 23.23 373.23 462.97 11.64 215 19 69 31-Oct-90 VATSR551.WK1 Page 2

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V-~~~~ v U. v. v. U 'u .v v. v. v 0 eter Creek Drywell with Sand - Unit f.osd case so. 5 (Flooded setsute) Middle podes inside Modes DutsIde Nodes Radial feerfdional Peop Radial Merldtonal Hoop 3ddle Ilsdial Meridional . Hoop SXY SYZ. SXZ SX SY ' SZ SKY STZ ~5xI SIZ SX' SY SZ node SX ST SZ SXY SYZ (psi) -(pst) (psi) (psi) (psi) (psi) (psi) (psi) (pst) (psi) (psi) (pst) (psi) (psil (psi) (pst) (psi) (pst) 378.97 2.04 23.36 457.83 329.64 10.49 378.39 2.02 9.53 379.66 2.10 21.76 265.39 359.11 9.94 218 20.19 247.27 401.52 520.41 328.33 7.63 316.50 2.01 ' 2.01 11.09 267.33 325.22 6.63- 376.14 2.00' 10.43 189.26 344.91 5.18 375 87 5.14 316.22 1.02

    '221     11.85 4.81'   268.14- 311.29          4.91     374.91      1.16       4.74     567.49    330.60 4.8e    192.96    322.89       4.17   373.76      1.19                                                                                                     4.73   375.84       0.89 -

224 0.89 3.56 268.55- 299.48 3.81 373.77 0.94 3.62 595.25 328.60 3.56 20i.30 307.74 3.12 311.70 326.65 3.61 375.13 1.15 227 "2.51 269.94 290.41 2.86 372.45 1.69 2.58 613.97 2.58 207.01 295.52 2.21 370.37 2.09 3.10 377.61 1.16 230 284.30 2.58 311.85 2.72 2.17 ~624.99 326.72 201.18 286.43 2.74 364.33 4.37 2.07 270.13 404.44 13.00 233 2.01 20.50 7.93 640.92 340.84 11.78 24.06 358.91 23.41 10.40 284.07 280.48 12.35- 392.28 236 7.56 198.40 213.08 58.30 11.21 637.94 356.22 20.03 457.88 24.72 90.45' 18.37 328.98 280.26 19.97 448.% 267.29 237.85 45.19 436.34 518.62 14.71 ! 239 2d.84 381.93 281.41 11.72 %19.06 2'.86 9.54 624.79 369.97 11.40 23.13 391.68 200.89 26.20 534.81 42.82 14.78 4.90 552.77 0.96 ' ! 242 5.60 407.93 289.77 5.90 55i.2 4.06 5.32 609.69 384.64 5.98 438.72 200.57 6.8ts 554.17 .7.10 6.36 555.78 0.76 f 245 300.16 6.58 551.31 1.60 6.27 571.17 383.12 223.38' 6.80 545.86 2.45 6.19 410.89 0.76 243 6.11 420.71 0.84 7.26 525.13 379.91 1.11 553.98 0.75 7.22 410.70 314.59 7.63 549.68 7.19 417.96 252.88 8.11 545.70 377.09 8.56 552.81 0.75 251 412.28 - 331.20 8.83 548.43 0.83 8.43 471.37 8.33 428.40 289.08 9.09 544.06 0.95 8.37 551.45 0.76 254 10.15 547.06 0.83 9.66 413.32 372.56 9.89 10.40 542.77 0.87 9.60 412.91 1349.61 0.77 257 9.56 460.07 330.50 545.70 0.82 10.93 356.16 366.34 11.46 549.97 512.62 376.59 11.50 541.49 0.88 10.86 414.20 369.08 11.48 0.77 260 10.80 388.84 12.89 544.30 0.82 12.19 312.30 157.62 12.80 548.38 427.36 12.98 540.32 0.88 12.13 414.68 0.84 263 12.01 588.03 0.85 13.77 300.07 346.22 14.92 546.54 539.27 0.F' 13.70 416.59 408.23 14.44 542.94 266 13.64 682.41 479.58 13.98 333.91 328.89 15.90 545.06 0.76 14.77 416.05 425.58 16.06 541.36 0.94 14.85 14.68 801.52 539.60 16.24 538.24 1.04 19.02 542.!? 3.46 269 540.06 2.63 40.45 487.17 301.87 537.97 1.96 34.86 416.81 442.07 17.69 272 29.30 1015.45 616,28 16.44 613.51 286.04 21.92 516.19 4.58 414.23 462.29 22.30 516.68 5.93 21.13 678.89 22.73 517.07 7.28 21.19 3.25 275 20.54 1150.11 441.69 19.75 493.43 2.68 52.47 483.83 315.01 17.85 490.83 273 46.18 918.11 600.31 21.60 496.51 2.32- 49.30 410.52 404.28 347.91 15.03 486.11 1.74 37.14 413.76 398.08 15.26 490.24 2.02 39.62 34.73 546.22 456.39 15.47 494.28 2.28 483.50 1.82 261 416.07 352.31 11.29 487.38 1.84 28.42 552.50 361.50 11.99 320.95 351.89 10.61 491.33 1.90 26.66 9.31 482.26 1.79 284 24.96 7.76 485.05 1.82 18.43 719.12 359.54 303.46 6.26 487.86 1.81 17.29 418.71 317.09 287 16.20 251.94 1.84 10.88 834.74 354.58 7.09 481.42 1.83 483.58 1.83 10.22 420.81 296.11 5.18 482.49 290 9.59 280.92 295.02 3.36 894.79 353.61 5.04 481.14 1.87 423.11 286.34 2.89 480.16 3.82 4.24 3.91 316.40 295.86 1.75 479.20 1.81 4.09 2.31 481.59 1.90 293 1.76 478.50 1.85 4.33 894.78 359.78 3.95 318.81 287.89 2.83 475.42 1.82 4.10 425.09 285.66 481.74 1.92 296 3.63 476.71 1.89 12.67 826.71 371.91 2.32 289.80 276.25 5.26 471.75 1.84 11.83 427.22 297.75 481.09 2.01 l 299 11.05 6.91 474.68 1.% 22.80 686.15 386.71 5.00 288.40 293.80 8.00 468.30 1.87 21.36 429.39 329.78 2.05 ( 302 19.98 6.64 468.40 2.20 21.85 516.96 405.56 6.09 475.54 18.88 371.74 365.11 7.20 461.36 2.43 20.33 431.02 383.22 468.75 2.03 l 305 6.92 461.71 1.99 22.86 372.24 428.35 7.25 19.99 519.87 473.87 6.60 454.76 1.88 21.38 433.06 450.11 464.46 1.89 ! 308 12.14 458.41 2.10 37.66 316.90 431.47 13.32 760.62 615.23 10.99 452.55 2.32 35.26 435.23 518.91 3.39 311 32.93 454.97 2.81 54.75 517.64 394.09 21.04 458.31 2.36 '51.45 438.09 573.75 18.04 314 48.18 1145.28 780.75 15.11 "451.11' 30.18 695.29 361.55 25.51 429.01 4.85 7.72 30.76 434.75 590.20 25.89 428.91 6.28 317 30.37 1351.49 853.37 26.31 428.11 21.27 400.00 3.06 23.54 402.93 2.42 62.79 484.99 344.93 745.25 25.76 406.40 2.05 58.97 431.60 556.34 1.37 320 55.22 1065.99 1.71 46.08 360.88 438.41 17.30 394.85 404.83 2.02 43.18 434.76 491.18 17.68 399.88 323 40.37 623.86 551.83 .18.04 31-Oct A 0 UAT5R551.WK1 iPage 3 i _ ____a

U v~ j V U. V V' U U U y y O btcr Creelt Drywell with Sand - fJnf t Loati Case leo. 5 (riooded Setsef e) Middle liedes insIde feedes DutsIde Isodes Radial fleridional Hoop Redfal Meridfonal Ibop iddle R&dlel Meridional Hoop SXY SYI SIZ SX SY SZ SXY SYZ SIZ

                                                                 -SXZ       . SX        SY         SZ Mode         SX          SY        SZ        SXY       SYZ (psi)                            (pst)      (pst)       (pst)     (psi)     (pst)     (psi)

(pst) (psi) (psi) (psi) (psi)' (pst) (psi) ' (pst) . (psi) (pst) (psi) 31.69 551.06. 450.78 13.26 392.17- 1.50 11.86 402.30 1.57 :29.72 437.09 422.56 12.56 397.18 1.51 326 27.84 360.25- 398.49 395.09. 1.49 19.30 747.29 440.00 9.72 391.06 1.46 6.63 399.14 1.48 18.10 439.56 365.96 8.16 ' 329 16.98 275.51 309.66 9.65 856.33 419.91- 6.28 391.10 1.52 1.49 9.14 441.63. 330.03 4.50 393.44 1.50 332 8.77 293.43 281.54 3.05 '395.82 8.24 877.70 398.06 3.94 391.60 1.62 1.53 7.86 443.65 313.30 . 3.17 392.12 1.59 335 7.50 318.41 283.81 3.45 392.59

                                                                                                                                             '4.78      864.05 388.86           5.58. 387.90        1.70 4.58    445.46     310.17       4.89    386.56      1.89 4.16     325.44    287.48       4.71   385.23      2.11                                                                                                         4.53   384.15       1.58 333 317.77       3.51    381.00      1.54        7.05     862.76     402.66 282.91       3.49   317.94       1.46       6.78    447.33 341        6.54     312.89                                                                                                     1.51      11.56     823.28     428.08       2.48   394.49       1.56 1.47      10.85    449.29     340.44       3.36    379.69 10.26     286.82    284.92       4.62   374.93                                                                                                       448.83      5.73   384.21       1.59          ;

344 451.26 384.19 6.83 378.08 1.56 22.71 690.87 19.88 302.80 330.35 7.93 372.04 1.49 21.26 10.77 381.93' 1.67 347 10.87 .375.31 1.60 34.52 477.43 456.62 448.62 440.91 10.97 368.75 1.60 32.37 - 453.35' 447.60 378.06 1.61 350 30.30 15.71 372.06 1.81 47.99 333.29 437.53 16.89 14.54 366.31 1.95 44.94 455.24 518.95 353 41.97 762.74 609.07 66.19 551.48 381.79 25.31 372.60 3.24. 62.19 457.37 578.08 22.00 369.47 2.61 1238.90 806.77 18.73 365.79. 2.14 28.49 341.60 5.37 . 356 58.23 34.96 455.39 595.57 29.05 34?.14 6.66 34.32 788.59 335.29 34.60 1509.71 897.75 29.64 342.63 7.97 22.89 310.48 2.90 359 555.38 25.63 314.50 2.21 68.42 547.74 366.79 779.94 23.33 319.32 64.27 453.56 1.04 362 60.18 1213.25 1.41 51.30 361.91 406.61 18.92 305.48 365 44.93 716.87 558.97 20.33 318.79 1.83 ' 48.07 4' 56.27 1.73 477.93 19.64 - 312.16 552.53 413.62 14.98 303.46 1.17' 458.27 393.82 14.40 310.33 1.16 36.63 360 32.16 395.36 379.29 13.82 317.35 1.24 -34.35 790.04 396.98 11.56 303.37 1.11 460.42 325.14 9.96 309.25 1.14 24.05 273.22 280.05 8.37 315.19 1.13 22.53 9.03 303.96 1.16 371 21.10 6.86 307.94 1.18 15.18 954.04 375.68 4.73 311.36 1.18 14.17 462.28 283.22 1.20 '! 374 13.22 298.03 265.22 1.16 7.55 1050.88 360.42 6.77 305.50 1.16 7.10 464.23 264.74 4.26 307.04 377 6.67 352.23 285.24 2.03 308.62 1077.11 355.13 3.67 308.26 1.24 465.88 259.22 1.80 307.14 1.20 2.44 3.88 369.16 292.10 2.68 306.04 1.18 '3.12 1.69 310.93 1.29 360 467.58 262.77 2.87 307.23 1.24 10.71 1025.99 359.80 9.36 335.38 272.63 4.88 303.55 1.20 10.01 2.93 311.79 1.32 383 469.35 283.16 4.70 305.87 1.31 16.94 910.58 374.90 ' 15.04 283.89 250.74 6.51 300.01 1.27 15.95 6.38 311.59 1.33 386 7.51 304.09 1.29 25.12 736.87 396.47 299.26 281.42 8.64 296.73 1.21 23.51- 411.18 330.58 12.25 311.07 1.44  ; 389 21.98 12.29 303.07 1.32 38.90 491.22 410.92 12.32 295.13 1.27 36.45 472.80 404.27 392 34.10 474.76 401.29 53.95 342.84 397.02 19.16 308.43 1.38 50.58 474.48 489.32 17.70' 301.19 1.60 41.29 837.75 594.74 16.24 294.24 1.76 347.98 27.58 303.04 3.16 , 395 561.23 23.86 299.09 2.47 71.71 610.27 20.15 294.55 1.96 67.35 476.11 5.82 398 63.06 1366.79 820.21 31.07 270.91 6.99 36.82 880.23 304.11 30.42 270.62 31.72 271.12 8.20 37.54 476.19 587.04 2.86  :' [ 401 37.27 1665.32 925.99 27.61 242.47 2.14 73.74 601.39 342.52 24.49 238.05 30.72 247.50 1.71 69.27 . 476.47 548.31 0.77 404 64.87 1347.52 802.41 466.43 21.55 240.12' 3.21 56.43 362.67 383.67 20.56 232.72 ' 22.52 247.49 1.61- 52.81 478.91 0.94 407 49.28 802.20 562.79 16.28 238.26 0.90 41.66 559.21 393.06 16.80 230.49 429.06 365.60 15.75 246.23 0.95 39.05 480.98 376.18 13.48 230.92 0.82 410 36.55 11.82 237.68 0.85 29.01 8t0.49 378.50 10.17 244.55 0.85 27.18 482.89 304.36 0.89 413 25.45 276.90 267.12 8.13 237.71 0.86 18.43 1041.52 358.35 10.50 233.06 5.76 242.44 0.86 17.27 484.59 265.35 0.93 416 16.18 310.73 276.55 4.84 238.21 0.90 8.91 1159.55 343.54 7.61 236.32 2.21 240.12 0.90 ^ 8.36 486.34 252.50 0.98 419 7.83 386.07 317.43 0.94 1.61 1201.33 340.52 4.84 240.14 l 237.73 0.92 2.56 487.95 248.90 2.06' 238.93 422 3.51 416.80 331.50 2.50 0.98 8.19 1169.84 351.62 1.82 243.94 1.02 0.94 1.66 489.63 248.73 2.33 239.62 j 425 7.16 390.30 305.28 4.37 235.35 1059.47 375.99 2.94 247.13 1.07 491.17 265.34 4.99 240.03 1.02 18.07 317.30 256.99 .7.20 233.03 0.96 16.91 406.83 7.54 249.12 1.11  ! 428 15.32 8.99 239.93 1.07 29.80 858.79 10.44 230.94 0.98 27.90 492.76 318.92  ! a 431 26.10 286.17 261.62 31-Oct-90 WAT5R551.WK1 f Page 4  ;

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g $_ $ U O ater Creek Drywell with Sand - Unit Lead Case No. 5 (Flooded Seismic) inside modes Nfddle Nodes Radtal Meridional Hoop Outside Modes Radial Merldtonal Hoop SXY SYZ 5tZ SIZ 5X SY 52 9ddle R2 dial Merldtonal Hoop St SY SZ SXY SYZ (pst) (pst) (pst) (pst) (psi) f SKY SYZ SX2 pst) (est) (pst) (pst)  ! SX SY 52 (pst) (pst) 'tc& (pst) (pst) (pst) (pst) (pst) (pst) 1.22 (pst) 43.77 564.75 431.08 13.64 249.26 13.88 239.19 1.11 1.19 J 1.04 41.01 494.13 411.20 361.90 426.15 21.32 247.05 395.92 14.11 229.31 237.64 1.37 60.32 434 30.37 451.06 495.51 522.05 19.80 378.52 30.78 241.61 3.01 18.27 228.63 1.50 56.50 2.36 80.43 637.04 52.79 853.13 628.76 621.66 26.83 235.69 6.15 437 22.87 229.24 1.83 75.53 496.52 206.63 7.16 38.86 962.73 336.45 32.36 207.86 440 10.71 1447.78 902.26 499.42 672.44 33.00 23.27 173.52 2.66 8.34 39.72 71.59 694.25 382.60 1811.50 1050.91 33.75 205.29 26.96 176.98 2.09 167.33 0.61 443 39.41 181.07 1.66 67.28 502.68 650.33 0.99 50.36 341.52 434.14 17.75 1529.11 953.40 30.66 19.56 174.52 160.85 0.83 446 63.03 1.29 47.17 504.29 573.10 417.46 444.11 16.86 21.36 181.66 109.17 0.99 43.98 449 44.08 1013.I's 724.25 40.67 506.94 473.16 17.00 432.40 16.36 156.59 0.62 506.04 17.14 177.79 1.45 164.61 0.68 38.50 719.47 452 37.48 631.31 36.19 509.50 375.81 15.32 411.77 12.46 157.68 0.60 14.26 172.92 0.62 164.15 0.57 24.68 984.17 363.14 329.89 10.42 8.98 160.24 0.65 455 33.88 170.80 0.59 23.12 511.06 303.93 0.61 13.12 1146.78 389.35 286.56 252.39 8.38 6.39 164.28 163.67 0.70 453 21.65 0.62 12.28 512.76 268.16 2.86 1216.91 375.33 5.66 346.49 272.59 3.80 168.41 2.87 164.80 0.66 167.36 0.75 461 11.50 0.65 3.52 514.28 259.28 1200.16 373.64 2.19 304.15 2.63 165.97 165.49 0.70 7.18 0.79 464 4.15 392.20 515.96 263.31 2.21 2.85 170.69 163.65 0.68 6.74 0.74 17.57 1096.97 382.96 377.81 304.48 3.97 279.44 4.84 166.08 173.06 0.83 ASF 6.31 0.70 16.46 517.35 900.22 396.59 7.50 218.85 7.05 161.56 8.90 166.36 0.80 29.66 0.93 470 15.39 313.14 27.79 518.93 318.41 403.11 13.32 173.83 10.33 159.86 0.72 166.18 0.83 43.05 612.48 473 25.99 289.13 278.79 520.01 385.50 13.61 20.66 172.52 0.91 158.76 0.78 40.35 1.11 58.62 388.17 387.01 455.76 374.71 13.89 468.66 19.15 165.40 168.34 2.77 476 37.76 1.19 54.91 521.33 604.12 343.41 29.41 566.02 17.63 158.69 164.39 2.15 77.16 6.38 479 51.30 847.04 521.90 542.86 75.66 138.84 802.43 21.88 159.92 1.72 72.47 32.51 139.03 7.21 38.92 878.95 302.19 31.83 2.47 482 67.83 1819.55 39.58 527.81 573.84 344.39 25.46 109.06 33.18 138.99 8.09 2.03 76.33 598.50 485 39.30 1756.51 919.24 533.97 539.85 28.70 112.99 20.99 105.11 0.46 117.57 1.70 71.73 0.78 57.66 375.44 384.05 1443.65 798.01 31.97 22.23 111.61 103.88 0.51 488 67.19 118.43 1.04 54.03 535.30 461.10 0.45 42.44 596.09 395.45 17.19 50.50 885.76 556.54 23.46 375.64 16.13 110.72 104.50 0.43 491 0.51 39.78 537.12 882.46 384.39 13.60 363.14 16.25 118.13 12.10 110.56 0.42 29.22 0.49 494 31.22 505.95 27.37 538.66 312.72 368.87 10.43 106.54 10.58 111.05 0.39 110.97 0.43 17.94 1081.98 491 25.61 334.49 279.27 540.44 286.38 8.12 7.33 109.55 0.53 115.67 0.44 16.80 0.48 8.02 1194.17 359.11 334.81 303.37 5.19 286.96 4.72 111.83 113.11 0.57 500 15.72 0.49 7.51 542.18 1.72 1227.76 362.11 4.52 388.02 352.66 2.45 114.22 2.11 112.95 0.51 0.61 503 1.03 2.64 543.99 295.89 376.29 2.06 116.77 2.77 112.86 0.52 114.13 0.55 9.63 1186.57 506 3.55 408.51 374.86 545.87 306.24 2.81 3.81 120.01 0.64 4.66 111.67 0.53 9.02 0.58 19.96 1065.01 399.60 8.45 580.66 361.30 547.45 326.77 5.66 115.17 8.74 122.30 0.68 509 0.53 18.69 854.05 424.95 332.11 7.67 110.73 9.79 115.92 0.63 32.29 0.75 512 17.50 326.57 30.16 549.19 372.55 442.29 14.10 122.16 10.87 110.16 0.54 115.34 0.69 44.13 576.19 28.22 346.28 345.72 447.67 14.06 120.19 0.74 515 109.24 0.65 41.53 550.72 0.90 57.76 431.22 436.06 20.81 39.04 554.72 459.46 14.01 537.27 18.87 114.20 116.99 2.52 518 0.91 54.15 552.71 76.10 107.76 400.93 29.39 658.54 16.90 109.01 25.32 113.90 1.99 6.32 521 50.64 952.00 71.46 553.09 615.06 364.99 31.98 98.34 21.19 110.58 1.66 98.14 6.99 38.69 978.71 66.89 1514.58 895.04 561.86 647.55 32.71 25.22 81.10 2.26 524 97.55 7.70 39.51 1.97 16.27 Tl?.57 400.92 1847.39 1010.54 33.40 612.60 28.72 82.16 81.14 0.55 527 39.30 1.78 11.68 570.83 461.43 429.60 20.50 890.05 32.30 84.01 82.14 0.75 57.05 0.50 530 67.15 1531.08 571.96 529.31 22.06 424.29 16.48 82.20 23.67 84.59 0.88 53 43 0.42 41.09 611.63 49.93 982.80 650.74 435.50 16.31 82.45 12.69 83.63 0.44

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7 -' w v 0 atte Creek Drywell with Sand - Unit toad Case No. 5 (Flooded Setsmic) InsIde flodes Middle Modes Detstde Modes Radial Meridional Hoop Radial Meridional Hoop SY SZ SKY SYZ SIZ SX 3ddle Radial Meridional Hoop SX SY SZ SKY SYZ SX2 (pst) (pst) (pst) (psi) SZ SXY SYZ SXZ (psi) (psi) (pst) (psi) (pst) (est)

r. ode SX SY (psi) (psi) (psi) (pst) (pst)

(pst) (psil (psi) 0.47 1036.64 361.04 9.70 85.21 7.71 83.74 0.39 16.53 0.40 15.47 577.73 324.13 6.87 66.93 0.49 357.87 360.07 5.73 83.67 4.65 84.50 0.43 7.60 1138.69 343.38 542 14.49 0.46 7.12 579.77 323.67 4.52 88.73 U.49 377.35 401.52 2.64 83.03 2.57 85.20 0.45 2.59 1170.82 351.25 545 6.67 3.20 582.10 344.00 2.50 90.50 0.51 434.89 2.86 82.33 0.50 0.48 8.67 1137.25 383.98 548 3.65 393.57 584.43 374.69 2.79 85.74 91.94 0.52 4.15 81.62 0.51 8.16 17.07 1037.59 434.03 3.57 7.68 386.16 447.52 417.03 4.87 86.06 0.50 0.54 551 80.95 0.51 15.99 586.71 872.?5 490.58 7.21 92.10 14.98 374.29 453.48 6.48 477.66 8.11 86.07 0.54 26.92 554 0.49 25.24 589.13 542.04 12.51 92.37 0.64 413.56 487.13 9.03 80.46 85.77 0.54 39.03 666.52 557 23.66 36.55 $91.16 558.65 12.40 19.69 90.68 0.62 584.34 12.30 80.31 0.59 0.91 54.38 562.10 $74.46 560 34.20 582.34 593.36 651.38 17.87 85.17 87.40 2.37 16.04 80.78 0.79 50.92 12.76 789.97 582.57 28.08 563 47.56 918.99 152.52 737.41 24.27 84.50 1.81 6.28 82.06 1.87 68.27 594.81 1058.23 567.61 33.60 81.15 1430.87 967.10 20.36 3? 97 80.43 6.93 44.93 566 63.90 42.16 606.90 790.53 29.14 75.10 2.78 32.52 79.28 7.10 74.47 2.43 67.63 1055.45 558.98 569 38.81 1757.66 1107.33 55.58 626.82 783.25 3; 'I 23.43 74.45 0.88 32.92 74.57 2.69 0.94 28.16 951.63 558.90 572 43.33 1595.21 1081.94 635.35 765.55 25.04 73.89 13.77 0.47 26.75 74.77 0.37 25.82 21.10 855.98 577.73 22.04 23.36 1301.59 1010.60 748.89 22.11 73.40 0.34 0.41 575 0.44 20.79 636.65 19.74 T3.31 1109.20 941.76 23.45 74.45 20.53 72.87 0.39 18.52 799.78 592.65 578 20.57 18.44 636.99 729.77 18.05 72.90 0.39 880.76 21.36 74.20 0.31 0.36 16.64 782.97 601.11 581 18.36 942.02 638.12 708.75 18.46 72.42 72.55 0.37 18.92 73.90 0.34 16.54 14.82 796.45 604.80 16.21 16.48 794.38 824.41 687.05 16.51 72.02 0.35 0.35 584 73.58 0.34 14.73 638.96 830.80 603.57 14.58 12.22 668.60 175.28 16.84 14.68 71.66 0.34 13.12 587 14.68 0.34 13.04 639.80 665.40 598.82 13.00 71.91 0.34 733.28 14.79 73.26 71.36 0.34 11.52 876.49 590 12.99 564.40 641.14 644.51 12.97 11.56 71.58 0.33 12.92 72.94 0.32 11.45 0.34 10.05 927.98 590.22 593 11.43 481.47 699.41 624.90 11.39 71.07 71.53 0.33 72.73 0.39 9.97 641.37 978.90 579.71 10.48 9.93 421.98 672.35 11.21 10.18 70.96 0.47 8.85 596 0.49 8.76 4+.09 606.34 569.71 14.59 12.42 0.87 653.69 9.83 72.00 11.76 1.92 7.76 1011.01 599 8.75 379.18 6-5.34 587.41 23.64 14.03 74.17 0.84 21.95 73.24 3.32 11.61 8.99 1028.98 575.89 602 9.01 388.45 631.38 582.89 22.33 73.96 1.57 0.33 2.57 9.87 673.74 8.25 75.19 16.45 444.76 614.89 19.94 76.10 Z4.40 7.51 75.19 0.40 11.35 1088.67 552.48 0.34 605 0.43 11.07 688.95 1155.79 527.67 6.80 75.06 463.11 592.72 6.80 76.52 75.17 0.38 7.52 Goa 10.85 7.32 692.06 533.73 5.47 8.78 74.94 0.32 588.99 4.12 16.18 0.44 0.33 4.26 1199.70 503.70 611 7.16 463.66 693.73 516.71 J.68 75.23 75.02 0.33 2.91 76.24 0.34 4.17 1.80 1217.88 482.75 3.47 4.07 473.31 586.45 500.96 2.29 75.41 0.33 0.32 614 76.40 0.35 2.05 696.47 1212.74 464.81 1.93 75.30 2.15 479.70 579.92 1.94 1.87 75.71 0.33 2.66 617 0.34 2.66 698.65 485.14 2.01 15.17 0.33 482.53 565.17 2.63 76.71 2.55 76.12 0.32 5.24 1184.10 451.26 620 2.66 5.12 701,22 459.00 2.94 76.42 0.33 3.46 77.16 0.34 0.32 8.48 1129.96 442.12 5.01 482.15 542.02 3.83 76.64 0.33 623 4.88 77.73 0.32 8.26 703.55 453.58 12.02 1048.05 437.79 4.14 77.20 8.06 487.34 511.50 441.24 5.58 77.25 0.32 0.34 626 0.31 11.67 705.74 437.41 7.21 78.06 510.10 478.57 6.49 78.41 77.97 0.32 15.99 937.33 629 11.35 15.57 708.07 435.12 7.69 9.96 13.93 0.36 452.36 8.22 79.19 0.30 78.18 0.32 20.55 799.73 439.62 632 15.20 565.84 709.99 438.04 10.20 79.80 0.34 10.44 80.03 0.30 20.01 25.45 646.03 442.55 13.36 19.53 670.51 446.18 451.01 12.89 79.68 0.36 0.48 635 0.27 24.82 712.59 518.99 444.69 16.72 80.66 831.47 472.12 12.41 80.91 80.68 0.31 30.89 638 24.25 30.10 713.99 472.10 15.92 21.37 81.64 0.56 534.64 15.07 81.78 0.40 0.85 37.19 516.73 447.65 641 29.36 1054.47 716.90 496.33 19.40 81.75 82.68 2.75 17.35 82.67 0.65 36.24 43.98 700.96 456.d8 25.39 644 35.33 1339.37 626.48 517.24 23.15 83.09 2.41 83.37 2.55 42.88 717.25 41.82 1693.12 736.75 20.77 647 31-Oct-90 W4TSRSSI.WK1 Page 6

O O O O O O O O O O O O etsr Creek Drywell with Sand - thtt Load Case No. 5 (Flooded Setsmic) InsIde Modes Mfddle Nodes Radial Meridional Hoop Outside modes Radial Merldtonal 14eop 5xy 572 5x2 512 5x 57 52 ?iddle hdtal f*eridional Hoop 57 52 5xv 572 (psi) (psi) 5xy 572 5x2 5x (psi) (psi) (psfl (psi) (psi) (psi) 5x 57 52 (pst) (psi) (pst) mod. (psil (psi) (pst) (psi) (Pst) (psi) (pst) 459.57 26.60 87.69 9.43 87.90 9.74 27.08 835.31 27.98 731.93 528.51 27.05 23.81 93.25 2.61 27.45 86.64 9.60 2.43 44.19 691.36 458.60 650 28.42 1899.60 790.68 746.43 523.64 25.84 91.46 95.78 0.70 740.31 28.00 89 18 2.67 43.11 22.04 91.83 0.87 37.00 521.12 452.30 20.23 653 42.06 1722.64 56.06 746.94 505.97 452.49 17.87 97.49 0.47 23.94 88.60 0.60 92.44 0.36 30.84 546.39 6% 35.17 1373.51 633.30 749.81 484.40 18.59 15.00 98.69 0.31 19.35 88.18 0.49 30.14 0.41 25.08 681.23 451.05 29,49 1084.53 544.06 466.42 15.41 92.91 99.30 0.44 659 88.13 0.34 24.43 751.25 19.88 835.37 447.24 12.76 858.52 489.22 15.83 456.72 12.46 93.28 0.36 0.60 662 23.84 0.44 19.37 754.01 947.30 441.61 10.74 100.02 471.52 12.15 88.30 93.86 0.70 8.85 0.28 665 18.91 689.75 9.01 759.12 456.52 10.32 441.94 10.18 100.10 483.45 9.88 88.53 0.44 94.18 0.30 10.09 1020.55 660 9.22 589.53 8.60 760.97 456.86 9.21 438.49 9.34 99.55 0.42 8.20 88.96 0.31 94.23 0.41 14.05 1118.66 671 7.19 534.79 491.87 761.64 469.02 8.18 7.23 98.67 0.42 89.65 0.45 13.50 0.43 8.48 1214.87 437.40 486.35 529.34 6.97 485.85 5.80 94.19 97.56 0.41 674 13.02 0.49 8.13 765.06 1270.63 439.80 5.34 448.06 574.43 4.32 90.25 3.81 94.05 0.43 3.81 0.41 677 7.82 0.51 3.71 768.78 504.01 1289.47 444.93 3.61 96.42 436.13 609.77 2.29 90.91 2.35 93.86 0.43 0.93 0.40 680 3.64 0.53 1.67 772.34 515.83 1271.99 451.87 2.38 95.40 627.14 2.80 91.59 2.47 93.67 0.43 4.89 0.41 683 2.00 436.01 4.66 776.40 520.28 459.88 2.51 94.59 2.96 92.28 0.53 0.43 9.33 1218.59 6G6 4.44 443.46 625.31 780.04 517.93 3.44 93.53 '4.61 94.03 0.41 4.51 92.96 0.52 8.97 0.44 14.54 1126.42 469.15 8.63 465.26 605.49 511.65 5.19 93.47 93.11 0.42 609 93.61 0.50 13.97 784.37 996.75 479.04 6.90 515.89 574.14 6.01 7.52 93.53 0.42 20.01 0.40 692 13.45 0.49 19.26 787.94 505.85 834.08 489.99 10.60 93.64 615.34 542.05 8.16 u.>:3 10.33 93.14 0.48 28.52 0.66 695 18.57 0.41 25.49 792.44 505.03 666.98 501.49 14.43 93.79 776.57 526.41 10 a8 94.78 13.74 94.11 0.44 34.08 1.09 I 693 24.52 0.63 32.77 195.37 511.41 576.43 516.03 16.25 94.22 544.19 12.99 95.22 14.44 94.73 1.44 34.67 2.37 701 31.52 1014.10 34.21 802.17 522.99 538 10 17.78 95.04 595.92 12.60 95.70 1.28 95.31 1.90 37.91 631.52 704 33.90 1305.35 806.84 534.44 15.40 21.14 104.48 6.87 12.87 M.80 2.13 36.48 7.34 23.50 681.04 550.55 707 35.06 1625.30 665.26 823.56 539.99 21.49 103.78 20.73 113.81 2.08 10~ :.50 7.14 23.99 1.78 46.32 $97.86 547.70 1789.82 690.16 21.78 536.26 22.11 111.08 115.33 0.56 710 24.30 2.14 44.61 840.48 588.23 535.02 17.23 639.90 24.81 108.18 18.67 110.67 0.85 36.91 0.55 713 42.95 1597.44 843.24 529.93 14.86 115.82 20.18 106.80 0.56 35.49 0.46 29.16 734.56 532.25 716 34.13 1256.35 566.83 848.19 P .01 15.15 110.36 12.18 115.55 0.47 538.96 15.45 105.77 0.60 28.11 109.85 0.52 22.20 907.43 533.58 719 27.13 994.34 851.95 544.26 12.06 539.35 10.22 1 " .57 0.48 11.93 105.15 0.49 21.33 0.50 16.25 1055.72 20.53 808.87 558.52 568.89 9.43 109.20 8.25 113.J7 0.47 722 104.76 0.55 15.66 857.14 11.23 1170.04 549.06 15.13 685.50 607.97 8.60 600.11 7.24 108.42 0.51 111.24 0.46 725 104.54 0.57 10.77 861.85 6.89 1249.28 562.42 6.70 612.94 666.91 6.16 5.4 107.56 0.52 0.46 720 10.37 104.45 0.61 6.60 867.57 632.28 0.53 3.25 1297.41 577.43 5J0 109.30 6.36 575.04 721.46 3.93 3.85 W .68 107.43 0.46 l 731 104.45 0.63 3.16 873.07 E60.23 0.72 1317.81 592.26 4.04 560.30 763.14 2.76 680.66 2.69 105.b4 0.53 0.46 134 3.08 0.65 1.37 879.02 1312.70 605.37 2.75 105.81 188.48 2.80 104.52 2.62 105.12 0.54 3.10 0.47 737 1.38 559.67 2.97 885.13 691.90 2.50 104.55 796.09 2.95 104.67 0.65 104.58 0.54 6.09 1282.60 616.28 740 2.83 570.60 5.87 891.27 693.94 3.00 3.48 103.74 0.47 786.47 3.65 104.90 0.65 3.67 104.26 0.54 9.71 1225.76 625.62 0.49 743 5.66 594.52 9.33 897.84 688.21 634.24 4.23 103.40 762.08 4.23 105.20 0.63 104.20 0.53 13.63 1141.30 746 8.99 636.48 13.05 903.92 677.41 4.91 644.11 6.66 103.52 0.48 5.62 105.59 0.61 104.42 0.55 18.30 1028.35 749 12.53 705.35 727.16 910.64 665.12 6.71 9.09 104.07 0.60 106.04 0.55 17.58 0.46 23.65 892.22 656.46 809.50 689.32 6.85 655.03 9.02 10t.94 752 16.92 0.61 22.68 916.43 f 961.76 658.06 8.90 106.54 755 21.76 31-Oct-90 VAT 5R551.vKI Page 7 Qp m

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O M r Creak Drywell with Sand - Unit load Case No. 5 (Flooded Seismic) Ins 1de Nodes 1 M1ddle Nodes Itsd141 Merfdlonel Hoop Outside Modes Radial Meridional Hoop SKY SYZ 5xI 51 SY 5Z die Rid al Meridional Hoop SYI SXZ (psi) (psi) SXZ SI SY 52 SXY (psi) (psi) (psi) (psi) (psi) SX SY SZ 5XY SYZ (psi) (psi) (psi) (pst) lede (psi) (psi) IPst) (psi) (psi) (psil (psi) 0.41 751.52 675.41 12.86 105.04 11.72 105.75 0.96 29.87 28.71 923.41 650.11 702.63 16.43 106.42 2.11 644.60 10.54 107.07 0.42 106.88 1.39 31.03 662.90 758 27.59 1169.27 35.63 928.67 651.21 14.94 718.18 16.60 110.27 5.79 13.31 107.58 1.88 110.20 6.53 19.13 646.23 751 34.26 1444.17 657.51 947.67 657.12 16.85 14.28 113.17 2.02 17.04 109.74 6.08 19.39 1.42 30.21 662.25 713.99 19.79 1630.64 677.49 966.87 666.27 15.77 111.88 114.36 0.45 764 1.98 29.11 22.47 720.37 703.71 11.27 1545.53 682.24 17.37 110.45 678.90 12.46 111.86 0.88 0.59 167 28.03 0.50 21.65 972.18 811.78 705.95 9.16 115.14 682.28 13.80 109.64 9.53 112.03 0.56 16.17 0.86 170 20.87 1345.44 15.51 980.03 695.31 715.50 7.14 115.71 9.97 109.31 0.62 112.29 0.56 10.92 893.89 773 14.92 1208.38 697.34 966.40 715.66 7.15 9.78 117.45 1.44 7.25 109.41 0.81 10.49 1.98 15.C9 975.68 730.11 1135.11 723.36 9.44 113.72 0.89 776 10.09 9.12 110.63 1.53 12.74 999.16 739.26 0.56 18.90 1078.04 745.69 10.93 118.43 779 10.32 1077.48 154.91 766.23 10.73 114.62 9.00 117.88 0.56 0.92 18.18 1011.48 13.63 1118.86 762.92 989.13 792.28 10.57 111.55 796.60 8.47 114.59 0.70 0.64 782 17.49 0.61 13.09 1019.85 1257.54 783.37 7.52 117.25 836.40 7.06 112.02 6.66 114.71 0.63 9.34 0.63 7G5 12.59 903.25 9.04 1028.54 827.74 6.08 116.76 880.79 5.83  !!2.85 0.70 5 12 115.08 0.67 5.79 1312.28 805.78 0.66 72G G.76 855.70 5.60 1037.68 857.32 4.81 116.58 919.53 4.28 114.00 0.71 115.77 0.68 2.76 1342.60 829.36 5.37 834.78 1047.16 883.80 3.84 3.74 116.88 0.68 791 3.57 115.49 0.73 2.89 0.70 2.98 1348.98 853.47 2.19 832.45 949.62 3.35 116.85 117.79 0.71 794 3.35 117.33 0.73 2.95 1057.07 906.36 0.71 5.76 1333.41 877.52 3.40 2.81 843.58 970.03 3.77 118.40 119.38 0.74 797 4.25 119.54 0.73 5.55 1067.03 925.13 0.13 9.36 1295.10 901.50 4.63 800 5.36 866.67 981.43 940.97 4.48 120.47 5.40 121.69 0.78 0.72 8.93 1077.64 13.29 1239.83 925.21 1 54 903.56 986.43 4.58 122.15 955.32 5.81 123.10 0.74 0.79 803 0.71 12.77 1087.94 1168.26 949.03 8.19 124.74 960,96 988.48 6.16 125.15 7.67 126.32 0.77 18.48 0.93 606 12.29 0.68 17.75 1099.23 969.75 972.74 10.19 128.52 7.27 128.53 0.71 23.65 1094.34 17.08 1046.78 992.88 9.83 130.14 133.09 0.63 809 132.29 0.74 22.61 1109.67 985.32 29.52 1043.46 998.57 13.97 1174.92 1004.48 9.37 12.29 13a.54 1.07 2.25 812 21.62 0.56 28.36 1121.63 1002.31 1053.55 1027.49 17.12 138.37 1352.60 1027,00 10.56 136.42 15.46 139.66 1.04 36.53 4.54 815 27.26 1.80 35.14 1132.04 1019.88 1081.53 1050.03 18.01 137.11 13.60 140.74 137.28 5.90 19.95 818 33.78 1596.16 1062.06 20.45 1155.14 1036.59 18.38 16.31 14.92 2.24 18.68 137.29 5.09 133.48 1.07 35.22 1066.62 1062.02 821 20.90 1759.74 1087.57 1177.90 1051.17 17.86 13.56 140.71 0.72 19.54 132.58 1.89 33.93 1.15 27.60 1073.94 1068.77 1666.97 1087.42 14.74 138.34 146.66 1.09 824 32.68 136.54 0.61 26.54  !!89.67 1066.18 0.82 21.90 1140.97 1080.06 11.98 1463.25 1032.08 16.10 12.32 143.57 1.02 ! 827 25.54 0.79 21.17 1202.97 1084.25 1227.00 1093.83 10.31 152.71 12.70 141.40 149.28 0.92 16.84 830 20.50 1316.45 1093.36 16.17 1216.46 1106.74 10.23 8.95 158.97 1.08 10.12 146.88 0.73 155.43 0.92 12.32 1314.34 1108.81 833 15.61 1217.58 1120.85 1230.39 1133.48 8.37 7.99 165.56 1.10 7.91 152.91 0.76 11.78 0.96 8.63 1392.34 1125.5' 11.35 1152.51 1158.81 7.23 162.03 7.49 172.63 1.17 836 159.41 0.80 8.31 1245.76 1163.15 0.99 6.42 1462.29 1141.64 1109.26 1203.51 6.16 6.26 169.08 1.26 839 8.16 0.76 6.12 1260.14 1193.37 1518.18 1159.19 7.46 180.34 5.66 166.30 176.60 1.09 5.83 842 5.89 1080.62 1247.65 3.51 1276.10 1222.90 5.80 9.73 194.33 1.33 3.86 173.43 0.99 190.1D 1.34 6.37 1585.97 1183.80 845 1.76 1063.36 1239.47 5.81 1304.41 1261.43 7.75 9.57 210.23 1.42 8.11 186.23 1.36 204.63 1.42 6.03 1657.60 1191.36 848 5.23 1051.52 1341.78 5.61 1334.65 1282.38 8.26 9.71 227.74 1.87 6.11 199.63 1.40 220.61 1.45 8.04 1716.61 1178.58 851 4.86 1032.18 1376.17 1364.19 1278.94 8.21 11.02 245.37 1.38 9.25 213.58 1.55 7.50 1.67 13.55 1749.30 1146.54 6.67 1031.27 1379.93 8.81 237.15 9.34 265.C7 2.32 1 854 228.07 1.58  !?.23 1397.00 1246.73 22.56 1746.08 1092.02 1063.94 1349.03 5.41 9.25 254.16 1.61 269.85 2.19 857 10.59 2.09 20.27 1427.49 1182.94 1768.18 1000.15 13.04 10.67 243.22 11.66 257.54 3.65 13.98 860 17.99 1168.61 1277.12 12.98 1470.46 1087.25 10.13 245.55 2.81 863 12.37 1249.80 1180.68 31-Oct.90 v415R551.VK1 bqe 8

O Attr Creek Drywell with Sand - Unit Lead Case No. 5 (Flooded Setssic) Inside flodes Middle flodes Outside 8bdes Radts) Meridional Hoop Radial Meridional Hoop SYZ SIZ 31ddla liadial Meridional Hoop SXY SYZ SIZ St SY SZ SXY SXY SYZ SIZ SX SY SZ (pst) (pst) (pst) (psi) (pst) (pst) (pst) mode SX SY SZ (pst) (pst) (psi) (ps!) (psi) (psi) (pst) (pst) (pst) (pst) (psi) 27.00 1863.06 864.16 14.05 273.69 1.95 13.06 259.33 1.42 13.59 245.R3 1.82 24.50 1510.03 9GO.00 117.30 12.06 291.66 1.84 666 21.79 1206.48 1058.11 193.78 9.11 274.43 1.64 20.48 1877.64 5.51 257.85 1.77 20.81 1543.48 7.82 303.80 1.90 669 20.76 1215.87 871.66 283.44 3.19 46.22 1710.03 599.39 3.68 43.16 1575.13 601.40 10.44 11.86 40.24 1859.52 605.03 11.86 264.67 8.02 130.76 1253.74 544.53 56.02 258.98 872 1276.43 491.58 61.53 231.87 1376.28 427.26 71.43 209.64 7.00 120.13 93.60 669.58 625.67 74.86 192.14 38 07 075 108.58 716.28 512.41 89.30 140.14 22.49 416.56 102.79 99.25 12.90 99.20 331.88 641.77 25.00 174.61 16.32 87P 107.23 858.96 485.33 39.70 98.20 6.05 23.17 39.10 53.18 7.44 23.30 550.25 6.95 183.83 0.85 21.51 531.32 385.34 92.07 2.12 5.52 368.43 465.93 681 1.77 5.16 467.47 327.65 6.15 1.44 5.36 557.92 197.22 6.40 50.49 0.68 7.07 331.76 299.99 6.99 191.93 064 6.70 469.59 156.04 6.53 95.65 627.13 81.56 4.78 49.45 0.75 263.10 159.15 9.73 194.51 0.92 887 6.96 114.57 10.D9 97.89 0.81 10.01 9.12 48.31 0.69 9.62 479.12 15.34 192.34 1.43 890 9.83 707.97 255.19 95.40 1.31 12.93 373.44 120.79 1.61 13.26 485.06 273.23 14.45 0.94 14.19 822.22 473.17 12.08 47.92 1.49 18.57 117.33 215.41 22.04 186.16 893 18.11 490.47 452.00 20.38 90.47 972.95 699.72 11.05 48.27 0.47 221.11 330.42 32.18 177.22 1.54 896 18.19 634.11 29.04 85.56 1.91 25.61 23.90 49. 4 t. 0.85 24.98 487.51 23.28 160.79 4.86 899 25.05 1180.70 944.89 78.62 2.91 19.18 475.89 419.08 49.96 2.05 52.16 480.87 796.43 37.56 8.27 84.82 1454.81 1182.81 55.74 5.58 15.92 740.79 642.43 21.60 126.15 932 22.63 466.29 1077.86 34.56 61.70 7.77 83.06 54.55 4.68 851.24 884.36 37.22 81.05 905 30.56 1719.74 1527.66 451.46 1323.11 19.48 45.56 5.25 10.75 66.77 61.36 5.50 12.20 44.93 46.26 6.60 908 6.52 1811.04 1779.29 19.48 50.77 4.85 14.16 764.49 1114.62 49.17 14.72 7.28 22.56 435.64 1501.26 41.04 72.07 4.64 911 29.74 1686.76 1901.92 17.35 84.02 6.02 18.33 562.18 1297.33 33.53 97.24 8.18 29.16 416.76 1599.66 29.50 128.54 5.40 914 40.34 1438.12 1913.51 16.36 127.96 7.19 16.96 335.89 1403.00 24.48 127.39 9.96 27.52 395.92 1619.11 16.58 187.32 1.22 917 37.65 1159.31 1843.76 15.76 175.31 9.42 11.15 163.51 1421.65 22.97 163.73 10.73 18.77 374.76 1570.22 19.19 248.62 9.56 920 26 f t 930.91 1725.46 21.62 228.41 10.06 10.97 91.29 1367.91 24.34 208.16 15.16 17.35 358.38 1465.59 12.59 304.83 11.E8 923 23.38 154.34 1567.84 14.34 279.31 13.29 8.63 115.77 1258.14 16.32 253.37 13.75 14.55 343.36 1315.82 13.69 349.63 13.49 926 21.21 595.61 1376.37 14.22 320.28 14.29 4.39 180.28 1102.65 15.30 290.99 15.96 7.17 321.26 1134.07 909.27 13.07 386.36 14.96 929 11.06 482.13 1157.43 931.11 13.58 355.23 15.37 2.20 206.54 15.20 324.15 15.34 4.49 313.04 11.38 416.02 16.55 932 5.46 426.12 954.53 714.21 12.33 382.20 18.16 2.98 227.48 697.87 13.77 347.84 19.80 5.76 301.31 467.52 12.40 414.76 15.89 935 8.20 379.03 131.10 13.81 419.60 18.33 8.48 225.59 348.94 12.71 4.09 303.11 490.25 448.54 22.63 3.49 328.84 496.42 18.81 33.36 13.85 230.19 452.04 16.58 938 360.58 490.24 29.08 478.46 l 481.99 36.90 390.76 30.20 15.58 436.79 443.60 45.51 736.04 110.90 941 17.01 344.11 466.96 57.49 724.04 104.71 67.90 70.55 692.95 92.80 68.57 513.82 35.03 1325.76 82.22 944 70.96 570.98 480.56 82.62 101.64 886.37 519.48 81.80 98.89 880.28 515.72 43.20 1298.28 19.75 947 95.65 990.58 542.39 56.06 1305.90 19.31 27.53 1173.88 565.92 12.44 1688.62 20.68 27.75 1137.76 552.19 13.27 1668.39 4.36 950 27.92 1177.99 554.95 15.66 1672.41 5.28 8.66 1229.68 569.13 9.62 1684.18 4.50 8.62 1140.62 538.63 9.82 1678.66 1.55 8.59 1070.86 509.23 8.84 1667.22 0.80 6.45 12El.23 563.27 5.73 1688.17 953 1.65 6.50 1123.96 511.45 6.84 1679.43 0.08 6.74 1006.72 467.92 8.58 1672.17 0.69 5.55 1297.24 548.71 4.94 1689.69 956 0.17 5.16 1120.48 490.93 5.50 1682.38 0.41 959 5.05 953.73 433.47 5.59 1674.73 0.31 4.95 1298.95 533 77 5.12 1691.55 0.49 5.04 1109.41 413.08 4.98 1684.65 0.32 5.38 931.78 414.33 5.15 1671.87 0.39 6.25 P14.63 51L99 6.37 1693.28 962 0.39 L 12 1101.93 458.54 5.95 1687.08 0.33 965 6.13 929.8/ 404.85 5.41 1680.89 0.36 7.91 12 M .?1 47.39 8.45 1695.02 0.39 7.91 1092.40 447.98 7.56 1689.38 0.36 7.96 955.41 409.61 6.70 1683.78 0.34 9.89 1168.47 457.80 10.36 1696.82 968 0.39 9.89 1083.83 440.60 9.42 1691.62 971 9.89 1004.88 425.39 8.46 1686.41 31-Oct-90 UATSR551.VK1 h9e9

O Rec Cr.ek Drywell with Sand - Unit Load Case No. 5 (Flooded Seismic) inside Modes Middle Nodes Redfal Meridional Hoop Outside Modes Radf al 1%rldtonal Hoop SKY SY2 $XI SX SY 5Z )ddle R2 dial Meridional Hoop SZ SKY SY2 SX2 (psi) (psi) (pst) (psi) f SX2 SX SY (psi) (psi) (psi) (pst) Sr $Y $Z SXY SYZ (psil (pst) (psi) vode (psi) (psi) (psi) (psi) 0.31 (pst) (psi) (Dst) 11.98 1090.83 423.25 12.47 1698.84 11.39 1693.75 0.44 0.75 0.28 11.98 1074.74 435.21 14.26 1000.83 381.72 14.65 1100.95 451.04 10.32 1688.78 13.56 1695.98 0.31 1.64 974 11.99 1078.83 0.71 14.27 1065.86 430.03 16.58 904.63 331.55 16.89 1704.04 483.86 12.46 1690.60 15.14 1697.47 2.07 T.66 977 14.27 1176.91 1.66 16.58 1056.87 422.95 13.82 843.43 295.81 15.13 1718.69 14.59 1502.65 15.43 1712.06 T.24 1.45 97.,0 16.58 1299.59 521 17 14.83 1047.41 411.20 854.84 284.83 10.75 1134.73 15.73 1705.59 7.61 1.65 12.34 0.58 14.54 1373.96 533. 13 1036.30 392.81 12.03 1728.13 905.38 293.07 10.18 1739.19 933 1.43 12.72 0.41 11.77 1322.42 5%.71 13.31 1719.78 1026.18 368.99 11.24 1730.85 299.49 8.42 1741.12 0.21 986 13.12 0.51 11.75 0.30 14.F' 969.71 1209.91 449.28 12.28 1722.82 341.62 9.41 1732.56 5.09 1744.06 0.21 909 11.78 0.32 14.59 1017.38 0.23 13.7. 1033.65 272.25 1094.69 386.77 10.37 1723.95 997.79 276.69 6.00 1735.48 234.43 2.79 1745.17 0.24 992 14.60 0.27 13.76 0.17 7.92 1078.44 970.17 283.43 6.89 1726.93 210.96 3.57 1737.72 190.09 1.68 1746.46 0.20 995 13.84 0.11 7.89 978.29 0.13 3.87 1090.35 879.06 189.44 4.34 1729.69 151.53 2.09 1739.33 1.81 1746.49 0.17 998 7.97 0.06 3.85 958.68 1.70 1076.37 145.38 2.50 1732.23 1.52 1740.42 0.09 0.13 1001 3.93 B29.14 115.01 0.03 1.74 939.04 102.01 1.84 1045.45 105.15 2.27 1/46.13 61.35 1.18 1734.38 1.42 1741.10 0.06 0.10 1.93 806.17 1.88 919.36 63.53 1006.32 71.81 2.48 1745.60 1004 0.57 1736.09 0.03 0.05 2.40 0.07 1.90 798.80 27.09 2.42 899.67 35.70 1.50 1741.49 45.95 2.60 1745.04 1007 0.53 1737.38 0.04 0.04 2.78 963.53 0.94 2.42 798.17 15.28 879.98 17.50 1.61 1741.67 27.23 2.48 1744.53 1010 0.04 2.80 0.03 2.58 920.82 2.80 800.44 19.20 0.63 1738.31 8.24 1.61 1741.73 14.96 2.28 1744.13 0.03 1013 0.04 2.60 860.31 0.02 2.18 881.57 802.47 21.58 0.73 1738.94 6.80 1.54 1741.73 8.18 2.15 1743.84 0.02 1016 2.60 0.03 2.18 840.65 0.C1 1.89 845.71 801.30 20.33 0.82 1739.34 7.05 1.51 1741.70 5.35 1.92 1743.66 0.01 1019 2.19 0.02 1.90 821.01 0.01 1.39 813.41 1.90 797.12 16.49 0.88 1139.57 801.39 6.12 1.46 1741.68 4.23 1.72 1743.59 0.01 1022 0.01 1.39 0.01 0.92 785.44 789.73 11.45 1.01 1739.71 4.46 1.43 1741.68 3.80 1.64 1743.61 0.01 1025 1.39 0.01 0.92 781.80 0.70 760.20 6.69 1.16 1739.78 1.42 1741.71 0.01 0.00 1028 0.92 778.28 0.00 0.70 762.22 3.42 0.39 737.02 3.96 1.51 1743.69 3.86 1.20 1739.82 1.41 1741.77 0.00 0.00 0.71 764.27 0.39 742.67 4.36 0.17 718.27 4.99 1.41 1743.81 1031 1.31 1739.86 0.01 0.01 0.00 0.39 748.33 5.14 723.14 6.29 1.41 1741 86 6.46 1.43 1743.97 1034 0.01 0.17 0.01 0.11 696.44 730.02 7.78 1.40 1739.91 8.17 1.41 1741.96 7.91 1.37 1744.14 0.00 1037 0.17 0.01 0.11 703.64 0.10 677.03 9.97 1.39 1739.97 1.41 1742.03 0.01 0.01 1040 0.11 710.84 0.12 684.15 9.70 0.18 658.66 9.20 1.33 1744.32 1.44 1740.05 0.01 0.01 0.01 0.12 691.28 11.56 664.69 10.81 1.41 1742.22 10.18 1.39 1744.50 1043 1.48 1740.14 0.01 0.18 0.01 0.09 640.19 0.01 0.18 670.73 12.45 645.25 71.53 1.41 1742.37 10.83 1.36 1744.67 1046 0.01 0.08 0.01 0.13 621.42 0.09 650.33 12.90 1.43 1740.25 625.85 11.93 1.41 1742.52 11.26 1.34 1744.85 0.01 1049 1.45 1740.37 0.01 0.13 0.01 0.17 603.18 0.01 1052 0.13 630.28 13.05 0.17 606.r7 12.06 1.41 1742.66 584.61 11.45 1.40 1745.01 1.47 1740.49 0.01 0.01 0.01 0.01 0.17 609.76 12.86 587.13 12.00 1.41 1742.81 11.44 1.38 1745.16 1055 0.01 0.07 0.01 0.10 565.69 0.07 589.64 12.56 1.42 1740.62 567.82 11.82 1.41 1742.96 11.37 1.36 1745.31 0.01 1058 1.44 1740.76 0.01 0.10 0.01 0.14 547.31 0.01 0.10 569.95 12.20 548.55 11.55 1.41 1743.10 11.23 1.40 1745.44 1061 1.46 1740.89 0.01 0.14 0.01 0.05 528.78 0.01 0.14 549.80 11.73 529.34 11.25 1.41 1743.23 11.06 1.37 1745.57 1064 0.01 0.05 0.01 0.10 510.10 0.05 529.90 11.27 1.42 1741.03 10.96 1.41 1743.36 10.98 1.35 1745.68 0.01 1067 0.01 0.10 510.17 0.01 0.17 492.08 7 510.25 10.87 1.44 1741.16 10.71 1.41 1143.49 1.38 1745.79 0.01 1070 0.10 0.01 0.17 491.06 0.09 474.13 10.98 I 10.46 1.41 1741.30 1.41 1743.61 0.01 0.01 1073 0.17 490.04 0.01 0.09 472.02 10.52 0.17 456.27 11.12 1.34 1745.89 f 10.13 1.44 1741.44 1.41 1743.73 0.01 1076 0.09 469.92 0.01 0.17 453.06 l0.45 0.17 449.8s 9.90 1.47 1741.59 1079 31 0ct-90 V4fSRS$1.WK1 Page 10

O ater Creek Orywell with Sand - thtt load case flo. 5 (Flooded Setsmic) Inst & flodes HIddle flodes Radtal Meridional Hoop Dutstde No6 Radial Meridional Hoop SZ $1Y SYZ SIZ SX SY $ddle R:d1al 98eridfonal Hoop SZ SXY SYZ SXZ (psi) (pst) (pst) (psi) (pst) 5XY SYZ SXZ SX SY (psi) (pst) (psi) (pst) Cbde $x SY 5Z (pst) (psi) (psi) (pst) (psi) (psi) (psi) (psi) 0.01 (pst) 0.23 439.17 11.54 1.32 1745.97 1.41 1743.85 0.01 0.01 0.01 0.24 434.17 10.53 424.29 12.21 1.35 1746.04 9.75 1.50 1741.74 1.41 1743.97 0.01 0.15 0.01 1082 0.24 429.17 0.15 417.58 10.81 408.73 13.12 1.38 1746.11 1.47 1741.90 0.01 0.01 0.10 1005 0.16 410.88 9.73 0.10 401.08 11.37 1.41 1744.09 14.44 1.37 1746.19 0.01 , 1.43 1742.07 0.01 0.01 0.12 393.04 l 0.10 393.43 9.96 384.66 12.34 1.41 1744.22 16.28 1.37 1746.28 0.02 1083 0.01 0.12 0.01 0.11 317.62 0.12 376.30 10.54 1.45 1742.26 13.81 1.41 1744.37 1.46 1746.39 0.02 1091 0.01 0.12 368.36 0.08 361.67 18.57 11.59 1.45 1742.46 1.41 1744.53 0.01 0.01 1094 0.12 359.11 0.01 0.07 352.18 15.90 353.37 19.71 1.51 IT46.45 342.68 13.41 1.36 1742.68 1.41 1744.63 0.01 0.!! 0.01 1097 0.09 0.10 344.50 17.13 344.57 20.61 1.57 1746.52 1.31 1742.81 0.02 0.01 0.16 1100 0.11 335.67 14.69 0.16 336.89 18.50 1.41 1744.72 21.91 1.62 1746.61 0.01 1.26 1742.93 0.02 0.02 0.23 335.27 0.16 329.19 16.27 329.26 20.00 1.42 1744.82 22.85 1.72 1746.69 0.03 1103 1.18 1743.05 0.02 0.23 0.01 0.31 325.24 1106 0.23 323.40 18.19 0.30 321.30 21.61 1.40 1744.94 23.83 1.75 1746.86 0.07 1.14 1743.10 0.02 0.01 0.39 314.79 IID9 0.31 318.16 20.36 0.39 314.10 23.31 1.45 1745.04 24.36 1.90 1746.71 0.41 1.02 1743.28 0.01 0.19 0.43 303.28 0.39 313.98 23.00 0.43 307.02 25.03 1.36 1745.24 25.38 1.73 1788.32 1.85 1112 1.09 1743.52 0.03 1.05 0.50 292.66 1115 0.43 309.80 25.52 0.51 298.82 26.73 1.59 1745.04 25.03 2.35 1740.88 9.27 0.94 1742.85 0.25 5.87 0.73 279.07 1118 0.53 307.18 28.83 0.65 292.98 28.54 1.50 1746.57 25.97 2.26 1781.47 46.56 1.35 1747.85 2.46 32.67 0.72 268.97 1121 0.58 303.02 31.16 0.67 282.90 29.37 2.49 1740.99 34.62 7.01 2359.94 239.98 2.08 1718.66 18.73 181.74 4.62 280.24 1124 0.74 304.09 35.14 5.69 251.04 25.46 10.15 1512.43 40.81 8.70 1443.60 567.60 8.93 1600.04 124.21 395.38 17.67 139.45

    !!?1           6.48     327.62      46.97                                              245.55        21.83     14.52 1319.01                                         35.26      8.66 121.87          1.54 53.06     13.63                                                   0.98      9.64       59.83 4.55     354.27      51.57     12.61 1452.83                                          24.73     11.91 1347.00                                                   11.40   1845.53    564.43 1130                                                                0.52    10.91      256.99                                                19.26      121.17       41.70 10.81       351.19     51.35       8.73 1388.65                                         17.66     11.00 1316.98 392.64                                             7.74 2359.56 233.90 1133                                                              51.13     12.45      242.14                                                 3.99      250.36       22.63 1136          4.81      360.68     52.32      10.64 1449.76 4.06      246.15       21.87       6.21 1510.62 177.59                                 18.07       1.98 1778.53       46.79 9.18 1598.79     122.02                                                           33.21        1.01     228.24 4.46      338.19     48.30 261.04       26.02       2.11 1740.31                                         18.74      1.29 1741.14        9.50 1139                                                              19.56      1.08                                                  6.18      0.93      227.68 1.03      300.88     37.20       2.94 1718.80                                         25.57       1.92 1745.73                                                    1.09  1748.68        1.99 1142                                                               2.86      0.91      256.15                                                 0.81     230.08        20.22 32.87       f.93 1746.24                                                     1.48 1744.56       1.17                                                              0.40 1145          0.91      281.93 0.33      0.82      247.49        24.20 0.72     229.63        20.51      0.97 1747.43 267.86     29.94       2.24 1741.46                                                     1.56 1744.99       0.22                                                              0.11 1148           0.82                                                0.03       0.72     241.03        22.83 0.64     229.54        21.08      1.03 1747.87 252.66     26.17        1.93 1742.32                                                    1.44 1745.01       0.05                                                              0.01 1151           0.72                                                0.02       0.04     233.62        21.50 0.58     228.36        21.36      1.01  1747.54 l

0.65 239.38 23.29 I.98 1742.22 20.37 1.48 1745.12 0.03 1.06 1748.05 0.02 1154 0.02 0.57 226.81 0.53 226.78 21.72 226.43 20.65 1.86 1742.29 1.43 1745.18 0.02 0.01 1157 0.58 0.02 0.52 220.00 19.62 0.50 224.94 22.30 1.04 1748.12 214.32 18.85 1.87 1742.33 1.47 1745.24 0.02 0.03 1160 0.53 0.02 0.50 213.17 19.37 0.53 222.17 22.77 1.13 1748.16 203.08 18.07 1.79 1742.38 1.42 1745.29 0.03 0.10

      !!S3          0.51                                                 0.03      0.51      207.05       19.72 0.91      220.87       23.65      1.08   1748.18 191.92     18.31       1.89 1742.41                                         20.69       1.45 1745.32       0.10                                                             0.28 1166          0.50                                                 0.10      0.92      200.63                                                 1.54     214.42       25.82       1.00 1748.C6 20.06        1.92 1742.49                                                    1.47 1745.37       0.29                                                              1.03 1169          0.95      180.63 0.27       1.53     187.35       24.26 2.00      208.4/        28.36     0.93 1748.00 161.14     26.15       2.03 1742.55                                                     1.64 1745.15       1.03                                                              3.95
      !!72          1.52                                                           2.03      174.9's       29.15                                             200.67        29.92      1.13 1747.00 2.18 1742.86       1.07                                                            3.96       2.84 2.06      146.83     34.92                                               164.63        33.92      1.71 1745.71                                         31.44      2.69 1749.82       14.97 1175 2.50 1742.39       3.93       2.82                                                15.02       6.29     188.50 1178           2.80     143.17      44.75 6.00     150.20        31.18      2.96 1744.21                                         39.83      3.58  1741.13      57.13 3.95 1746.35      15.11                                                           57.24       9.65     186.81 5.70     154.25      55.41 9.65      137.84       38.71      4.44 1754.45                                         54.59      3.64    914.82    217.14 1181 5.50 1738.40      57.32                                                         217.55        4.40      187.50 9.65     201.01      69.57                                                            40.16      4.10   934.62 1184                                                           217.97        4.69      133.73 248.35      73,98       4.22   913.72 1187          4.89 31-Oct-90 V4f5R551.VK1 Page 11

Rec treek Orywell with Sand - Unit load Case No. 5 (Flooded Seismic) inside Modes Middle Nodes #sd$si Meridfonal Hoop Outside Modes Radial Meridional Hoop SZ SXY SYZ SXI 51 SY SYZ $XI (pst) (pst) Iddle Radial Meridional Hoop SXZ SX SY SZ SXY (psi) (psi) (pst) (pst) (pst) SY 5Z SXY SYZ (psi) (psi) (pst) (pst) i kmk SX (psi) (psi) (pst) (pst)  ! (pst) (pst) (psil 36.37 2.59 101.69 57.14 57.25 6.13 178.52 l 42.03 2.78 101.43 2.29 101.43 14.99 57.31 6.12 132.35 4.95 157.94 27.34 80.87 2.97 100.55 2.26 100.El 15.04 101.77 3.96 l 1190 6.10 226.63 4.97 131.51 42.72 148.82 27.37 1.71 70.29 2.24 100.0~) 15.16 100.91 3.98 3.86 1.05 4.99 179.12 130.29 39.68 1.75 27.55 1.25 102.01 1193 1,79 99.99 3.92 3.86 1.02 2.81 146.51 3.87 144.81 56.61 129.32 33.99 1.27 101.11 25.78 0.85 102.08 0.26 1196 100.23 1.08 2.82 0.29 1.93 146.87 123.16 42.70 1.29 27.10 0.87 101.27 0.53 102.03 0.09 1199 2.83 100.46 0.25 1.93 128.14 0.06 1.21 147.22 22.26 111.98 30.12 0.89 20.24 0.55 101.35 0.32 101.89 0.02 1202 1.94 0.09 1.21 127.11 0.70 146.31 18.02 19.99 0.56 100.68 0.33 101.37 0.03 101.72 0.02 1205 1.22 107.23 0.01 0.72 '25.96 14.30 0.45 143.42 13.78 0.26 13.13 0.34 100.86 0.21 101.36 0.01 0.01 l 1208 0.72 106.35 0.45 124 5 9.92 139.73 10.33 0.24 101.57 0.16 101.00 0.01 101.33 0.01 0.26 0.46 107.74 9.89 7.54 0.17 9.17 0.25 101.41 0.01 i 1211 0.01 0.27 123.79 0.17 137.29 9.41 0.11 101.10 7.14 0.18 101.31 0.02 101.40 0.01 1214 0.27 109.51 0.01 0.17 123.31 0.19 135.25 8.30 0.28 9.46 0.12 101.15 7.05 0.20 101.29 0.01 101.34 0.01 1211 0.17 110.96 0.01 0.19 122.79 0.20 133.08 7.74 0.29 9.59 0.11 101.18 0.22 101.27 0.01 101.28 0.01 l 1220 0.19 112.02 0.20 122.32 7.19 130.79 7.48 0.32 0.15 101.21 0.01 101.26 0.01 0.22 0.01 0.20 113.05 9.74  !?1.87 7.49 0.23 7.52 0.31 101.24 l 1223 0.16 101.23 0.01 0.22 0.01 0.24 128.50 114.13 9.86 7.89 0.26 101.24 7.72 0.38 101.19 0.02 l 1226 0.22 0.01 0.24 121.32 0.27 125.84 9.96 0.20 101.24 0.28 101.23 0.01 101.25 0.11 I 1729 0.24 115.40 0.27 121.01 8.36 123.27 8.12 0.36 0.20 101.26 0.01 10!.20 0.06 0.33 0.54 0.21 116.55 10.09 120.19 8.86 0.37 8.39 0.65 100.79 1232 0.36 101.22 0.02 0.34 0.34 0.42 118.96 118.65 10.37 9.43 0.50 101.27 8.81 0.89 103.15 2.71 1235 0.35 0.14 0.41 120.38 1.90 0.43 116.08 10.71 0.46 101.51 0.90 100.94 136.86 14.00 1238 0.40 120.50 0.44 118.70 9.87 123.25 11.17 3.53 0.89 99.79 1.10 87.64 10.60 2.21 33.30 0.45 124.68 11.60 107.28 9.88 4.15 21.93 4.05 83.70 1241

                                                         .t.45     92.82        7.25      2.57                                           76.33    23.07        7.47        61.21 138.36      15.37                                                                 9.70       6.05                                                               3.75       41.61      0.14 1244              2.92                                                      3.14      6.09       105.17                                                     4.07       26.37      23.33 17.04       6.15       84.13                                                     5.23       77.69      0.38                                                    82.79    31.86 1247               2.13      150.75                                                   4.67       111.28        9.98                                                    56.53      22.06       4.77 3.90       80.16       0.21                                                     75.72    22.33         9.69                                                  13.31 4.81      155.12      11.63                                                                  9.67       5.25                                                     9.33      2.91     135.10 1250 4.22      83.42       2.86      5.70       105.69 84.71     10.10        1.67      !!!.12                                       2.67 2.19      156.19      18.68                                                   107.77       10.09        3.08                                                     8.91      0.81     102.04 1253 91.77       6.93      1.81                                                      1.89        0.35      103.33 146.93       17.53       3.56                                                    10.77        0.82      99.81                                                    0.47      99.94      0.54 1256              1.98                                                      1.11     0.36       117.13                                                     0.34      104.67        9.19 14.35       0.83      98.53                                                      0.49     100.11      0.35                                                   100.39      0.12 1259              0.36      133.97                                                   0.33       !!?.75       10.84                                                   107.48        9.41      0.24 0.43     100.05        0.16                                                   100.03      0.07        0.29                                                    0.02 0.33       129.37      13.33                                                  116.64        10.73       0.30                                                     9.59      0.23     100.32 1262 0.43      99.74        0.02     0.29                                                       0.02       0.26      109.07 126.77      12.75                                                                10.59       0.27     100.05                                                    0.15     100.35       0.01 1265              0.29                                                      0.01     0.26        116.47                                                    0.23       110.92       9.74 11.94       0.29      99.75                                                      0.24     100.03       0.01                                                  100.34       0.01 1268              0.26       123.52 0.01     0.23        115.82       10.44 0.21       112.33       9.86      0.16 11.36       0.32      99.72                                                      0.22     100.02       0.01                                                  100.33       0.01 1271              0.23       120.98                                                   0.21       115.40       10.31                                                   113.68       9.96      0.12 0.27      99.69        0.01                                                                0.01        0.19                                                   0.01 0.21       118.42      10.86                                                   114.89       10.23       0.20 100.00                                             10.05       0.13    100.31 1274 0.28       99.67       0.01      0.19                                                      0.01        0.18      114.91 0,20      116.11      10.53                                                                10.21       0.19       99.98                                                    0.10     100.28      0.01 1277                                                                       0.01      0.18       114.37                                                     0.18      115.95      10.14 10.39        0.24      99.65                                                      0.18      99.95      0.01                                                   100.23      0.01 1280              0.19      113.94                                         0.01      0.18       113.96       10.26 0.08      116.54      10.26       0.07 10.43       0.27      99.63                                                      0.17      99.92      0.01                                                   100.13      0.01 1283              0.18      111.75 0.01      0.12       113.46       10.37                                         0.05      115.56      10.60       0.12 10.58       0.19      99.61                                                      0.11      99.84      0.01                                                    99.99      0.01 1286              0.15      110.20                                                   0.06       112.25        10.86                                                  114.62       11.04      0.11 0.11      99.55        0.01                                                    99.73      0.01        0.08                                                   0.01 0.08       108.84      11.21                                                   111.00       11.49       0.13                                                    11.45      0.17      99.83 1789 0.11      99.47        0.01     0.08                                                      0.01        0.11      113.85 107.51      12.02                                                                12.14       0.13      99.61 1292             0.08                                                      0.01      0.09       109.88 12.93       0.14       99.38 1295              0.08      105.77 31-Oct-90 VATSRSSI.VK1 Page 12

e e e # O O O O i O e # O ster Creek Drywe11 =1th Sand - Unit Lead Case No. 5 (Flooded Setsmic) Ins 1de Modes Middle Modes Radial Meridional Hoop Outsfde Medes Radial Merldtonal Hoop SXY SYZ SIZ SK SY SZ SYZ SIZ (psi) (pst)

 ]iddle Radial Meridional Hoop                                                 SIZ        SI         SY            5Z           SKY (psi)      (psi)      (pst)           (psi) (psi)

SZ SKY SYZ (psil (pst) (psi) (psi) Mode SX SY (psi) (psi) (psi) (psi) (psi) (pst) (psi) 11.61 0.16 99.66 0.01 0.01 0.20 113.29 12.64 0.18 99.47 0.19 99.46 0.04 0.02 0.16 108.61 0.32 113.38 11.44 13.12 0.16 99.29 0.20 99.33 0.04 98.69 0.14 1298 0.12 104.15 0.32 107.54 12.91 11.30 0.37 0.26 99.18 0.03 98.60 0.13 9.88 111.11 0.32 101.46 14.52 104.61 12.98 0.28 11.44 0.33 97.92 0.04 1301 0.31 98.52 0.15 0.77 0.04 0.52 105.60 0.65 98.16 14.73 12.52 0.25 97.87 0.20 97.75 0.02 1304 0.03 0.52 101.68 0.34 100.79 11.49 13.60 0.20 97.83 0.21 97.73 0.01 97.63 0.01 0.51 98.07 0.35 100.63 11.57 97.72 11.23 0.21 1307 0.17 97.70 0.0? 97.60 0.01 0.25 0.36 100.27 11.E9 99.37 10.58 0.15 10.99 0.17 97.53 0.01 1310 0.14 97.57 0.01 0.25 0.01 0.15 95.86 0.24 101.22 9.91 9.83 0.16 97.48 0.19 97.50 0.01 1313 0.01 0.16 98.16 0.14 95.39 11.05 8.64 0.14 97.44 0.16 97.43 0.01 97.46 0.01 1316 0.17 100.92 0.14 97.68 9.61 94.97 11.18 0.15 0.18 97.37 0.01 97.39 0.01 0.13 0.01 0.13 100.59 8.12 97.39 9.46 0.16 11.43 0.26 97.43 1319 0.14 97.32 0.01 0.13 0.01 0.19 94.19 0.14 99.84 7.79 9.40 0.23 97.35 0.39 97.40 0.01 1322 97.27 0.01 0.22 96.83 0.01 0.30 91.80 11.97 100.01 7.35 0.24 9.43 0.31 97.31 0.37 97.39 0.01 1325 0.25 0.01 0.30 96.43 0.29 88.92 12.70 6.93 0.24 97.21 0.30 97.26 0.01 97.37 0.02 1328 0.30 101.46 0.29 95.90 9.57 85.97 13.63 0.39 6.54 0.23 97.14 0.01 0.29 97.23 0.02 0.28 0.10 0.29 103.71 0.28 95.56 9.86 14.64 0.33 97.44 1331 0.21 97.07 0.01 0.05 0.28 83.54 0.28 105.66 6.39 94.86 10.32 0.31 97.17 16.00 0.45 97.08 0.46 1334 0.25 96.95 0.01 0.28 0.29 0.28 80.56 0.28 107.84 6.45 94.84 10.95 0.35 97.20 0.61 99.01 2.31 1337 97.09 0.11 0.27 0.25 79.01 17.33 109.25 6.66 0.33 0.61 96.85 1.55 128.03 11.70 1340 0.26 0.80 0.28 93.61 11.87

                                                                                                                                                                     !.62       84.42          17.95      2.69 7.14      0.59      95.65                                                         3.02       84.41       8.58                                                      15.70     27.86 0.32      111.68                                                  1.88        85.76           13.69                                                    40.98          26.98      2.41 1343 3.07      91.43       5.50                                                        17.60     18.75        6.59                                                       0.81 2.14      120.33        8.90                                                  86.21           14.07       4.08                                                        31.67      2.04      36.09 1346                                                            85.65       0.24     4.19                                                           0.37       1.28       16.74 126.71        9.11       4.43                                                       13.73       3.24       82.63                                                       3.05      78.83     26.41 1349               1.49                                                     0.19     3.21        92.35                                                         7.65       38.29          30.01 8.86       2.77      82.34                                                        3.38       17.20      18.08                                                     126.49      11.16 1352               5.35      127.45 0.02     3.81        86.81           15.I'9                                                    76.84          20.03      2.00 9.83       2.73      85.23                                                                   83.76       8.17       1.11                                                       2.24 1.15      129.30                                                             86.20           14.77        1.98                                                        22.52      0.55      98.13 1355 2.25      90.66       5.23      1.15                                                          1.54       0.21        11.05 125.00       9.81                                                                  15.84       0.56       95.86                                                        0.33      96.37      0.47 1358               1.22                                                    0.82      0.22       92.23                                                          0.28       71.69          24.33 10.22       0.57      94.48                                                          0.37     96.01       0.28                                                       96.70       0.09 1361               0.23      116.72                                                  0.28       92.50           17.88                                                     73.89          26.02      0.24 0.35      95.55       0.09                                                        95.92       0.06        0.32                                                       0.03 0.28      113.47      12.29                                                   91.63          20.33         0.32                                                       28.01      0.33      96.60 1364                                                           95.19       0.03      0.32                                                           0.01       0.38       75.96 110.92      15.00       0.42                                                       23.08         0.38      95.84                                                       0.38      96.56       0 02 1367               0.32                                                    0.02      0.38        91.36                                                         0.46       78.94          29.93 18.40       0.43      95.07                                                          0.46      95.73       0.02                                                      96 47       0.02 1370               0.38      107.25                                                  0.46        30.81           26.09                                                    82.60          31.82      0.51 0.55      94.91      0.02                                                         95.61       0.02       0.57                                                       0.03 0.47      103.22      22.34                                                   90.34           29.32        0.56                                                       33.56      0.59      96.35 1373                                                            94.75      0.03      0.57                                                           0.03       0.69       87.10 98.38      26.83        0.62                                                       32.69        0.68      95.47                                                       0.80      96.20       0.03 1376               0.57                                                     0.03     0.69        89.97                                                         0.83       93.01          34.88 31.89        0.18      94.59                                                         0.83      95.32       0.03                                                       96.01      0.03 1379               0.69       92.62                                         0.03     0.83        89.29           36.12                                                    99.58           35.95      0.85 0.85      94.44                                                                   95.15       0.04       1.00                                                       0.06 0.83       86.26      37.24                                                   89.28'          39.51         1.00                                                       35.39      0.91      95.73 1382                                                            94.29       0.02      0.99                                                          0.04        1.65     110.08 18.30      43.33       1.15                                                       42.68         1.04     94.96                                                        1.25      95.03      0.13 1385              0.99                                                     0.08      1.67       88.72                                                         2.98      127.92           35.04 50.16       1.15      94.21                                                          1.34     94.53       0.16                                                       92.03      0.50 1388                1.70      69.05                                                   2.99        87.69          48.69                                                   136.17           34.46      1.81 1.43      93.98       0.10                                                         91.86       0.47       1.80                                                       0.12 3.01       58.10      62.50                                                   83.31          51.89         1.85                                                       36.87      1.42      89.00 1391                                                           91.69       0.56      1.94                                                           0.16       2.91     120.63 49.80      69.31        1.91                                                       50.84        1.31      89.15                                                       0.88      88.24       0.06 1394               1.95                                                    0.10      2.90        18.93                                                         1.84     100.85           38.51 64.68        1.20      89.36                                                         0.85      88.68       0.03                                                      87.66       0.02 1397               2.90       50.41                                                  1.85        78.19           46.02                                                    90.77          35.88      0.55 53.65        0.82      89.11      0.01                                               0.49      88.24       0.04       1.04 1400               1.87       57.79                                                   1.03       77.03           39.38 42.94       0.44      88.82      0.03 1403               1.03       63.90 31-Oct-90 VATSRSSI.VKI Page 13 c..

                                                                                                             ~g
                                                                                                                                   - ' g                   g O>-

l l ster Creek Drywell with Sand - Unit toad Case No. 5 (Flooded Seismic) Inside Modes Mid:fle Modes Outside Nodes Re11al Meridional Hoop Redial Meridional Hoop SY SI SXY SYZ 5XZ SXZ SX )ddle Itadtal Meridional Hoop SIZ SX SY 5Z 51Y SYZ (psi) (pst) (pst) (pst) SZ SKY SYZ (psi) (psi) (pst) (pst) (ast) h SI SY (pst) {pst) (psil (pst) (pst) (psi) (pst) (psi) (psi) 31.10 0.52 87.22 0.03 87.87 0.02 0.76 84.89 0.75 76.20 32.01 0.44 0.41 86.90 0.02 0.29 88.53 0.03 0.02 0.73 78.75 25.59 0.74 67.63 33.20 75.14 24.48 0.32 87.59 86.70 0.02 1406 88.28 0.02 0.73 0.39 73.00 20.13 0.23 12.53 23.57 0.23 0.19 87.38 0.01 0.02 1409 D.74 0.01 0.39 74.25 17.55 69.19 15.43 0.20 86.61 76.51 15.08 0.13 88.06 0.14 87.25 0.01 0.28 1412 0.39 0.00 0.26 73.24 12.40 12.99 0.22 86.61 0.01 9.43 0.09 87.93 87.21 0.01 0.23 66.09 1415 0.27 78.57 72.29 10.94 0.17 0.26 86.65 0.01 0.13 87.81 0.01 0.23 0.01 0.19 63.91 12.79 l 0.22 79.70 9.65 11.73 0.19 87.21 86.70 0.01 1818 87.77 0.01 0.19 71.84 61.58 13.08 0.29 80.95 11.73 0.14 0.24 87.23 0.01 0.25 1871 0.19 0.24 71.50 13.12 13.42 0.63 86.77 0.01 0.19 87.75 0.01 0.01 0.57 57.61 0.24 82.19 14.24 71.01 14.85 0.57 87.26 86.87 0.02 1424 0.51 87.74 0.01 0.57 0.92 50.29 13.33 0.98 0.57 85.38 17.57 16.70 0.91 87.30 0.01 0.02 1427 0.01 0.91 70.64 41.11 12.76 1.05 87.01 91.69 21.61 0.84 87.72 0.99 87.35 0,02 1.00 1430 0.91 1.00 70.12 18.45 11.85 1.19 87.19 0.03 0.94 87.68 0.01 0.02 1.10 30.98 1.00 100.18 26.23 69.83 19.93 1.09 87.41 87.4C 0.02 1433 87.62 0.02 1.09 1.20 20.62 10.86 1.20 1.09 109.32 30.65 0.99 1.19 87.47 0.05 0.01 1836 0.06 1.20 69.13 20.92 11.39 10.14 1.47 87.76 119.77 34.99 1.18 87.57 1.30 87.59 0.13 1.29 1439 1.20 1.29 69.16 21.40 10.38 1.29 87.44 0.32 38.82 1.12 87.25 0.30 87.45 0.89 1.47 9.86 1442 1.28 130.54 67.99 20.62 1.41 2.62 79.00 2.29 1.52 88.15 1.42 1.77 4.60 2.13 17.48 11 08 2.03 143.28 41.56 60.09 17.83 2.27 78.88 63.09 4.13 1445 80.21 7.02 4.78 1.98 29.59 11.18 2.94 6.86 120.16 34.38 5.60 2.33 61.12 8.78 0.57 1448 13.11 4.87 48.03 12.26 45.50 10.64 39 50.28 62.65 17.64 6.03 58.35 1.87 48.28 0.63 0.81 1451 8.83 0.51 1.28 38.09 9.63 25.09 8.93 1.35 44.80 1454 1.46 921 879 1128 1131 1130 876 870 872 917 878 1184 2 74.86 2359.94 567.60 130.76 1877.64 1421.65 246.68 1575.13 1619.11 89.30 1754.45 395.38

9 O

                                                                                                               )

ster Cre+k Drywall *lth Sand - Unit Load Case No. 6 (1looded hydrostatic pressure Insto, Modes Mtckfie Nodas Outside Modes Radle1 Merldtonal Hoop Radial Meridional Hoop SY $Z SYZ Radial Meridional Hoop 5Z SYZ Mode SX (pst) SZ SYZ Node SX SY (pst) (psi) (psi) (psi) Y Theta Mode SX SY (pst) (pst) (psil Mode x (pst) (psi) (psi) (psil (tnch) (tnch) (de9rees) 3 2925.76 20053.99 6900.60 570.50 792.73 2 -3331.18 -7888.12 -3399.40 687.49 6 -1122.21 15366.09 4685.20 560.04 106.93 36.00 1 -9593.50 -35950.15 -13731.96 5 811.84 -7917.38 -1870.96 617.05 2 247.08 664.85 9 367.78 6466.99 3416.01 463.85 108.10 36.27 4 2147.45 -31063.87 -8379.31 8 -251.93 -7855.28 -1326.05 491.86 5 248.68 514.88 12 -72.95 -740.11 2364.83 360.23 109.28 36.54 7 -877.85 -22222.73 -6047.86 11 25.51 -7782.11 -34.06 378.68 8 250.28 122.31 -14846.49 -2437.28 394.44 15 64.23 -6005.44 2189.30 280.75 11 251.87 110.46 36.81 10 440.14 277.16 14 -26.58 -7725.90 1309.17 279.43 18 10.13 -9710.53 2407.27 201.08 111.66 37.08 13 -118.47 -9410.63 17 -17.47 ~7621.09 2712.18 195.28 14 253.45 -44.95 -5501.42 3008.24 189.91 21 24.41 -12207.19 2960.66 141.88 37.35 16 -9.76 -7524.34 4046.15 126.37 11 255.03 112.86 112.07 20 6.81 -13621.41 3674,12 88.44 114.06 37.62 19 -43.19 -2835.30 5132.86 23 -15.53 -7394.57 5259.43 11.71 24 50.25 20 256.61 56.76 5.96 -18213.53 4472.11 115.28 37.89 22 -36.67 -1194.65 6835.60 26 -10.44 -7264.32 6314.39 30.02 27 18.84 23 258.18 8153.07 11.80 30 -8.87 -14212.61 5266.17 26 259.74 116.50 38.16 25 -25.41 -322.71

                                                                                                      -17.68         29     -15.08 -7114.41 7194.98 -0.47                       -8.24 -13779.49 6014.67 -2.04 28      -23.76        -38.69 9115.63                                                                         33 29      261.30              117.73       38.43                                                    -38.94         32     -13.51 -6962.39 7899.46 -21.50                    -15.39 -13069.79 6678.07 -17.46
                                                                  -17.26       -156.90 9779.33                                                                         36 32      262.85               118.97      38.70        31
                                                                                                      -50.51         35     -16.76 -6800.17 8435.65 -34.92              39    -18.55 -12190.94 1242.73 -26.30 38.98        34      -16.70       -547.82 10186.68                              -16.86 -6637.15 8818.34 -42.41 120.21                                                                               33 35       264.39 121.46      39.25         37     -13.89 -1094.17 10389.47 ~56.87                     41     -19.10 -6470.34 9065.74 -45.54 42    -22.92 -11234.83 7698.90 -31.71 38      265.93 122.72      39.52         40     -14.16 -1717.98 10427.84 -57.93                     44     -19.81 -6304.64 9197.97 ~45.63 45    -25.11 -10260.25 8050.58 -33.56 41      267.47 123.99      39.79         43      -13.57 ~2357.30 10341.94 -56.50                    47     -21.21 -6139.41 9235.25 -43.85 48    -27.32 -9310.10 8304.76 -33.94 4e      269.00 46      -14.33 -2976.19 10162.71 -52.80                                                                      51    -28.60 -8406.32 8474.73 -32.92 G7      270.52              125.26      40.06 49      -15.03 -3552.71 9917.30
                                                                                                       -48.64         50     -22.11 -5976.75 9197.15 -41.15             54    -29.21 -7557.87 8575.94 -31.%

50 272.03 126.54 40.33 9626.60 -44.03 53 -22.80 -5817.26 9102.01 -38.26 57 -30.12 -6763.14 8625.34 -30.84 127.83 40.60 52 -15.97 -4080.05 56 -23.51 -%60.96 8966.76 -35.75 53 213.54 9306.88 -40.31 60 -29.13 -6010.43 8642.52 -30.88 129.13 40.87 55 -11.22 -4562.07 59 -24.04 -5509.60 8806.94 -33.99 56 275.05

                                                                   -18.83 -5008.33 8971.31 -36.93                                                                              -30.89 -5282.68 8645.62 -31.52 1                                                                                                                                                                         63 41.14        58                                                                -24.56 -5360.97 8637.51 -33.45 276.54             130.43                                                                -35.38         62                                                       -32.90 -45R6.31 8645.03 -30.29 59 131.74      41.41         61     -18.26 -5440.87 8628.89                             65     -25.84 -5213.87 8470.41 -30.95 66 62      278.04                                                                        *296.92    -31.77                                                            69    -34.75 -3960.16 8644.96 -26.70 41.68         64      -18.92 ~5838.08          .

68 -27.63 -5065.18 8322.73 -26.71 65 279.54 133.07 8000.61 -27.00 72 -32.69 -3403.08 8658.15 -25.12 134.41 41.96 67 -20.77 -6170.57 71 -25.98 -4923.40 8204.75 -23.28 68 281.03 135.75 42.23 70 -19.64 -6435.65 7754.12 -21.87 74 -29.34 -4780.29 8126.29 -20.35 75 -35.97 -2911.85 8692.33 -22.06 11 282.52 137.11 42.50 73 -23.19 -6651.06 7560.00 -19.13 77 -25.37 -4646.75 8096,15 -17.36 78 -32.36 -2411.18 8163.79 -21.30

                                                                    -18.94 -6807.82 7433.42 -14.05 74        284.01                                                                                                                                                   81     -39.26 -2103.32 8867.36 -16.35 42.78          76                                                        80     -31.72 -4505.41 8121.24 -13.84 77         285.48           138.41                                                     7373.31    -11.96                                                           84     -32.55 -1800.63 9017.62 -14.75 80           286.96         139.83      43.05          19     -24.81     -6915.61 7405.35     -4.00         83     -24.05 -4379.31 8207.39 -8.99               87    -44.40 -1625.15 9189.47 -4.10 83           288.42          141.21      43.33        82      -16.21 -6933.00 7523.15     -1.08         86      -33.55 -4233.97 8359.10 -2.26              90    -37.36 -1569.T6 9396.42                   0.13 85      -23.38 -6863.78                                                                          7.28 86           289.88          142.59      43.60 7762.76     13.62          89     -28.49 -4115.70 8572.85                    93    -33.09 -1755.11 9592.40                21.80 88      -20.29 -6619.16                                                                        20.36 89           291.33         143.98      43.07 8127.66      18.40         92       -6.85 -3959.18 8866.09                   96 -247.82 -2892.92 9490.14 356.19 44.15         91        18.84 -6205.90                                                                       43.12 92             292.77       145.37                                                    8825.59  -233.52           95 -105.00 -3750.37 9195.16                       99     121.67 -3711.17 9437.50 548.65 146.11      44.42         94      -65.04 -4754.42                                    98     113.88 -2880.50 9577.11 -80.83 95             294.21 91        31.06 -1720.26 9792.09 -231.23                                                                    102     113.86 -4267.12 9346.34 241.77 93             294.65       147.04      44.49                                                      62.27       101         9.34 -2350.67 9759.28 -116.35                  -43.23 -4677.54 9465.45 21.56 100       -18.96      -79.29 10300.55                                                           22.16        105 101              295.08       147.31      44.55                                                      23.63        104     -22.35 -2216.02 f }089.44                         -17.91   -4739.71 9702.99                12.20 44.83       103        -0.64       233.25 10709.13                              -10.65 -2157.51 10370.65     12.74       1D8 104             296.51       148.72                                                                 14.20        107 45.10       106        -2.57       414.86 11034.66 107              217.92       150.14 31-Oct 00 HYDoorpf5.n 1 Page I

                                  ,                   g                     g                  o                       o                    e                  O                     O                  O                 O O
                                                                                                        )

)ter Creek Drywell with Sand - Unit load Case No. 6 (Flooded hydrostette pressure InsIde modes Mtdole Modes Radial Meridional Hoop OutsIde Nodes Radial Martdtonal Hoop Padial Meridional Hoop sx sy sz siz 5x si sz siz mode (psi) (est) 5x sy sz siz wode (psi) (pst) (011) (pst) (psi) %d, x v Theta mode (pst) (pst) (psi) (psi) (psi) (tnch) (Inch) (degrees) -25.29 -4715.01 9916.82 4.42 4.87 111 6.26 110 -13.35 -2098.16 10608.01 -24.31 -4616.38 10115.54 -2.38 i 45.37 109 -0.54 509.54 11295.67 -1.64 114

  !!O 299.33             151.56                                                                 0.03        113      -12.85 -2038.14 10806.51                              -25.03 -4457.10 10293.34          -7.99 530.00 11493.65
                                                                                                                     -12.84 -1978.65 10965.63 -6.98 112       -0.53                                                                                                    117 300.14        152.99      45.65                                                    -5.07         116 113 115         0.19      491.00 11634.48                                                                              120     -25.85 -4249.49 10449.02 -17.16 302.13        154.42     45.92                                                    -9.06         119      -12.96 -1916.91 11087.50 -11.33 l 116                                            118         0.74      402.57 11722.49                                                                              123      -25.11 -4002.04 10583.21 -16.85 303.52        155.87     46.19                                                  -12.17          122      -13.13 -1859.97 11174.35 -14.89 119 121        -0.42      274.57 11762.52                                                                               126     -29.87 -3728.62 10692.82 -19.42 304.91        157.31     46.47                                                  -13.88           125      -12.12 -1801.07 11229.86 -16.99 122 124         6.34       118.74 11763.93                                                                              129     -13.56 -3443.69 10785.00 -19.97 305.28        158.77     46.74                                                   -13.41          128      -14.23 -1743.22 11255.88 -16.99 125 127     -14.41        -48.99 11724.29                                                                              132     -35.42 -2981.28 10896.51 -34.34 123      307.65        160.23     41.01                                                   -29.38          131        -6.25 -1685.65 1I261.90 -32.09                      -23.66 -2345.13 10974.38 -9.08
                                                                     -393.81 11625.12                                                                               135 131      309.01        161.70     47.28       130       23.33
                                                                                               -3.90         134         -7.04 -1546.40 11195.96 -6.63                      -29.03 -1855.83 10938.30
                                                                                                                                                                                                              -7.35
                                                                     -750.65 11416.40
                                                                                                                      -11.04 -1414.47 11058.72 -3.05 133         9.83                                                                                                   138 47.96 134      312.35        165.36 136         7.08    -974.68 11178.84            1.38        137 0.19      141     -29.07 -1480.04 10840.18 -5.31 315.65      169.06     48.64                                                       5.74        140      -12.01 -1288.36 10888.67                                                                -3.31 l   137 139         5.08 -1097.46 10936 88                                                                       2.80      144      -29.43 -1205.01 10704.91 140        318.91     172.81      49.31                                                      8.91        143       -12.99 -1168.17 10707.81                              -28.98 -1012.08 10551.11         -I.63 49.99      142         3.40 -1131.41 10710.71                                                                       4.68      147 1 143           322.12      176.58                                                              10.95          146      -13.42 -1053.57 10530.28                              -28.51      -881.38   10390.58   -0.33 2.07 -1094.94 10509.53                                                                       5.84      150 325.28      180.40     50.66      145 149      -13.51      -944.37 10362.75                                                             0.55 146 1.40 -1007.08 10335.07            11.96                                                      6.37       153     -27.09 -794.25 10230.18 149        328.40      184.25     51.34       148 12.15         152      -13.40 -840.19 10206.73                               -28.43 -734.31 10011.40            0.96 52.01       151        0.22     -885.96 10183.38                                             -740.79   10060.16     6.34       156 I 152           331.48      188.14                                                               11.69         155      -13.18                                                -26.47      -717.90    9907.00     5.04 2.02     -747.22 10048.99                                                                    9.72       159 155        334.51      192.07     52.69       154 9931.27       14.41         158      -12.84 -645.84 9919.17                                -22.64      -110.64 9764.04        0.17 0.16    -574.03                                                                             4.38       162 158        331.49      196.03     53.36       157 9830.27        8.61         161      -12.32 -568.24 9797.24                                 -25.01      -655.93 9627.65 -0.88
                                                            -2.01     -426.31                                                                             3.07       165 161        34G.00      199.45     53.94       160 7.05        164       -12.33 -493.63 9668.66                                -23.39      -576.48 9492.95 -2.65 0.35    -331.95     9709.44                                                                  1.19      168 342.48      202.89     54.52       163 5.05         167      -12.24      -422.13 9532.25                                       -458.89 9 32.79 -5.33 164                                                              -268.31     9571.35                                                                                     -23.82
                                                            -1.10                                                       -12.59 -353.64 9388.32 -1.37 171 166
                                                                                                                                                                              -24.90 -306.23 9240.17 -7.23 344.93      206.36      55.10                                                      2.60         170 167                                                              -248.80     9413.71 209.85      55.68      169       -1.38 173      -12.37      -288.14 9240.40 -2.96            174
                                                                                                                                                                                                               -6.45 170        347.34                                                            9240.64         1.31                                                                        -26.07 -158.00 9119.43
                                                                                                                        -12.20 -225.42 9094.30 -I.90 56.25      172         0.10     -270.08                                                                                        177
                                                                                                                                                                                                               -4.55 173        349.71      213.36                                                9069.30         2.61         176                                                            -26.23        -52.65  8994.93 1.59    -292.58                                                                             0.05       180 176 3 LOS              216.90     56.83       175 8916.58         4.60          179     -12.55 -165.35 8955.65                                -25.39           8.50 8A68.81    -3.21 57.41       178         1.03    -217.62                                                      -107.79 8827.61        1.25       183 179        354.35      220.46 0.27    -223.63    8786.62         5.65          182     -12.51 1.78       186      -24.76         41.55 8745.30 -2.41 356.62      224.05     57.99       181 5.93          185      -12.42       -52.60 8710.06                                          60.85 8626.95 -2.16 182
                                                             -0.18     -146.38     8615.00                                                                 1.73       189      -24.07 358.85      227.66     58.57       184 5.58          188      -12.27          0.35 860!  29                                        79.17 8515.03 -2.45 185
                                                             -0.55       -55.91    8575.77                                                                  1.14      192      -23.43 361.04      231.29     59.14       187 4.72         191      -12.11         51.16 8498.83                                        108.18  8410.72 -3.32 183
                                                             -0.87         23.27   8482.71                                                                 0.06       195      -22.86 363.20      234.94     59.72       190 3.43         194      -12.01         99.91 8400.30                                        158.97 8315.95 -4.80 191                                                                          8389.94                                                                                     -22.40 365.32      238.61     60.30       193       -1.23         91.69 1.79         197      -12.00        146.67 8304.23 -1.50           198 242.28 8234.19 -6.95 194                                                                          8292.57                                                                                     -22.09 367.41       242.31    60.88       196       -1.66       134.45
                                                                                                 -0.14          200      -12.11        191.51 8210.73 -3.53           201 368.44 8171.16 -9.79 197                                                                          8187.39                                                                                      -21.98 200         369.45      246.03     61.45       199      -2.23       140.97
                                                                                                 -2.30          203        -12.41      234.50 8122.25 -6.02           204 546.80 8135.24 -13.31 101.07   8073.59                                                                            207       -22.28 371.46      249.76     62.03      202        -2.96
                                                                                                 -4.57          206       -12.93       275.70 8044.22 -8.91                                  784.49 8137.94 -17.43 203
                                                              -3.77         5.64    7953.65                                                                            210      -22.62 373.43      153.52     62.61       205
                                                                                                 -6.80           209      -13.62       315.26 7981.70 -12.05                                1084.19 8192.82 -21.91 205                                                     -4.89     -152.20     7834.22                                                                            213      -24.90 375.36      257.30     63.19       208
                                                                                                 -8.71           212      -14.92       353.34 7959.67 -15.22                                1422.40 n311.00 -24.46 209                                                     -5.32     -374.78     7727.10                                                                            216      -26.94 311.26      261.09     63.77       211
                                                                                                  -8.31          215      -15.26       390.21 1984.03 -16.26 212                                                     -4.07     -638.09     7658.11 264.91     64.34       214
      ?!5        379.11 31-Oct-90 HYOROPRES NKl hqe 2 18

O O O O O O O O O O O O 4er Creek Drywell with Sand - 1) nit Load Case No. 6 (Flooded hydrostatf c pressure) Inside Rodes Middle Modes Outside Modes , wit al Meridional tbop Radial Meridional Hoop 52 Sy2 Radtal Merid1onal Hoop SYZ Mode 5x Sr l 57 52 (pst) 57 52 572 Mode 5x (psil (pst) (psi) (psi) y Theta Mode 5x (psi) (psi) (ps!) bde x (pst) (psi) (pst) (psi) (tnch) (inch) (degrees) 1726.07 8488.54 -22.43 219 -35.76

                                                                                                              -17.31       426.36 8078.23 -12.88 217         0.58     -868.60    7669.96    -3.64        218 5.12      222      -35.73      1858.95 8708.12 -2.78 218      380.93       268.14      64.92 12.71        221     -16.40       463.06 8263.82                                                          -6.41 220         2.30      927.22    7821.88                                                         -0.61       225      -18.76      1854.69 8824.45 221      382.11       212.59      65.50                                                   4.90       224       -9.42      490.14 8380.60                                                          -2.00 223       -0.75      -890.48    7938.60                                                           3.93      228      -25.18      1841.64 8947.16 224       383.49       274.32     65.76                                                   9.57       227     -11.01       495.16 8510.71                                                            3.95 226         2.53     -843.33    8077.32                                                           9.15      231      -26.08      1777.54 9074.06 384.26       276.04     66.02                                                  14.11       2'O     -11.94        513.28 8659.93                                                           9.21 227
                                              ??9          1.60    -751.26    8246.35                                                          15.16      234      -22.21      1663.42 9?04.04 385.03       217.78     66.27 20.84        233     -10.83       526.18 8825.08 230 232         0.00     -598.54    8450.47                                                          -3.24      237      -36.37       1510.80 9331.92 35.21 233       385.79       279.51     66.53 71.57       236        -3.43      531.62 9005.17                                                         59.51 10.99     -401.05    8687.51                                                                     240      -36.28       1402.25 9315.72 236      386.54       281.25     66.79      235 18.78       239      -23.57       648.89 9117.06 -20.80                                                  !O.71 238     -36.00         -82.00   8858.06                                                          12.78       243        -1.46     1273.12 9423.42 28?.00     66.90                                                                         -9.05      824.27 9258.73 239 3e6.75                                           -18.64        392.30 9096.93       43.12       242 30.45       246      -18.11       968.10 9442.06 29.25 282.74     67.00      241                                                                -9.98      840.95 9376.6c 242      386.97                                                    722.37   9313.79     31.61       245                                                           -20.49       720.96 9481.02     20.32 283.76     67.15       244       -1.95                                                 -11.83       853.51 9493.68     26.24       249 245      387.40                                                    981.53 9T05.00       28.17        248                                                          -19.10       5!3.31 9531.69     21.24 284.77      67.30      247       -3.18                                                 -10.42       861.43 9609.31     22.37       252 248      381.82                                                              96uT.25    23.54        251
                                                                                                                                                                    -20.06       335.16 9587.79     11.70 67.45      250       -1.70      1210.76                                                 871.73 9722.47      18.83      255 251      388.24       285.79                                                 9856.36    20.02        254'    -11.22                                                            187.22 9649.42     14.78 253       -2.29      1405.97                                                                     15.61      258      -19.71 254      388.67        286.80     67.60                                                  15.52       257     -10.79       880.92 9831.90                                         64.98 9713.54    12.00 256       -1.73      1573.43 10013.89                                                            12.70      261      -20.20 389.08       287.82     67.75                                                              260      -11.02      890.75 9936.48                                                            9.51 257 259       -1.66      1714.10 10158.53       13.49 10.09      264      -19.12       -33.08 9779.38 389.50       288.84     67.90                                                              263      -10.92      900.19 10035.33                                                           7.34 260                                                               1831.52 10290.50       10.77                                                                    -21.39      -110.54 9844.23 i

289.86 68.05 262 -1.92 -10.67 910.04 10127.91 7.75 267 5.26 263 381 91 0.28 1927.65 10410.47 8.27 266 5.67 270 -16.64 -167.91 9909.96 290.88 68.20 265 -12.30 -9.86 266 390.32 6.20 269 -147.37 9989.51 291.90 68.35 268 -7.73 2004.37 10514.61

                                                                                                                  -7.23      919.59    10212.82 ~-10.70 929.38 10293.61                273      -22.31
                                                                                                                                                                                                     -0.55 l 264        390.73 211          8.10    2004.16 10596.89     -11 83        272
                                                                                                                                                -2.68       ??6      -17.54       -92.65 10181.22 292.93     68.50                                                                         -6.84      957.16 10478.70                                                         -3.34 l 272        391.13 274         4.12    2005.56 10775.14       -4.10       275
                                                                                                                                                -5.43         79     -14.76       -57.10 10306.24 I 275                     295.87     68.93                                                              278         -7.47     985.11 10603.17                                                         -5.40 392.28 0.05    2025.37 10899.08       -7.42                                                -7.26       M2       -16.74        31.60 10388.22 298.82     69.36       277                                                                -7.55   1012.01 10669.61                                                          -1.08 278      393.40                                                   1980.95 10950.01      -9.01        281                                                          -17.03       158.29 10427.92 301.77      69.79      280          1.87
                                                                                                                   -7.91    1038.25 10681.47    -8.59       285 281      394.50                                                                       -10.01         284                                                          -17.56       314.40 10428.27    -8.17 70.22      283          1.40    1916.06 10934.17                                       1063.78 10644.67    -9.81       288 284      395.58       304.74                                                           -10.78        287        -8.37                                              -17.48      501.47 10397.53 -10.81 70.65      286          1.00    1811.27 10860.33                                       1088.42 10566.64 -11.28         291 287      396.64        307.11                                                         -11.69         290        -8.84                                                          728.35 10347.10 -13.54 289       -0.08      1673.95 10735.18                                                                       294       -18.42 397.67       310.69     71.08                                                              293        -9.70    1112.14 10456.43 -13.26 290
                                                           -0.92     1494.95 10565.37     -12.95                                                            297       -20.61      986.13 10285.76 -15.16 313.68     71.51      292                                                                -9.97    1134.86 10375.76 -14.04 293      398.68                                                  1283.24 10365.64     -12.91        296                                                           -22.70     1222.80 10211.65 -13.66 316.68     71.94      295          0.69                                                           1156.68 10187.84 -11.80          300 296      399.67                                                                         -9.94       299      -10.20                                               -23.24     1388.32 10122.21 -10.51
                                        .37     298          2.27    1090.72 10164.12                                       1177.63 10054.69     -8.49       303 299      400.64       319.68                                                9987.40     -6.20       302      -10.87                                               -22.55     1479.29 10024.13     -8.50 967.48                                                                                306 72.80      301          1.41
                                                                                                                 -11.07     1197.76 9934.60 -5.99 302      401.58       322.69 916.94   9845.37     -3.52       305                                                           -22.06     1514.12 9926.20 -6.67 305      402.51       325.71     13.23       304         0.32
                                                                                            -1.73       308      -11.12     1217.11 9831.30 -4.19            309 1508.49 9833.85 -5.28 73.66      307       -0.30       920.85 9736.72                                       1235.71 9745.53 -2.95            312      -21.47 308      403.41       328.73                                                9657.51     -0.65        311     -11.03                                                          1475.08 9749.29 -4.24
                                                           -0.70       963.62                                                                                315       -20 90 311      404.28       331.76      74.09      310
                                                                                            -0.10        314      -10.85    1253.62 9675.82 -2.16                                1423.73 9672.49 -3.47
                                                            -0.89     1032.72 9602.60                                                                                  -20.36 314      405.13       334.80      14.52      313 0.05       317      -10.61     1270.86 9619.20 -1.70           318 1362.06 9601.80 -2.94
                                                            -0.93     1118.38 9566.08                                                                                  -19.85 317      405.97       337.84      74.95      316
                                                                                             -0.09       320      -10.33     1787.47 9511.75 -1.51           321 1296.07 9534.57      -2.61 319        -0.87     1213.07   9541.80                                                           -1.53      324       -19.35 320      406.77        340.89     75.38                                                  -0.45       323      -10.05     1303.46 9529.04 343.95     75.81      322        -0.77     1310.85 9523.52 323      407.56 31-Oct-90 HYOROPRES .W1 f

Eage 3

O

                     ~

o' - 0 O o O O O O O o pster Creek Orywell with Sand - Unit Loed Case No. 6 (Flooded hydrostatic pressure) Mtddle modes lasIde No&s Outside Modes Radtal Meridional Hoop itadt al Merid1onal Hoop Radtal Me sdional Hoop SYZ Node 51 57 SZ sfZ SYZ Node 51 $Y $2 SZ (psi) Mode x Y Theta Mode 5x SY (pst! (pst) (pst) (pst) (pst) (pst) (est) (psil (psil (psi) (pst) (Inch) (Inch) (de9rees)

                                                                                                                                                        -1.74       327     -18.85       1230.99 9467.78    -2.48 9505.05       -1.00        326        -9.76      1318.85 P 6.45 408.32       347.01       76.24       325       -0.68       1406.51
                                                                                                                                                        -2.18       330     -t8.34       1172.13 9398.52    -2.60 326 9480.24       -1.75        329        -9.50      1333.64 9439.45 350.08       76.67       328       -0.65       1494.75
                                                                                                                                                        -2.88       333     -17.81       1125.65 9324.52    -3.03 329       409.06                                                                               -2.71        332        -9.27      1347.81 9383.90 71.10       331       -0.71       1569.41     9443.08                                                                                  -17.24       1099.36 9244.77    -3.91 332       409.77       353.15                                                                                          -9.11       1361.35 9316.39    -3.94       336
                                                           -0.95       1622.69 9387.76           -3.95        335 1103.26 9160.03    -5.36 335       410.47       356.23      77.53       334
                                                                                                                         -9.07       1374.24 9234.65    -5.45       339     -16.76
                                                            -1.34      1644.55 9309.02           -5.52         338 1150.01 9073.73     -7.55 338      411.14       350.31      77.96       337
                                                                                                                         -9.10       1386.45 9138.16     -7.53      342     -16.02 340        -2.15      1622.33 9202.37           -1.50         341 1254.76 8991.96 -10.65 341      411.78       362.40      78.39                                                                                           1397.98 9028.71 -10.30          345    -16.45
                                                            -2.67       1540.84    9065.33        -9.93        344        -9.56 344      412.41       365.49      78.82       343 1408.82 8911.80 -11.88          348     -18.35      1411.15 8918.02 -12.71
                                                            -0.i3       1406.51    8905.60      -10.99         347        -9.52 347      413.01       368.59       79.25       346 1419.07 8795.59 -10.40          351     -20.26      1567.16 8845.05 -11.79 1271.36 8146.31           -9.02        350        -9.51 79.68       349          1.18                                                                                                          -20.73      1670.96 8766.17 -9.44 350      413.58       371.69 8610.60       -6.11        353      -10.01       1428.78 8688.25 -7.76           354 414.14       374.80       80.11       352          0.61     1187.21
                                                                                                                                                         -5.81       357     -20.03       1716.44 8684.61 -7.56 353 1160.21 8506.27           -4.07        356      -10.09       1437.98 8595.29                                                         -6.10 414.67      377.91       80.54       355       -0.24                                                                                        -4.42       360     -19.58       1718.97 8606.41 356 8430.9$       -2.76        359      -10.07       1446.68 8518.53 415.17       381.02      80.97       358        -0.66      1175.08 1454.91 8457.57      -3.49      363     -19.05       1691.26 8535.C3 ~4.98 359 1219.16 8380.37           -2.01        362        -9.94 362       415.66       384.14      81.40       361        -0.92 1462.69 8410.30      -2.90      366     -18.57       1643.26 8411.30 -4.14 1282.58 8349.52            -I.67        365       -9.74 416.12       387.26      81.83       364         -1.00                                                                                       -2.56      369      -18.10      1582.47 8414.30 -3.51 365                                                                                            -1.62        368        -9.50      1470.02 8373.56 363      416.56       390.38      82.26       367         -0.96     1357.85 8312.96                                                                   -2.42      372      -17.66      1514.62 8361.89 -3.06
                                                                                                   -1.79        371        -9.24      1476.92 8343.48                                                         -2.76 416.97       393.51      82.69       370           0.86     1439.32 8325.14                                                                  -2.44       375     -17.22      1444.26 8311.24 371 8320.41        -2.13        374        -8.97      1483.40 8315.87                                                         -2.63 417.36       396.64      83.12        373       -0.74       1522.44                                                                          -2.63       378     -16.78      1375.58 8259.31 374 8313.37        -2.62        377        ~8.71      1489.45 8286.39 417.72       399.78       83.55       376        -0.64      1603.04                                                                          -3.01       381     -16.31      1313.14 8203.28 -2.73 377                                                                                            -3.29        380        -8.46      1495.07 8250.85 418.07       402.91      83.98       379        -0.60      1676.55 8298.25                                                                   -3.65      384     -15.81      1262.71 8141.08 -3.14 380 8269.54        -4.16       383        -8.26      1500.26 8205.42 418.39       406.05      84.41       382        -0.68      1737.22                                                                           -4.64      387     -15.26       1231.87 8071.88 -3.97 383                                                                                             -5.31       386        -8.11      1505.00 8146.97 418.68       409.19      84.84       385        -0.92      1777.45 8221.79                                                                   -6.09      390      -14.79      1230.64 7996.65 -5.38 386                                                                                            -6.80        389       -8.08      1509.28 8073.45 389      418.95       412.33      85.27       388        -1.33      1787.24     8149.98 1513.09 7984.52      -8.12      393      -14.06      1271.79 7918.99 -7.53 8049.83        -8.70        302        -8.12 419.20       415.48      85.70       391         -2.16     1753.81                                                                                      396      -14.50      1370.72 7845.17 -10.61 392                                                                                          -11.06         395        -8.59     1516.42 7882.12 -10.84 419.43       418.63      86.13        394        -2.69      1661.76 7918.95                                                                             399      -16.40      1521.26 7778.60 -12.71 395                                                                                          -12.06         398        -8.56      1519.28 7771.87 -12.38 419.63       421.78      86.56        397        -0.75      1517.32 7765.17                                                                              402     -18.33      1671.33 1712.50 -11.69 398                                                                                          -10.02         401        -8.55      1521.77 7662.06 -10.85 86.99        400           1.17    1372.59     7611.79                                                                                  -18.80      1768.87 7640.08 -9.30 401      419.8)       424.93 7482.09        -7.03       404        -9.06      1523.92 7560.95 -8.16           405 404      419.96        428.08     87.42        403           0.60    1279.58 1525.76 7474.16 -6.16           408      -18.11     1807.79 7564.69 -7.38
                                                                                                     -4.94       407        -9.13 407      420.09       431.23      87.85       406        -0.26      1244.43     7383.92 1527.27 7403.57      -4.73      411      -17.66     1803.55 7492.56 -5.89
                                                                                                     -3.58        410        -9.12 88.28       409         -0.68     1251.68     1314.88                                                                                   -17.13     1769.00 7427.22 -4.75 410      420.20       434.38 7270.68        -2.78        413        -8.99     1528.47 7348.82 -3.76           414 413      420.28       437.54      88.71       412         -0.94     1288.55 1529.34 1307.85 -3.15           417      -16.64     1714.13 7369.62 -3.89 1345.03     7246.28        -2.40        416        -8.79                                                                             -3.25 89.14        415        -1.02                                                                                                  420      -16.18      1646.57 7318.89 416      420.34       440.69
                                                                                                     -2.33        419        -8.55     1529.90 7217.49 -2.79 443.85      89.57        418        -0.99     1413.53     7236.23
                                                                                                                                                            -2.63      423      -15.74      1572.06 7272.93    -2.78 419      420.37                                                                                                        -8.29     1530.14 7253.92 90.00        421        -0.89     1488.33     7234.97         -2.41       422
                                                                                                                                                                                -15.30      1495.19 7278.93 -2.47 422       420.39      447.00 7236.91        -2.78       425        -8.02      1530.06 7232.92 -2.63          426 425       420.37       450.15     90.43        424        -0.76     1564.85 1529.65 7210.20 -2.79           429      -14.86     1470.10 7183.83 -2.33
                                                                 -0.65     1638.94     7236.47        -3.25       428        -7.76                                                                             -2.41 428      420.34       453.31     90.86        427 1528.92 7181.53 -3.15           432      -14.40     1351.35 1134 83
                                                                 -0.61     1706.06     7228.08        -3.88       431         -7.52 431      420.28       456.46      91.29       430 31-Oct 00 HYDQ0NtES.VK1 Page 4

O O O O o o O O O O o I O ter Creek Drywell with Sand - Unit toad Case No. 6 (Flooded hydrostette pressure) Inside Nodes Middle Modes Outside Modes Radial Meridional Hoop Radial Meridional Hoop 52 SYZ Radial Merldtonal Hoop SY 5Z SYZ Mode SX SY 57 SZ SYZ Node SX (psi) (pst) (pst) (psi) (pst) (pst) Y Theta Mode SX (psi) (psi) (pst) Mode X (psi) (psi) (pst) (inch) (inch) (de9rees) -13.91 1294.59 7079.80 -2.79

                                                                                                                                                       -3.76       435
                                                                                              -4.73         434       -7.31       1527.86 1143.11                                        1257.33 7017.85     -3.60 433      -0.68       1760.56 7206.20                                                                  -4.72       438     -13.37 434      420.20          459.62     91.72                                                   -5.83          437      -7.16        1526.47 7091.76                                       1249.43 6949.85     -4.98 436      -0.92       1794.94     1165.41                                                              -6.13       441     -12.91 420.09          462.77     92.15                                                   -7.28          440      -7.13        1524.75 7025.43                                                           -1.08 437 439      -1.31       1799.38     1100.14                                                              -8.10       444     -12.19        1283.54 6879.29 440      419.96         465.92     92.58                                                    -9.13         443      -7.17        1522.70 6943.71                                       1374.91 6812.25 -10.11 442      -2.12       1761.27     7007.91                                                                          447     -12.62 443      419.81         469.07     93.01                                                  -11.42          446       -7.63       1520.31 6848.47 -10.77                                 1517.34 6751.98 -12.15 445      -2.64       1665.35 6884.56                                                                              450      -14.52 446      419.63         472.22     93.44                                                  -12.37          449       -7.59       1517.62 6745.21 -12.26                                 1658.93 6691.58 -11.09 448       -0.70       1517.91    6738.46                                                                           453     -16.43 449      419.43         475.37     93.87                                                  -10.29          452       -7.58       1514.71 6642.08 -10.69                   -16.90        1r'7.72 6624.13 -8.65 94.30      451          1.22     1370.86 6592.74                                 -8.01       1511.63 6547.17 -7.96 456 452      419.20         478.52 0.67     1276.13     6470.47     -1.26         455
                                                                                                                                                        -5.91       459     -16.20        1777.44 6552.83 -6.68 94.73      454                                                                   -8.13       1508.37 6465.91 455      410.95         481.67
                                                           -0.16       1239.98 6379.29         -5.13         458
                                                                                                                                                        -4.43       462     -15.73        1763.39 6483.68 -5.12 95.16       457                                                                  -8.10       1504.92 6400.00 458      418.68         484.81
                                                           -0.57       1247.09 6316.60          -3.73         461
                                                                                                                                                        -3.42       455      -15.18       1718.39 6420.03 -3.92 95.59       460                                                                  -7.95       1501.25 6348.81 461      418.39         487.95
                                                           -0.81       1284.65 6277.82          -2.90         464
                                                                                                                                                        -2.77       468      -14.65       1652.69 6362.59 -3.02 96.02      463                                                                   -7.74       1497.36 6309.98 464     418.07          491.09
                                                            -0.89      1342.42     6257.54      -2.51         467
                                                                                                                                                        -2.40       #71      -14.14       1574.33 6310.35 -2.35 494.22     96.45      466                                                         470       -1.48       1493.22 6280.04                                                           -I.89 467      417.72
                                                            -0.86      1412.32     6249.82      -2.45                                                   -2.27       474      -13.63       1489.88 6261.11 497.36     96.88      469                                                         473       -7.19       1488.85 6254.80                                                           -1.67 470      417.36
                                                            -0.78       1487.82    6248.52      -2.64                                                    -2.36       477     -13.13       1805.07 6212.12 500.49     97.31      472                                                         476       -6.91       1484.21 6229.78                                                           -1.10 473      416.97
                                                            -0.70       1563.16    6247.38      -3.05                                                    -2.69      480      -12.61        1325.66 6160.62 97.74      475                                                                   -6.64       1479.32 6200.45                                                           -2.07 476      416.56         503.62                                                              -3.68         419                                                            -12.07        1258.25 6104.37 98.17      478       -0.66       1632.60 6240.15                                 -6.41       1474.17 6162.62      -3.30       483
                                                                                                                                                                                                              -2.88 479      416.12         506.74                                                              -4.54         482                                                             -11.49       1211.05 6042.31 98.60      481       -0.73       1689.56 6220.67                                  -6.25      1468.77 6112.74        4.28      486
                                                                                                                                                                                                              -4.29 482      415.66         509.86                                                               -5.69        485                                                             -11.00       1194.47 5975.11 99.03      484       -0.96      1725.86 6182.92                                  -6.19      1463.13 6048.40      -5.73       489
                                                                                                                                                                                                              -6.45 485      415.11         512.98                                                  6121.43      -7.18         488                                                            -10.25       1221.58 5906.06 487       -1.35      1731.13                                                                          -7.77       492 488     414.67         516.09      99.46                                                    -9.09         491       -6.22      1457.26 $968.93                                        1308.03 5841.12     -9.55 490       -2.16      1692.37 6031.58                                                                              495      -10.68 414.14         519.20      99.89                                                 -11.46           494       -6.68       2451.17 5875.98 -10.50                                1447.89 5783.48 -11.68 l

491 493 -2.68 1593.96 5910.70 498 -12.57 494 413.58 522.31 100.32 -12.47 497 -6.64 1444.90 5774.97 -12.08 1589.19 5726.24 -10.70 j 496 -0.74 1441.93 5766.49 Sol -14.51 497 413.01 525.41 100.75 -10.43 500 -6.63 1438.54 5674.11 -10.57 1679.74 5662.63 -8.35 5672.16 -15.00 1432.12 5581.69 -7.90 l 499 1.19 1288.27 504 500 412.41 528.51 101.18 -7.43 503 -7.15 1713.16 5596.17 -6.47 I 502 0.62 1185.12 5501.02 -5.91 507 -14.32 503 411.78 531.60 101.61 -5.33 506 -7.23 1425.64 5503.42 1704.68 5533.28 -5.02 f 505 -0.24 1138.84 5410.98 -4.49 510 -13.89 506 411.14 534.69 102.04 -3.95 509 -7.23 1419.05 5441.41 1666.89 5477.78 -3.91 508 -0.67 1134.14 5349.84 -3.53 513 -13.39 509 810.47 537.77 102.47 -3.13 512 -7.12 1412.33 5395.54 1609.51 5430.85 -3.07 511 -0.93 1158.41 5313.57 -2.90 516 -12.94 512 409.77 540.85 102.90 -2.71 515 -6.94 1405.45 5364.05 1539.74 5391.88 -2.43 1 514 -1.01 1201.89 5297.47 -2.51 519 -12.52 515 409.06 543.92 103.33 -2.59 518 -6.72 1398.37 5344.12 1462.73 5358.94 -1.93

                                                              -0.98      1257.36 5296.51                                                                  -2.30       522       -12.13 408.32         546.99    103.76       517
                                                                                                   -2.65        521       -6.48      1391.08 53'~ 24                                        1382.24 5329.30     -1.56 518                                                      -0.86     1319.61     5305.62                                                               -2.21      525       -11.76 521     407.56          550.05   104.19       520 5319.74       -2.86        524        -6.22     1383.56 5 . 51                             -11.39      1301.34 5299.80      -1.29 104.62       523        -0.70     1384.87
                                                                                                                           -5.97     1375.80 5316.85       -2.23       528
                                                                                                                                                                                                                 -1.16 524     406.77          553.11                                                 5333.85       -3.17        527                                                             -10.99       1223.13 5267.29 105.05       526        -0.55     1450.08
                                                                                                                           -5.72      1367.80 5305.16      -2.38       531
                                                                                                                                                                                                                 -1.24 527      405.97         556.16                                                 5342.90       -3.61        530                                                             -10.56       1151.53 5228.98 105.48      529        -0.43     1512.10
                                                                                                                           -5.49      1359.56 5285.47      -2.11       534
                                                                                                                                                                                                                 -1.62 530      405.13         559.20                                                 5341.76       -4.19        533                                                             -10.08       1091.96 5182.92 532       -0.39      1567.D8                                                                          -3.29       537 404.28         562.24    105.91                                                      -4.97        536       -5.30      1351.11 5254.19                                        1052.02 5128.41     -2.44 533
                                                               -0.48      1609.62 5325.21                                                                  -4.22       540        -9.55 565.27    106.34       535                                                                    -5.17     1342.46 5208.39 536       403.41 1632.19    5288.09        -6.03        539 568.29    106.77       538        -0.74 539       40?.51 31-Oct 40 HYOPOPRES.W1 Page 5

O e) yster Creek Drywell with $snd - Unit Load Case No. 6 (Flooded hydrostatic pressur inside Modes Middle Modes Radial W ridional Hoop Outside Modes Radial Pertdtonal Hoop SY2 57 SZ Radial Merldlocal Hoop SY 52 SY2 Node SK 52 SY2 Node SK (psil (psi) (psi) (psi) (psi) Theta Pode SX SY (psi) (pst) (psi) Mode I Y (psi) (pst) (psi) (pst) (inch) (degrees) -9.09 1041.99 5066.64 -3.84 (inch) 1333.65 5146.23 -5.63 543

                                                                                                      -7.44          542       -5.15                                                -8.36       1075.19 5001.43     -6.01
                                                                 -1.17       1624.59 5225.54                                                                   -7.64      546 401.58             571.31      107.20       541
                                                                                                      -9.28          545       -5.21        1324.69 5067.53                         -8.79       1161.77 4939.33     -9.15 542                                                            -2.03       1573.59     5133.41                                                                          549 400.64             574.32      107.63       544
                                                                                                     -11.60          548       -5.70        1315.63 4974.46 -10.37                -10.68        1314.60 4884.20 -11.36 545                                                            -2.61       1463.12     5009.45                                                                          552 577.32     108.06       547
                                                                                                     -12.59          551       -5.70        1306.50 4872.92 -11.98                              1464.77 4829.95 -10.51 548       399.67
                                                                 -0.74       1298.44     4861.67                                                                          555     -12.63 398,68              580.32     108.49       550
                                                                                                     -10.58           554      -5.73        1297.41 4711.65 -10.56                               1566.94 4770.73 -8.32 4713.54                                                                                  -13.16 1288.39 4679.58 -7.99 551                                                               1.!!      1130.48                                                                                     558 397.67              583.31     108.92       553 4588.74       -7.63          557       -6.29 561     -12.53        1615.10 4711.04 -6.64 554 586.29      109.35      556         0.48      1910.52
                                                                                                       -5.57          560       -6.43       1279.39 4603.26 -6.12                                1624.42 4658.31 -5.38 396.64                                                                       4495.85                                                                           564     -12.24 1270.38 4545.78 -4.81 551                                                             -0.44        944.52 1606.96 4617.48 -4.43 109.18       559                                                          563       -6.51 560       395.58              589.26                                                    4433.63      -4.21                                                               567     -11.68 592.23      110.21       562      -0.90        917.23
                                                                                                       -3.38          566       -6.43       1261.29 4508.20 -3.93                                1571.13 4590.34     -3.71 563      394.50                                                -1.30        916.48     4399.29                                                               -3.31      570     -12.08 595.18      110.64       565
                                                                                                       -2.89          569       -6.50       1252.06 4490.01                                      1500.95 4570.78      4.24 566      393.40                                                -1.02        933.79     4390.01                                                                4.10      573     -14.62 392.78              598.13      111.07       568 4.00        572       -6.30       1242.84 4490.29                           -6.50      1844.61 4561.06      0.92 569                                                               1.92      985.28     4410.05                                                                0.37      576 601.07     111.50       571
                                                                                                        -0.16          575       -4.82       1239.55 4494.77                                     1423.12 4559.19       1.11 572       391.13                                               -3.24       1034.99     4428.70                                                                0.52      579      -10.85 602.10     111.65       574
                                                                                                        -0.04          578       -5.24       1236.09 4499.68                          -9.82      1400.59 4559.94       1.33 575 390.73                                                        0.31     1049.76     4440.44                                                                0.68       582 603.12     111.80       577 0.06         581       -5.30       1232.81 4506.05                          -9.81       1376.93 4561.25      1.46 578 390.32                                                      -0.85      1065.05 4452.21                                                                    0.86       585 604.14      111.95       580 0.27        584       -4.99       1229.05 4513.57                                      1350.87  4562.73     1.86 581       389.91                                                -0.21       1082.32    4466.28                                                                 1.04      588     -10.41 605.16      112.10       583                                                                    -5.66       1226.14 4522.09                                                           1.70 584       389.50                                                -0.97       1100.10     4481.11         0.24        587 1.24      591       -9.12 1325.02 4565.75 606.18      112.25       586 0.79        590       -4.35       1221.33 4531.55                                      1293.52 4566.76      2.80 587 3 % .08                                                      0.38      1121.31     4498.48                                                                1.45      594      -11.44 607.20      112.40       589                                                          593        -6.64      1220.34 4541.81                                                           1.32 590      388.67                                                -1.81       1140.37     4514.84         0.12                                                   1.69      597        -8.36 1267.86 4571.74 608.21      112.55       592                                                          596        -3.70      1211.56 4551.87                                                           5.08 593       3R8.24 0.94      1169.00 4536.15             2.05                                                   1.94      600        -8.09 1225.56 4571.31 609.23     112.70       595
                                                                                                         -1.16                    -2.83      1217.19 4566.03                                                          73.13 596      387.82 2.42     1185.26     4553.69                      599 10.00      603      -51.66 1122.82 e539.82 387.40              610.24     112.85       598
                                                                                                       -71.50           602     -38.28        1220.35 4568.72                          12.73      1076.36 4547.16 61.19 599                                                             -1.11      1250.23     4584.48                                                                1.67      606 611.26     113.00       601
                                                                                                       -75.23           605          6.29     1279.98 4602.17                                       970.57 4526.92      2.60 602       386.97 22.16      1495.41     4667.41                                                                0.29       609     -12.96 611.39     113.02        604
                                                                                                         -2.07          608       -8.29       1278.93 4616.21                                       911.98 4522.65      0.14 605       366.88
                                                                    -3.56       1594.48 4707.60                                                                  -0.43       612       -8.91 386.11              613.20      113.29       607
                                                                                                          -1.63         611        -4.95      1275.65 4627.69                           -8.18       871.21 4514.52      1.01 608                                                                                    4730.59                                                                           615 615.01     113.56        610      -0.91       1632.44
                                                                                                          -3.34         614        -3.99      1266.17 4628.31 -1.14                                 838.39 4499.10 -0.32 611       385.33                                                                        4743.03                                                                          618        -9.48 616.81      113.83       613         0.28     1664.53
                                                                                                          -3.54         617        -5.44      1261.02 4620.36 -1.9a                                 822.30 4479.77 -0.72 614      384.54                                                                        4740.32                                                                          621        -8.18 618.61      114.09       616      -1.32       1679.63
                                                                                                          -4.86         620        -4.17      1252.66 4602.52 -2.77                                 819.60 4453.84 -2.03 617      383.74                                                            1684.12 4725.50                                                                              624        -8.97 620.41      114.36       619       -0.01
                                                                                                          -5.55          623       -5.10      1246.42 4574.63 -3.77                                  836.77 4424.38 -3.07 620 382.93                                                      -1.14      1670.18     4694.59                                                              -4.96       627        -8.21 623       382.11             622.20      114.63       622 1640.55 4649.18            -6.89         626       -4.46      1238.62 4536.81 630        -8.57        874.77 4391.35 -4.76 623.98      114.90       625       -0.63
                                                                                                           -8.06         629        -4.98      1231.85 4489.53 -6.39                                 939.64 4358.15 -6.54 626 381.29                                                                             4587.17                                                                           633        -8.01 380.45              625.77     115.17        628      -1.31      1587.41
                                                                                                           -9.70         632        -4.68      1224.36 4433.86 -8.10                     -8.62      1035.01 4326.80 -8.88 629                                                             -1.31       1508.90    4509.47                                                                           636 627.55     115.44        631
                                                                                                         -11.39          635        -5.18      1217.39 4311.34 -10.13                               1156.48 4298.76 -10.22 632       379.61
                                                                      -1.71      1398.99    4415.61                                                                           639        -8.82 378.76              629.32      115.70       634
                                                                                                         -12.19          638        -4.58      1210.10 4304.63 -11.20                    -9.29      1277.53 4268.84 -9.38 635                                                              -0.34      1263.84     4310.54                                                                          642 377.91              631.09      115.97       637
                                                                                                         -10.70          641        -4.25      1203.12 4236.53 -10.05                    -9.63      1372.57 4232.53 -7.47 638                                                                0.76     1128.75 4204.27                                                                  -7.94       645                                                  l 632.86      116.24       640
                                                                                                            -8.37        644         -4.47     1196.06 4169.87                                      1436.08 4190.73 -5.86 641      377.04                                                            1020.07     4107.44                                                              -6.16       648        -9.42                                     l 116.51       643         0.63                                                         -4.56     1189.16 4107.30 644      376.16              634.63                                                    4024.11        -6.42         647 646         0.22      942.16 647       375.28              636.39     116.78 31-Ott-90 HYOROPRES.VK1 Page 6

o Rev Creek Orywell with Sand - thtt toad Case Iro. 6 (Flooded hydrostatic pressure) Inside modes Middle Isodes Radial Merldlonal Hoop Outsida llodes Radial Merldlonal Hoop 57 SZ SYZ Radial Merldlonal Hoop SZ SYZ Node 51 (psi) SYZ Mode SX SY (psi) (pst) (psi) Theta Mode 5X SY SZ (psi) (psi) (pst) (psi) bde X Y (psi) (psi) (psi) (psi) (1xh) (inch) (degrees)

                                                                                                                                                         -4.69         651       -9.29 1473.35 4146.56 -4.47
                                                                                                   -4.86        650      -4.60       1182.25 4050.39                                                             -3.34          I 0.01       891.87     3954.54                                                            -3.49         654       -9.16 1489.04 4102.51 638.14      117.05       649
                                                                                                   -3.51        653      -4.64       1175.42 4000.19                                         1487.48 4060.47 -2.39 650      374.39                                             -0.23        862.51     3898.17                                                            -2.55         657       -9.01 1168.59 3957.21
                                                                                                                                                                                 -8.85 1472.37 4021.73 -I.64 639.89     117.31       652                                                         656      -4.f4 653      373.49                                             -0.36        850.46     3854.28      -2.66                                                 -1.82         660 655                                                                              1161.78 3921.60 656      372.58           641.64     117.58
                                                               -0.53       851.91     3821.79      -1.95        659      -4.64
                                                                                                                                                          -1.27        663       -8.83 1446.90 3987.04 -1.03 643.38     117.85       658
                                                                                                    -1.46       662       -4.61      1154.95 3893.19                                          1413.81 3957.05 -0.57 659      371.67                                             -0.48        863.68     3799.63                                                             -0.86         666       -8.29 645.12     118.12       661
                                                                                                    -1.12       665       -4.60      1148.09 3871.54                                          1371.78 3929.87      5.44 662      370.74                                              -1.00       882.99     3786.30                                                               4.75        669     -10.91 646.85      118.39      664 4.11      668       -4.71      1141.41 3856.23                                          1356.24 3923.93     -4.09 E65      369.81                                                 1,41     910.97      3782.65                                                            -4.68         672     -11.68 667                                                                              1140.80 3855.13 668 338.87                648.58      118.66 1.85      925.19     3786.35      -5.23        671      -4.88
                                                                                                                                                          -0.91         675       -9.52 1330.83 3907.81 -0.54 670                                                                              1132.10 3843.95 611      368.80           648.72      118.68 0.00      933.84     3780.30      -1.26        674      -4.73
                                                                                                                                                          -0.78         678       -8.20 1275.40 3889.60 -0.27 650.82      119.00       673
                                                                                                    -1.27        677      -4.57       1123.52 3839.95                                         1217.92 3875.79 -0.04 674      367.64
                                                                -I.00       911.98     3790.45                                                             -0.70        681       -8.39 652.91      119.33       676                                                         680       -4.49      1114.79 3841.22                                                               0.16 677       366.48
                                                                -0.63      1011.90 3806.75           -1.34                                                 -0.65        684        -8.19 1159.45 3865.64 654.99     119.66       679                                                         683       -4.39      1105.90 3846.14                                                               0.34 680 365.30                                                   -0.63      1052.49 3826.69           -1.46                                                 -0.62        687        -8.10 1100.45 3857.46 657.06     119.98       682                                                         686       -4.30      1096.85 3853.02                                                               0.51 683      364.11                                              -0.51      1093.27     3848.59       -1.58                                                 -0.61        690        -7.98      1041.23 3849.67 659.13     120.31       685                                                                   -4.20      1087.63 3860.15                                                               0.67 686      362.91                                                         !!33.92 3870.60           -1.73       689
                                                                                                                                                           -0.60         693       -7.87       982.09 3840.65 120.63       688        -0.42                                                      -4.10      1078.23 3865.83                                                               0.79 689      361.70           661.19                                                                  -1.88       692                                                     696       -7.74       923.52 3828.85 120.96      591        -0.32      1174.15 3890.92                                 -4.01      1068.66 3868.33      -0.63                                                    0.85 692      360.47           663.25                                                                  -2.07        695                                                    699       -7.58       866.40 3812.83 121.29       694        -0.25     1213.46 3907.68                                  -3.91     1058.93 3865.96       -0.71                                                   0.82 I  695 359.24                 665.30                                                     3918.92      -2.29        698                                                    102        -1.41      812.20 3791.37 121.Fi       697        -0.20     1251.01
                                                                                                                            -3.82     1049.05 3857.07       -0.88                                                   0.63 698      357.99           667.34                                                                   -2.60       701 705        -7.21       763.13 3763.56 121.94       700        -0.19     1285.36 3922.57                                  -3.74      1039.06 3840.10
                                                                                                                                                            -1,17 0.24 701      356.73          669.37                                                     3916.39       -3.02       704                                                    708        -6.98       722.39 3728.95 122.26       703        -0.22     1314.34
                                                                                                                            -3.68      1028.97 3813.66      -1.65                                                  -0.43 l  704 355.46                 671.40                                                     3898.10       -3.59       707                                                     711       -6.73       694.23 3687.67 706        -0.32      1334.84                                                                         -2.37 707      354.17           673.42     122.59 1342.67     3865.32       -4.36       710       -3.64      1018.83 3776.64
                                                                                                                                                            -3.40         114       -6.45       684.16 3640.62 -1.46
                                                                 -0.48                                                                 1008.66 3728.36 110      352.88           675.43     122.92       709 1332.42     3815.80       -5.M        713       -3.62
                                                                                                                                                            -4.79         717       -6.22       698.95 3589.67 -2.94
                                                                 -0.74                                                                  998.52 3668.13 713      351.57           677.43     123.24       712 1297.39     3747.57       -r,. 69      716      -3.67
                                                                                                                                                             -6.62        720        -5.80      746.73 3537.98 -4.95
                                                                  -1.06                                                                 988.44 3598.54 716     350.26           679.43     123.57        715
                                                                  -1,60     1229.59 3658.90            -8133       719       -3.72
                                                                                                                                                             -8.95        723        -6.20      836.71 3489.78 -7.57 681.42      123.89       718                                                         722       -4.06      978.4G 3519.63                                          963.49 3446.76 -9.27 719     348.93
                                                                  -1.91     1119.87      3549.37       .0.33                                                              726        -7.12 722     347.59           683.40      124.22       721
                                                                                                     -11.20        725       -3.75      968.62 3435.66 -10.24                        -8.06 1091.31 3402.99 -8.36
                                                                  -0.40      973.73      3424.59                                                             -8.94        729 346.24          685.37      124.55       724
                                                                                                       -9.50       128       -3.45      958.96 3351.20                                         1184.04 3352.65 -6.29 725                                                             1.11    826.94      3299.57                                                             -6.60         732       -8.51 687.34      124.87       721
                                                                                                       -6.86       731       -3.83      949.52 3270.86                                         1235.67. 3297.10     -4.59 128      344.38                                                 0.78     715.55 3189.31                                                                 -4.74         135       -B.11 689.30     125.20       730
                                                                                                       -4.82       734       -3.90      940.25 3198.f.4                                        1255.03 3242.74 -3.23 731      343.50                                                 0.22    645.53      3099,48                                                              -3.30        738        -7.91 691.25     125.52       733
                                                                                                       -3.31       737       -3.97      931.13 3135.98                                                                S.17 734      342.12                                               -0.13      607.99     3029.54                                                              -2,23        741        -7.64 1249.95 3191.32 340.72           693.19     125.85        736
                                                                                                        -2.23       740       -3.98     922.!! 3084.49                                -7.40 1227.10 3145.67         - 1. .>'

737

                                                                   -0.41      595.03     2977.99                                                              -1.48        744 695.13     126.18        739                                                         743       -3.95      913.14 3044.14                                         1191.93  3107.07     -0.78 740      339.32
                                                                   -0.59      599.92     2942.93         1.52                                                 -0.97        747        -1.18 697.05      126.50       742                                                         746       -3.90      904.18 3014.49                                                              -0.36 743     337.90                                               -0.71      617.12      2922.21       -1.09                                                 -0.65        750        -6.98 1148.71 3076.01 698.97      126.83       145
                                                                                                        -0.88       749       -3.83      895.19 2994.70                                         1100.69 3052.36 -0.06 746     336.47
                                                                   -0.76      642.26      2913.65                                                             -0.46        153        -6.81 335.03           700.88     127.15       148
                                                                                                        -0.82       752       -3.76      886.11 2983.62                               -6.67     1050.11 3035.55       0.16 149                                                                     672.05      2915.10                                                              -0.37       756 702.79     127.48       151         -0.76                                           755       -3.67      876.92 2979.97 752      333.58                                               -0.73      104.15     2924.57       -0.86 704.68     127.81        754 755      332.12 31-Oct-90 HYOROPRis.W1 Page 7

O ~O O O O O O O' O O o y 0 l l er Creek Orywell with Sand - Unit Load Case No. 6 (Flooded hydrostatic pressure) Middle llodes Inside Modes

                                                                 .Outside Nodes                                                                                       9adtal Meridional Hoop Radtal MerfdIonal Hoop f                                                       Radial Heridional Hoop                                                                                                                   SI     SYI SX           SY         SZ     SYZ        Mode       51            SY l                                                                                            SYZ        Node Theta      Mode       SX            SY         SZ (psi)       (psi)  (pst)                 (psi)        (psi)      (pst) (pst) lNede          X          Y (psi)       (pst)       (psi)      (psi)                  (psi)

, (inch) (tnch) (degrees)

                                                                                                                                                  -0.33        759      -6.56        998.45 3024.64     0.32 2940.20
                                                                                         ~
                                                                                            -0.96         158      -3.59       867.59 2982.36 l

706.57 128.13 757 -0.67 737.04

                                                                                                                                                  -0.32                 -6.46        946.51 3018.49     0.46 758 330.65                                                                                -1.09 .       761      -3.51       858.08 2989.36                  762 108.44     128.46       760      -0.59       769.86     2960.33                                                                                 -6.38        894.62 3015.76     0.60 761      329.17                                                                           -I.22         764      -3.43       848.37 2999.56     -0.32        765 128.78       763      -0.50       802.23     2983.41                                                                                 -6.30        842.76 3015.04     0.14 764     327.67       710.31                                                                                     -3.35       838.45 3011.52     -0.30        768 766      -0.40        834.16 3008.02        -1.34         767 790.74 3r l4.85     0.90 167 326.17           712.17     129.11
                                                                                                                    -3.26      828.31 3023.83     -0.28        771      -6.23 129.44       769      -0.30        865.80    3032.77     -1.46         710
                                                                                                                                                                         -6.15        738.37 3013.72     1.07 770      324.66      714.02
                                                                                             -1.56        773       -3.18      817.95 3035.03      -0.24        774 715.87      129.76      772       -0.21       897.35 3056.28                                                                                     -6.06       685.61 3010.18      1.24 713 323.13                                                                               -1.67         776       -3.10      807.37 3043.70      -G.20        777 717.70      130.09       775      -0.12       928.85 3077.12                                                               -0.19                 -5.95        632.73 3002.87     1.38 776 321.60                                                                                -1.79        779       -3.02       796.58 3048.37                  780 320.05     '719.53      130.41       778      -0.06       960.05 3093.72                                                               -0.23        783      -5.81        580.51 2990.54     1.47 779 990.22    3104.40      -1.96         782      -2.94       785.60 3047.56 318.50      721.34      130.74       781      -0.02                                                                                    -0.35        786      -5.65        530.37 2972.16      1.46 782
                                                                                             -2.21         785      -2.86       774.46 3039.83 723.15     131.07       784      -0.02      1017.99 3107.28                                                               -0.60                 -5.45        484.55 2947.00      1.31 785 316.93                                                                               -2.57         788      -2.79       763.19 3023.78                  789 315.35       724.95     131.39       787      -0.06      1041.18 3100.31                                                               -1.04        792      -5.23        446.28 2914.75     0.94 188                                                                                       -3.09        791       -2.73      751.83 2998.16 726.74     131.72       790       -0.17     1056.66 3081.31                                                                -1.73                 -4.98       419.93 2875.64      0.29 791 '323.77                                                                              -3.81         794       -2.69      740.42 2961.98                  195 728.52     132.04       793       -0.34     1060.18 - 3048.03                                                                                    -4.71       411.05 2830.69    -0.72 794      312.17                                                                           -4.78        797       -2.69      729.04 2914.62      -2.72       798 310.56      730.29     132.37        796      -0.60     1046.28 2998.28                                                                -4.09       801       -4.48       426.56 2781.81    -2.18 797                                                                                       -6.05        800       -2.73      717.72 2856.08 600      308.94      732.06     132.70        799         3.93   1008.20 2930.11                                                                -5.89        804      -4.07       474.63 2732.20    -4.16 937.88 2841.99         -7.65        803       -2.79      706.53 2787.19 307.32      72;.81      133.02       802      -1.48                                                                                    -8.19        807      -4.47       564.58 2686.09    -6.77 803 826.14    2733.47      -9.62        806       -3.13      695.51 2709.80                                                          -8.45 305.68      735.55 133.35            805      -1.78                                                                                    -9.46        810      -5.40       691.09 2645.14 806                                                                                     -10.45         809        -2.83     684.74 2627.61 304.03       737.29     133.68       808       -0.28      678.38    *c610.12
                                                                                                                                                     -8.14       813       -6.34       818.39 2603.41   -1.52 809                                                                                                               -2.52      674.23 2545.19 134.00       811         1.25     530.45 '2487.17        -8.10        812
                                                                                                                                                                           -6.81       910.09 2555.02   -5.41 612      302.38       139.01
                                                                                               -6.02        815       -2.91      664.06 2467.18      -5.75       816 740.73     134.33       814         0.91      418.56   2379.59                                                                                   -6.40       959.96 2501.96    -3.66 815      390.71
                                                                                               -3.91        818       -2.96      654.!0 2397.38      -3.83       819 134.65       817         0.39      349.01   2293.12                                                                                   -6.24       976.38 2448.71    -2.22 818 299.03           742.44                                                                                      -3.06      644.42 2337.79      -2.32       822 820         0.02      313.17 2227.20         -2.33        821 966.96 2398.11    -1.08 821      297.35      744.13     134.98
                                                                                                                      -3.01      634.82 2289.40      -1.17       825       -5.93 135.31       823       -0.19       303.56    2180.40      -1.16        824
                                                                                                                                                                           -5.76       937.80 2354.10    -0.15 824      295.65      745.82                                                                                       -3.04     625.41 2252.25       -0.31       828 826      -0.42       313.62- 2150.68        -0.38        827 894.23 2315.88      0.55 821      293.95      747.50      135.63
                                                                                                                       -2.89     615.90 2225.74         0.33      831      -5.44 338.40    2135.93        0.17       830 830 292.23           749.16      135.96       829       -0.42                                                                                      0.78      834       -5.36      839.85 2284.06      1.18 37? 53 2133.59            0.46      833        -2.92     606.54 2208.74 750.82      136.28       832       -0.54                                                                                                          -4.97       778.00 2258.41     1.62 833      290.51 0.68      836        -2.66     596.84 2199.80         1.12      837 752.47      136.61       835       -0.41      41F '     2141.48                                                                                   -5.20       710.12 2237.39     2.10 836      288.77                                                                                                   -2.75      587.35 2197.16        1.37      840 46< -    2156.33         0.68       839                                                                                           2.39 839      287.03       754.11     136.94       838       -0.34                                                                                      1.57      843       -4.05       638.5) 2220.38 2177.61         0.76       842       -2.38      577.23 2198.87 755.74     137.26       841       -0.73       514                                                                                                -5.43       569.76 2206.16     0.15 842      285.28                                                                            -1.86        845        -2.56     567.19 2202.77      -0.86       P46 757.36     137.59       844         0.31      565.19   ZI99.55                                                                                   -5.71       468.35 2187.84     2.33 845      283.52
                                                                                                -0.59        848        -1.94     550.23 2209.71        0.88      849 280.57       760.02     138.13       847         1.85      632.25 2231.61                                                                 0.98      852       -2.83       334.87 2154.93     3.05 848                                                                                        -1.13        851        -1.29     532.85 22D9.57 277.60       752.66     138.67       850         0.29      729.96 2263.91                                                                 0.84       855       -2.04      204.96 2105.38      3.35 851                                                                                                               -0.36     514.60 2190.99 853         1.39      824.02    2276.47      -1.75        8 54 90.96 2037.60      3.23 854      274.61      765.27     139.21 0.00     496.62 2142.98        0.20       858       -0.66 139.75       856        0.75      900.73    2252.81      -2.93        857 16.30 lis? 41      1.89 857      271.59      767.85                                                                                        0.17     478.13 2055.86       -1.24       861        1.12 0.51      939.62    2117.92       -4.43       860                                                                                          -0.82 860      268.55      770.40      140.29       859 460.94 1923.40       -3.93       864        3.16       14.63 1811.62 905.34    2034.55       -7.16        863        0.46 863      265.4R       772.92     140.84       862       -2.16 31 e 90 HYOROPRES.W1 Paq 8

O O O O O O 9 O O O O b_ Oter Cre d Drywell with Send - Unit Lead Case No. 6 (Flo d d hydrostatic pressure) Outside podes Middle Nds teside E d s  :

                                                                              %p                             Redlal Perldlokal Hoop                                 Radial Merldfonel itnp                                 f Radial Marldloaal                                                                                       4ede       5X             ST         52        SYZ              l SYZ        Rd         SX          5?          SZ        SYZ                                                                       '

7 hate #d SX 57 SZ NW X Y (psi) (pst) (ps') (pst) (est) (pst) (pst) (psi) (pff) (pst? (pst) Ipsi) (lach) (Inch) (da9 fees)

                                                                                                               -0.07      443.92 1745.95         -8.30       867        2.89        136.20 1620.34        -6.14 865      -2.99       751.98      1811.63    -10.54        866 866 232.39          775.41     141.38                                                                                                                       870      11.55         442.89 1571.89 -13.96 868     -13.67       414.81      1890.13    -15.51        869      -1.01      429.44 1535.96 -14.15 869     259.28       171.88    141.92                                                                                                                       873     -19.34       1004.26 1519.TT -26.10 871        0.77    -110.46       1122.49    -20.77        872      -9.21      415.50 1320.61 -23.54 012      256.14      780.31    142.46                                                                                                           20.17       876     -21.83        1170.35 1406.56 -51.88 8T4      14.12     -409.78        900.43        9.21      875      -T.65      376.53 1155.62                                                                                    ,

CTS 252.98 182.T2 143.00 61.d4 879 16.51 563 92 1207.22 -101.'.2 8T7 -8.00 -269.89 886.00 -18.56 873 -7.13 163.41 1048.00 CTS 251.a8 183.85 143.26 10.53 882 -5.17 321 87 1103.69 -40.33

                                                               -Id4.41        866.91    -12.55        861     -10.11      114.30      991.55
 *at      249.93      184.97    143.51      880      -7.28                                                                                                             -3.56        340.01 1038.26 -6.27 798.78    -T.25        884      -1.48       95.18      918.57      -T.02      885 884 Zer .C           786.96    143.9T      883        0.19    -151.82                                                                                                              378.64     960.97
                                                                                          -5.86       887       -2.03       84.74     849.15      -5.30      808       -5.63                               -4.tr 188.92     144.43     856        1.14    -204.32         719.39 887      244.55
                                                                                                                -1.87       77.36     785.43        3.51      891      -4.73        402.58     924.25      -2.95 190.87     144.89     889        0.55    -246.35         647.67     -3.59       890
                                                                                                                                                                                                           -0 55 890      241.81
                                                                                                                -1.08       69.07     T26.86       -1.16      814      -3.87        412.16 868.21 192.79     145.34     892        1.25     -271.01        587.13     -1.13       893 893      239.05                                                                                                            61.85     614.17        1.40      897      -3.26        403.98      812.01       1.90 895        1.46     -217.32        537.79        1.52     846       -0.68 096      236.28      794.69     145.80                                                                                                             3.49      900       -6.54       377 / 8     154.91       4.09 498.43        3.50      899      -3.86       55.45     626.33 099     233.49      796.57     146.26      898      -1.50     -265.94 003         2.87      336.3G      702.49     11.25 4T2.34     -1.29        902        4.20      51.78     587.90         4.78 902     230.69      198.42     146.T2      901       5.07     -231.T1                                                                                                                         616.65     16.52 7.04      43.41     522.12        5.44      906         5.60      279.88 801.R6     147.52      904       8.17     -202.60        425.18      -5.56       905 13.26 905      225.R9
                                                                                          -4.68        908        3.37      34.02      458.27        4.30     909         2.38       225.95 534.10 805.68     148.32      907        4.11    -166.97        319.54                                                                                                                      10.93 908      221.39                                                                                                           25.66      400.54        3.57     912          1.94      182.18     462.23 910        4.32    -131.60        337.21      -3.79       911        3.25 911      217.22      809.87    149.09                                                                                                              3.14     915         0.83       143.66     39T.10       8.99 298.03      -2.73       914         2.18      18.91     348.26 114      213.41      814.38    149.85      913        3.32     -111.40                                                                                                   0.27      109.25 339.15            T.24 262.95      -1.81       917         1.51      13.40     301.54        2.73     918 209.99      819.19     150.57     916        2.58       -86.60                                                                                                              80.02    287.75       5.5?

911

                                                                                           -1.20       920         0.12       9.12     259.62        2.17     921       -0.39 206.97      824.26     151.25     919        1.10       -65.03      23P.74                                                                                                                        3 d2 920                                                                                                                         5.88     221.58        1.29      924       -0.51         59.T8    243.11 922        0.90       -50.36       199.54     -1.27       923         0.23 923      204.38      829.57     151.89                                                                                                                                 -0.90         53.94     205.76      1.30
                                                                   -48.60       161.11     -2.42       976       -0.19        3.89     185.?!      -0.03       927 976     207.23      835.08     152.47     925        0.45                                                                                                             -0.11         62.39     1T6.52       1.78
                                                                                           -3.62       929         0.77       2.65     155.81      -0.8S       930 929     200.55      840.T4     153.01      928        1.53      -59.52       134.54 T0.T8     152.85       2.84 1.70       2.02     130.61      -0.17       933         0.34 846.52     153.48      931       2.87       -69.81       107.57      -3.28      932 3.T8 932      199.34                                                                                                                      112.65        1.18     936         0.75        65.PA     132.88
                                                                   -64.89        91.89      -1.50       935        1.55        1.20 935      198.61     852.38     153.90      934       2.19                                                                                                   939         0.92        49.' .1   IIT.87       2.14 86.92        2.55      938        1.89        0.00     102.35       2.63 933      190.37     858.28     154.25      937        2.79       -89.67                                                                                                             46.33     115.92       4.37 6.85      941      -0.92         0.62     101.32      -2.32      942       -1.14 858.18     154.28      940      -0.95        -48.36       85.81                                                                                                                       12.53 941      198.31
                                                                                                                 -0.47         0.15      9:.44 -13.TC          945         2.51        90.82     129.14 943      -3.41        -91.45        70.61     12.72       944 944      196.32      860.78    154.39                                                                                                            -4.43      948          1.82      720.34     167.19       4.08
                                                       -1.97      -220.21         33.47       3.83      947      -0.0T         0.28     100.33 947      198.32      862.78    154.50      946                                                                                                              951        -4.75       263.T3     182.13       ' 50           ,

26.63 1.53 950 -0.4T 0.31 104.67 7.51 950 198.32 863.T8 154.55 949 3.69 -263.51 198.34 113.00  % 61 953 -0.29 0.08 112.89 6.58 954 0.81 864.78 154.61 952 -1.49 -197.85 52.98 6.54 953 198.37 123.93 5.69 957 -0.84 140.43 166.20 5.70

                                                                  -140.22         81.71       5.69      956       -0.43        0.13 956 198 32           865.T8     154.66     955      -0.09                                                                                                    960       -0.45         90.86     164 52       4.88 109.50       4.85      959       -0.41        0.05     136.91        4.81 1%.32       866.18     154.11     958      -0.41        -90.66                                                                                                                        166.04       4.10 959 962       -0.45        0.04     151.29        4.09      963       -0.58         49.21 867.78     154.76     961      -0.35         -48.13      136.57       4.08                                                                                                             3.41 962      l';A 32 0.01     167.06        3.40      966       -0.63         11.10     ITO.R8 154.82      964      -0.30        -11.67      163.26       3.39      965       -0.46 965      198.32     868.83                                                                                                                        2.77      969       -0.66       -18.81      171.69       2.TT 18.17     188.30       2.TG       968      -0.49       -0.01     183.00 96R      199.32     869.88     154.8T      967      -0.31                                                                                                             -0.11       -43.54      In5.93       2.23 211.32       2.22       911      -0.50       -0.03      198.64       2.22      ?T2 911      198.32      8T0.93    154.93      970      -0.27         43.45 31-Oct-90 HYDROPRES.VK1 Pag 9

o 6 u o u o v v v v v , i I pater Creek Orywell with Send - tMt Loed Case No. 6 (Flooded hydrostatte pressure] Middle mede- InsW Ik*s Outside Modes Radtat Mertdional hp Redtat Meridienal Hoop Redtat Merfdtonel Hoop Ibde St SY 52 5Y2 Mode 51 SY 52 572 SY 52 SYZ

                                                                                                                                                                                           !pst)        (est) (pst)                             I

!Noda K Y Yheta Mode SK (psi) (psi) (est) (pst) (est) (loch) (dagee*s) (est) (est) (ast) (ast) (tech) 1.76 975 -0.76 -63.28 194.96 1.76 2.75 974 -0.51 -0.04 213.58 154.98 973 -0.24 63.16 232.15 -0.80 -78.82 704.25 1.37 974 198.32 871.98 977 -0.52 -0.06 227.51 1.37 978

                                                           -0.20         78.67      250.72        1.37                                                                                      -90.87       213.13                 1.06 i     977      198.32      873.03     155.04       976
                                                                                                                      -0.53       -0.06     240.19         1.05      981      -0.84 90.69      266.99         1.05      980                                                                                                                0.80 198.32       874.08    155.09       979      -0.18                                                                            251.43         0.80       984     -0.86        -100.10       221.82                                !

9',0 280.9e 0.80 983 -0.53 -0.08 I 875.13 155.15 982 -0.15 99.91 0.60 9m1 -0.95 -107.10 229.37 0.60 933 198.32 292.72 0.60 986 -0.55 -0.01 261.08 876.18 155.20 985 -0.11 106.88 0.45 990 -0.16 -112.31 235.85 0.45 , 9G6 198.32 30'.21 0.45 989 -0.50 -0.10 269.05 877.23 155.25 988 -0.19 112.12 -0.12 993 -1.15 -114.68 241.38 -0.11 989 198.32 309.25 -0.13 992 -0.64 -0.16 275.34  ! 878.28 155.31 991 -0.08 114.36 0.17 996 -1.17 -116.69 248.12 0.11 992 198.32 0.17 995 -0.69 -0.21 282.65 198.32 8A0.55 155.42 994 -0.16  !!6.19 317.11 281.26 0.05 999 -0.95 -118.89 246.13 0.05 i 995 316.32 0.04 998 -0.67 -0.22 198.32 882.81 155.53 997 -0.34 118.40 271.11 -0.14 1002 -0.91 -117.43 236.41 -0.15 998 305.74 -0.14 1001 -0.68 -0.21 198.32 845.08 %5.64 1000 -0.39 116.94 -0.50 1005 -0.72 -109.79 219.92 -0.50 j 1001 284.65 -0.50 1004 -0.66 -0.20 252.32 198.32 887.34 155.75 1003 -0.56 109.34 -1.12 1008 -0.36 -91.47 198.56 -1.13 l 1004 252.24 -1.11 1007 -0.62 -0.17 225.43 889.61 155.86 1006 -0.83 91.09 -2.08 1011 -0.32 -56.04 115.43 -2.10 1007 198.32 208.00 -2.07 1010 -0.64 -0.10 191.73 891.88 155.97 1009 -0.93 55.80

                                                                                                                                                          -2.62      tele       -0.55         -4.53         152.84             -2.64 1010 198.32                                                                     155.09      -2.60      1013        -0.24       -0.01    153.97 894.14    156.08      1012         0.06          4.51
                                                                                                                                                          -1.92      1017       -0.77         45.31         129.43             -1.94 1013      198.32
                                                                         -45.11      102.36       -1.91     1016         0.15        0.08    !!5.88 198.32       896.41     156.19     1015         1.04                                                                                       -0.81      1020       -0.73          75.78        ?O3.71             -0.81 1016 58.50      -0.80      Iffl9       0.12        0.14      81.06                                                                                           I 898.67     156.29     1018         0.93     ~75.45                                                                            -0.06       1023      -0.35         86.17             77.74          -0.06 1019      198.22                                                                             -0.06      1022        0.16        0.16      51.95 156.40     1021         0.62      -85.81        26.21                                                                                    -0.16         83.47             54.11            0.40          t 1022       198.32      900.94                                                                                        0.14        0.15     29.18        0.40      1026 9.41      -83.13          4.24       0.40     1025 73.25            34.51            0.63          i 1025       198.32      903.20     156.50      1024 0.13        0.13     12.57        0.63      1029      -0.02 0.23     -72.94        -9.32        0.62     1028 59.57             13.21           0.71 1020       198.32      905.47     156.61      1027 0.10        0.11       1.36       0.70      1032       0.07                                                          ,

1030 0.11 -59.33 -16.46 0.70 1031 J5.26 8.09 4.68 I 1031 198.32 907.73 156.71 0.08 -5.48 0.67 1035 0.11

                                                                          -45.01      -19.02        0.67     1034         0.08                                                                                                   0.59 198.32      910.00     156.81      1033         0.02                                                                           -9.00         0.59     1038        0.13         32.03                 0.61 1034
                                                                                      -18.58        0.58      1037        0.05        0.06 912.27     156.91      1036       -0.04       -31.90                                                                                                  0.12         2C.83              -3.92           0.48

! 1037 198.32 0.47 1040 0.03 0.04 -10.17 0.47 1041 914.53 157.01 1039 -0.06 -20.74 -16.40 0.11 11.99 -6.22 0.36 1040 198.32 0.02 0.02 -9.82 0.36 1044

                                                              -0.08       -11.94      -13.41         0.35     1043 5.47             -6.95           0.25 1      1043      198.32       916.80    157.11      1042 0.01        0.01      -8,59        0.25     1947        0.09 1045       -0.07         -5.45     -10.24         0.25     1046 1.02             -6.67           0.16 10:6      198.32       919.06     157.21 0.00        0.00      -6.98        0.16      1050       0.07 1048       -0.07         -1.01       -1.29        0.16     1049
                                                                                                                                                                                                -1.71              -5.81          0.09 1049       198.32      921.33     157.31 0.00        0.00      -5.29         0.09     1053       0.05 1051       -0.05           1.14      -4.77        0.09     1052
                                                                                                                                                                                                -3.22              -4.70          0.04         I l

1052 198.32 923.59 157.41 -0.01 -3.74 0.04 1956 0.03 3.21 -2.78 0.04 1055 -0.01 0.01 198.32 925.86 157.50 1054 -0.04 0.01 1959 0.02 -3.72 -3.55 1055

                                                                                        -1.30        0.01      1058      -0.01       -0.01      -2.42                                                                                          ;

198.37 928.13 157.60 1057 -0.03 3.T5 -0.02 1062 0.01 -3.10 -2.50 -0.02  ;

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                                                                                        -0.28      -0.02       1061      -0.01       -0.01      -1.39 930.39     157.69      1060       -0.02          3.69                                                                                                 0.00         -3 28               -1.61        -0.03         i j      1061       198.32
                                                                                                   -0.03       1064      -0.01       -0.01      -0.63       -0.03      1065 157.79      1063       -0.01          3.27        0.35                                                                                     0.00          T.69               -0.92        -0.03 j      1064       198.32      932.66                                                                                        0.00        0.0J     -0.11       -0.03      10 0 1066       -0.01          2.68        0.70     -0.03       1067
                                                                                                                                                                                                  ? 06              -0.41        -0.03 1067       198.32       934.92    157.88 0.00        6.00       0.21      -0.03      1011        0.00                                                        l

] 1069 0.00 2.05 0.83 -0.03 1010

                                                                                                                                                                                                                    -0.06        -0.03 1070      198.32       937.19    157.97 0.00        0.00       0.38      -0.03      1974      -0.01                Y                                        l l                                        158.06      1072         0.00         1.47        0.32      -0.03      1013                                                                                  4                  0.15     -0.02 j       1073      198.32       939.45                                                                                       0.00        0.00       0.44      -0.02      1077      -0.01 158.16     1075         0.00         0.96        0.73      -0.02      1076                                                                                                     0.27     -0.02 1016      199.32       941.72                                                                                                   0.00       0.44       -0.02      10R0     - 0. 0*

0.00 0.57 0.61 -0.02 1019 0.00 10F9 198.32 943.98 158.25 1078 I 31-Oct-90 f a HYODOM ES.WKI I

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U G u u U U U U U U S pter Creek Orywll with Sand - thtt Loed Case No. 7 (0.058 inch seismic relative support displacement) M1 dole Nodes insIde modes Outs 1de modes Redtal Mar 1diemel Htum Radtal Merfdfonal Rwsp ddle Rediel Maridional Hoop SKY SYZ SIZ 51 SY SZ 5xT SYZ 5xI SIZ SX 57 SZ Mode 51 SY SZ SXY SfZ (pst) (pst) (psi) (pst) (pst) (psi) (pst) (pst) (pst) (psi) (pst) (psi) (pst) (pst) (pst) (pst) (pst) (pst)

                                                                                                                                 -1.17      93.24    -394.42      -90.62    -23.73    139.31    -0.63 384.21      898.88 386.46         -32.66    735.06 2    675.44    2209.77    868.69     -41.06    130.71     - 1. *
                                                                                                                                            -9.55    -193.90      -61.82    -25.97    134.25    -1.04
                                                                           -98.80      896.61    245.36      -29.32    728.10    -1.51 5 -168.12      1975.02    548.62     -32.21    721.93     -1.45                                                                                               33.40   -22.28    732.01    -1.46
                                                                                                             -23.70    720.79    -1.83      -2.53      204.29 1561.02    481.25     -24.58    709.61     -1.89       26.44      884.70 258.03                                                                                  T27.38    -1.43 0     55.70                                                                                            -18.63    713.56    -1.14      -1.10      527.36       90.19   -17.07
                                           -20.05    699.17     -1.86       -5.35      872.68    206.92 11     -9.52    1221.54    324.58                                                                                           -1.72      -3.37      T61.39     112.83    -13.98    720.96    -1.43
                                                                -1.93         1.16     863.89    160.28      -14.16    706.09 5.74     962.51    206.51     -14.27    691.25                                                                                                        116.35   -10.05    713.13    -1.42 14 0.32     850.97    108.11      -10.34    698.41    -1.69      -1.32      930.33 1.97    774.56     100.76    -10.63    683.72     -I.96                                                                                                        -1.63    704.28    -1.39 17
                                                                            -0.41      840.30       58.92     -T.21    690.51    -1.66      -2.36     1037.80 103.59 1.52    641.31       13.84     -6.82   676.76     -I.99 83.62     -5.03   694.74     -1.36 20 0.29     827.14       14.53     -4.71    682.42    -1.64       -1.15    1100.34 23       1.68    555.97     -53.91      -4.44   670.11     -2.00                                                                                               58.86     -3.42   684.80     -1.31
                                                                             -0.30     815.01     -23.11       -2.78   614.19    -1.61       -1.47    1124.77 0.81    505.01 -105.08         -2.22   663.60      -2.01                                                                                              34.23     -1.90   614.68     -1.28 26 0.17     801.59     -53.15       -1.36   665.88    -1.59       -0.74    1122.82 1.01     481.77 -140.04        -0.91   657.11      -2.00                                                                                               11.03    -0.99    664.57    -1.24 29
                                                                             -0.09      788.67    -75.43       -0.37   657.56     -1.56      -0.77    1100.68 0.52     476.91 -161.81         0.11   650.56      -1.99                                                                                              -8.25     -0.23    654.61    -1.21 32 0.18      775.18    -90.19        0.29   649.27     -1.54      -0.34    1066.03 0.64     485.32 -111.77         0.72   643.93      -1.97                                                                                             -23.43      0.11    644.90    -1.18 35 0.10      762.03    -98.02        0.68    641.07    -1.52      -0.29    1023.1T 33       0.43     501.27 -172.44         1.11   63T.24      -1.94                                                                                             -33.74      0.48    635.52    -1.16 0.26      748.74    -99.67        0.87    633.00    -1.49      -0.05     976.51 0.50     521.64 -165.35          1.20   630.48     -1.91                                                                                             -39.48      0.59    626.52    -1.14 41
                                                                                                  -96.00        0.94    625.11    -1.48       0.01     928.36 1.23   623.70     -1.88        0.25      735.76                                                                                                    -1.13 44      0.45     543.53 -152.35                                                                                   637.42    -1.46       0.11      880.64     -40 *1      0.68    617.92 1.14   616.92      -1.85        0.34     722.92    -87.86         0.93 47      0.52     565.60 -134,67
                                                                                                                                  -1.44        0.16     834.06     -38.68      0.70    602.73     -1.11
                                                                  -1.81        0.38     710.38     -76.14       0.90    609.96 50       0.56    586.99 -113.48          1.06   610.18                                                                                            788.77     -33.60       0.76   601.98     -1.11
                                                                  -1.77        0.40     698.15 -61.67           0.87    602.74    -I.42        0.16 53       0.61    607.67     -89.67       0.94   603.51                                                                                            144.45     -26.55       0.82   594.66     -1.10 686.19     -45.25        0.87   595.79     -1.41       0.22 628.11     -63.86       0.91   596.91      -1.74        0.48                                                                                             0.99   58T.77     -I.09 56       0.72                                                                                              0.94   589.09     -1.39       0.11     700.10     -18.67 0.87   590.41      -1.70        0.44     674.68     -27.68 59       0.71    649.13     -36.71                                                                                           -1.39       0.26     654.75     -10.90       1.15   581.31     -1.10 584.00      -1.67        0.55     663.33       -9.74       1.06   582.65 62       0.85    672.14       -8.51      0.98                                                                                                     607.94        -4.12     1.33   575.20     -1.10 0.51     652.31         7.93      1.13   576.40     -1.38       0.24 65       0.80    696.25       19.84      0.94   577.60      -1.64                                                                                                1.29     1.34    56?.52    -1.10 24.20       1.14   570.40     -1.37       0.49     561.63 47.18      0.96   571.27      -1.60        0.T8     641.10                                                                                                    - 1. 0'8 63       1.08     720.88                                                                                                     -1.35       0.19     514.95         3.9F     1.59    564.24
                                                                   -1.57       0.49     630.10       38.25       1.19   564.62 0.82     745.46      12.20      0.83   565.00                                                                                            468.57         3.66     1.60    559.33     -1.09 71 619.82       49.24        1.27   559.05    -1.34       0.69 1.35     T11.75      94.98      0.98    558.76      -1.54        1.00                                                                                                    59.FT      -1.04 74 553.65    -1.33       0.12     420.65        -1.61     1.96
                                                                   -1.50        0.39     610.21      56.24        1.33 77      0.71     197.89     113.42       0.75   552.53
                                                                                                                                    -1.35       1.14     314.49     -10.94       1.74   550.51     -I.08
                                                                   -1.52        1.36     599.23      58.42        1.33   548.39 60       1.64    825.57     128.10       0.97   545.29                                                                                                       -26.38      2.12    546.54     -1.02 50.*;3       54.83       1.19   543.25     -1.21      0.06      328.13 0.44     849.38     135.43       0.35   539.93      -1.30        0.22                                                                                                               -1.23 83
                                                                   -2.09        1.66     578.77       44.52       0.88   538.30     -1.72       1.87     289.52     -46.3 T      4 26 542.61 66       1.53    871.44     136.36       0.57   533.75                                                                                                       -72.56       1.54   539.46     -0.20 0.99     571.10      27.48        0.27   533.19      0.42      0.49      255.46 89       1.57    880.50     125.84     -0.90    526.37        1.18                                                                                                      -0.57    533.42     -4.69 0.07     -0.68    527.35     -8.38       0.70     241.71 -100.61
              -5.49     8R0.08     102.59     -0.71    573.42    -11.9 7      -2.43      557.68
                                                                                                                                                                              -48.92    519.50     -5.55 92
                                                                                                    -32.54      -4.37    514.39     27.T9     31.75      367.74     -85.15 728.54       33.51    47.86    525.59       65.41     12.23      536.03                                                                                                  -20.23 95     12.82                                                                                                      393.29     79.38    -18.58      474.32     -77.63    -80.80    416.66 54.18    349.21    161.13      -18.03      418.46     -83.39        9.32 98       3.80    302.22 -100.47                                                                                                       -22.31      558.39     -62.57    -36.99    348.75      -4.07
                                                                              -6.06      345.74 -108.45         16.08    325.88     32.89 3.52     58.16 -178.51          0.13   252.59       40.48                                                                                                      -1.65    327.03      -3.82 101
                                                                                                                 -1.16   311.52     -5.86       2.29     615.41      -72.64 0.32     34.73 -223.94         -0.75    294.13      -8.04        1.36    325.19 -148.30                                                                        -0.5R    317.74       0.29 104
                                                                               -0.28     320.18 -181.59         -0.38    306.88      0.44     -0.79      610.76 -104.54 107       0.13      31.78 -257.59        -0.25    296.54       0.47 31-Oct-90 UM!il54.WK1

,Ptge 1

O Mgr cre.k Orywell wito Sand - Unit Loed Case No. 7 (0.058 inch seismic reistive suppert displacceumt) instde No&s Mfddle modes Otsts1da No & s Red 1=1 Meridionel Rwy Redial Merldtenal 14000 SZ $1T SYZ SIZ SIZ SI SY pddle Cedtel Martdional the SIZ SA SY $2 SA SYZ (psd (pst) (pst) (est) (psi) (est)

 %de        $r                    SY         SZ        SKY         SYZ (psd      (ps0       (PSO    (est)       (psi)     (ps0 (psO      fps 0       (ps0      (ps0 (ps0                 (p10                                                                                                                                                        -0.13     312.80     -0.38 302.83     -0.81       -0.16     508.25 -133.84
                                                                                         -0.16     316.16 -209.56        0.21                                                                 0.45    306.98     -0.24 0.46     292.77     -1.37                                                          -0.55       -0.06     581.14 -160.10 110       -0.26                34.42 -285.09                                          -0.01     311.37 -233.41        0.65    298.50                                                       0.77    301.35     -0.23 0.77     290.07     -0.99                                                          -0.60       -0.!!     559.77 -183.67 113       -0.05                43.02 -306.19                                          -0.15     307.01 -253.10        0.97    294.14 1.05    295.74     -0.21 1.09    286.96     -1.08                                                          -0.59         0.05    536.09 -204.15 116       -0.28                54.95 -322.23                                          -0.05     302.39 -268.97        1.17    289.73                                                       1.21    290.23     -0.19
                                                                             -1.07                                                                                510.70 -221.81
              -0.23               69.71 -333.41           1.22    283.75                                                  1.29   285.31     -0.58       -0.02                                                    -0.22 119                                                                                   -0.09     297.95 -281.33                                                                              1.31   284.81                 l 1.30    280.40     -1.07                                                          -0.62         0.25    484.81 -236.46 i    122       -0.23                85.87 -340.56                                         -0.12     293.42 -290.53         1.34   280.88 1.35   279.68     -0.01 1.30    276.97     -1.11                                                          -0.42       -0.37     458.74 -248.71 125        -0.56             102.84 -344.29                                            0.19    289.02 -296.77         1.33   276.48 1.16   274.34     -0.88 1.24    273.29     -0.91                                                          -1.29         0.10    423.05 -261.27 120              0.70        119.93 -344.58                                           -0.74    284.58 -301.13         1.26   272.11
                                                                                                                                                                                             -0.10     262.60     -1.14 1.33    269.88     -1.76                                                           -1.55       -0.61    370.45 -274.64 l    131        -1.63              146.55 -340.80                                          -0.71    273.'t8 -302.74        0.03   261.53                                                      -0.21     251.63     -1.15 0.12    260.46      -2.01                                                          -1.56        0.36     322.25 -278.00 134         -0.86             177.86 -330.70                                          -0.28    264.01 -295.53       -0.29     251.41                                                     -0.38     241.55     -1.05
                                                        -0.39     251.19      -1.99                                                          -1.45        0.31     284.13 -274.39 137         -0.94            205.99 -312.96                                           -0.16    254.56 -283.65       -0.60     241.82                                                     -0.56     232.32     -1.01 i
                                                        -0.84      242.08     -1.85                                                          -1.38        0.41     255.53 -266.16 140          -0.65            225.12 -292.86                                          -0.04    245.65 -269.67       -0.87     232.79                                                     -0.71     223.80     -0.97
                                                        -1.19      233.25     -1.76                                               224.30     -1.32        0.40     234.92 -255.56 143          -0.49            235.80 -213.16                                           0.03    237.24 -255.39       -1.08                                                                -0.83     215.e9     -0.94
                                                        -I.44      224.80     -1.68                                               216.32     -1.27        0.37     220.46 -244.10 146          -0.34            239.56 -255.22                                           0.06     22?.31 -241.88      -1.21                                                                -0.91     208.50     -0.90
                                                        -1.59      216.75     -1.61                                                          -1.22         0.31    210.42 -232.80 149          -0.24           238.12 -239.68                                           0.08     221.82 -229.70      -1.29     208.82
                                                                                                                                                                                             -0.96     201.55      -0.91
                                                         -1.66     209.13     -t.53                                                           -1.21        0.31    203.30 -222.24 152          -0.15           233.18 -226.62                                           0.08     214.74 -219.02      -I.31     201.75                                                      -0.98    194.98      --0.77 226.14 -215.83         -I.67     201.94      -I.50                                     -1.31    195.07      -1.06        0.24    198.58 -212.55 l

155 -0.14 0.06 208.04 -209.82 -0.81 189.63 -0.71

                                                         -1.63     195.15     -1.33                                                           -0.98        0.12    195.54 -205.03 153           -0.11          217.46 -207.11                                            0.03    202.58 -202.95       -1.11     189.63                                                     -0.80     184.48     -0.6T 209.59 -200.88         -1.41     189.63      -I.25                                               184.43     -0.93        0.17    192.09 -198.35 161            -0.06                                                                   0.03    197.35 -196.78       -1.08                                                                -0.T9     179.54     -0.66
                                                         -1.36      184.38     -1.18                                               179.45     -0.91        0.14     188.72 -192.31 164            -0.11         202.58 -195.21                                            0.02    192.33 -191.19       -1.05                                                                -0.76     174.78     -0.65 195.94 -190.08        -1.31      179.36     -1.15                                               174.67     -0.88        0.13     185.30 -186.78 167             -0.09                                                                  0.02    187.53 -186.06       -1.01                                                                -0.14     170.21     -0.63 189.75 -185.35        -1.25      174.56     -I.12                                               170.09     -0.86        0.12     181.74 -181.69 170             -0.10                                                                  0.01    182.92 -181.29       -0.97                                                                -0.71     165.82      -0.62
                                                         -1.20      169.97.    -1.09                                                          -0.84        0.11     178.00 -176.99 173            -0.10         184.09 -180.88                                           0.03    178.49 -176.78       -0.93     165.69                                                     -0.68     161.59      -0.61
                                                          -1.15     165.56     -1.06                                               161.46      -0.82       0.11     174.04 -172.61 176             -0.10        178.98 -116.57                                           C.01     174.24 -172.49      -0.89                                                                 -0.65    157.52      -0.59
                                                          -I.10     161.33      -1.03                                                          -0.e9       0.11     169.85 -168.53 7

179 -0.10 174.44 -172.37 0.01 170.15 -168.38 -0.85 157.39 -0.61 153.61 -0.5N l

                                                          -1.05     157.26      -1.00                                                          -0.78        0.11    165.43 -164.75 102             -0.09        170.45 -168.23                                                    166.22 -164.46       -0.81    153.48                                                      -0.58     149.86     -0.57
                                                          -1.01     153.35      -0.97       0.01                                                            0.11    160.78 -161.31
                      -0.09        167.01 -164.16                                                                         -0.78    149.72      -0.76                                                                -0.56 185                                                                       -0.95       0.01     162.45 -160.74                                                 155.90 -158.24             -0.55     146.25
                       -0.08       164.11 -160.18         -0.97     149.58                                                -0.74    146.03      -0.14        0.11                                                     -0.54 188
                                                          -0.94     145.93      -0.92        0.02    158.81 -157.29                                         0.12    150.85 -155.60             -0,.51    142.79
                       -0.08       161.11 -156.35                                                                         -0.71     142.60     -3.12                                                                 -0.53 191 142.41      -0.90        0.02    155.31 -154.17                                         0.13    145.70 -153.47             -0.48     139.46
                       -0.07       159.76 -152.75         -0.91                                                           -0.69     139.23      -0.70                                                                -0.52 194                                                                       -0.87        0.03    151.94 -151.49                                         0.15    140.63 -151.91             -0.46     136.25
                       -0.07       158.16 -149.51         -0.88      139.00                                               -0.67     135.97     -0.69                                                                 -0.51 197                                                                       -0.85        0.04    148.69 -149.35                                                 135.86 -150.96             -0.46     133.16 156.73 -146.80          -0.87     135.69                                               -0.67     132.81      -0.67       0.17                                                     -0.49 200              -0.07                                                     -0.83       0.04    145.55 -147.87                                                                             -0.48    130.17 155.21 -144.80          -0.87     132.46                                                                     -0.65       0.19     131.78 -150.59 203               -0.07                                                                0 05    142.52 -147.15       -0.69     ;29.74
                                                                                                                                                                                                -0.53    127.26      -0.48
                                                           -0.89     129.32      -0.81                                                          -0.64       0.22     128.88 -150.73 206               -0.08      153.22 -143.73                                            0.05    139.%8 -147.27        -0.73    126.75                                                      -0,63    124.40      -0 47
                                                           -0.94     126.25      -0.79                                                          -0.63       0.23     127.83 -151.16 209                -0.11     150.23      "' 32 136.72 -148.20        -0.82    123.83                                                      -0.77    121.5m      -0.45
                                                           -1.00     123.25      -0.78       0.05                                               -0.60       0.29     129.44 -151.47
                          -0.13     145.5         .26                                                                      -0.94    120.95 212                                                                        -0.75       0.03    133.95 -149.84
                          -0.22     138 3 -     .8.21       -I.10    120.33 215 31 0ct-90 tMIT154 El W2

O ater Crwk DryW1 with Sam! - thtt load Case no. 2 (0.058 Inch setsMe relative support dispiecM) lastde nod-s middle modes Outst

• se * , Redtel N ridienal Hoap dole Redtat be1dional Moep Radial Nridfenal tbec 5x Sv 52 Su 5v2 5x2 Sr 52 5x? Sv2 5x2 5xv 572 512 5x (pst) (Psil (psO fpst) (est) (psi) pode 5x 57 52 (psi) (psO (pst) 199 0 (psi)

(psO 1p51) (psil (ps0 (ps4 (ps0 (psO 0.16 134.62 -151.17 -0.99 118.14 -0.50 131.24 -151.88 -1.11 118.13 -0.65

                                                       -1.22    117.52    -0.80      -0.01                                                                                     142.83 -149.69         -1.22     115.93     -0.2T 213    -0.11     127.89 -152.57                                                                                                 115.34    -0.41          0.32
                                                       -1.42    114.16    -0.56      -0.04       128.67 -153.73                 -I.32
                                                                                                                                                                                                      -i.02     114.62     -0.13 221    -0.40     114.41 -157.80                                                                                        -1.06    114.11    -0.29        -0.02          151.64 -147.35
                                                       -1.14    113.61    -0.45        0.05      127.46 -154.32                                                                                       -1.12     113.30     -0.08 224      0.11    103.53 -161.20                                                                                                 112.90    -0.20          0.15         158.17 -145.06
                                                       -1.28    112.4T    -0.32      -0.05       126.44 -154.61                 -I.20 167.42 -141.?4          -1.34    111.83     -0.18 227    -0.25      93.94 -164.19                                                                                        -1.32    111.65    -0.44          0.14
                                                       -1.31    111.61    -0.12      -0.01       125.13 -154.53                                                                                        -1.3T    111.26       0.48 230    -0.18       83.49 -166.91                                                                                                110.63      0.84          0.D         116.84 -137.95
                                                       -1.53    109.45       1.17      0.36      124.33 -153.66                 -I.45 6.33  112.78        0.52 233      0.30      71.32    a69.50                                                                                     -3.59    110.75    -6.17        -5.32          167.60 -140.62
                                                       -5.78    101.52   -10.78      -2.30        127.30 -151.86                                                                                       15.86    132.05        1.21 236       1.33     68.14 -168.57                                                                                       -1.83    130.43   -17.37        -2.64          144.88 -145.61
                                                      -18.68    125.58   -34.86      -2.58        148.43 -144.61                                                                                          9.06  159.76      -0.46 239       1.79   141.16 -145.61                                                                                        -0.68    161.11    -8.56           T 25        111.3T -149.83
                                                      -14.93    165.98   -11.14         4.39      179.1T -132.16                                                                92.40 -158.06          -1.28    161.07        0.34 242       4.57   253.58 -109.86                                                                                        -1.95    161.68       1.22         0.86
                                                       -2.61    163.64       2.12    -0.58        181.45 -131.39                                                               103.11 -154.55          -1.85     161.16     -0.14 245     -2.01    274.92 -104.04                                                                                        -1.82    161.3 T   -0.49        -0.63
                                                       -1.78    160.65    -0.81      -0.27        182.49 -130.67                                                                                       -1.38     160.99     -0.14 248       0.11   258.33 -107.67                                                                                        -1.66    160.55    -0.19           0.41        117.06 -150.21
                                                       -1.98    160.18    -0.21         0.28       1 2.68 -130.95                                                                                      -1.43     160.41     -0.12 251       0.15   245.50 -111.34                                                                                        -1.55    159.85     -0.23        -0.17         127.64 -147.62
                                                        -1.66    159.27    -0.33      -0.17        180.40 -131.52                                                                                       -I.24    159.78     -0.12 254     -0.15    232.35 -115.67                                                                                         -1.42   159.13     -0.22          0.13        137.88 -145.22
                                                        -1.60    158.48    -0.30        0.09       179.36 -132.46                                                                                       -1.17    159.14     -0.12 257       0.07    221.07 -119.66                                                                                        -1.30   158.42     -0.22        -0.02         146.68 -143.65
                                                        -1.43    157.69    -0.31      -0.04         178.70 -133.70                                                                                      -1.05    158.48     -0.11 260     -0.06     210.49 -123.83                                                                                        -I.18   157.70     -0.21          0.06        154.62 -142.49
                                                        -1.32    156.92    -0.30        0.02        117.87 -135.15                                                                                      -0.95    157.80     -0.12 26'      O.01    201.12 -127.62                                                                                        -1.07    156.99    -0.22          0.01         161.52 -141.83                                      i
                                                        -1.19    156.18    -0.31      -0.01         177.12 -136.11                                                              167.55 -141.50          -0.85    157.14     -0.08   l Ff         .02   192.65 -131.14                                                                                        -0.97    156.21    -0.1T          0.11
                                                        -F.08    155.40    -0.27        0.0:        116.34 -138.50                                                              173.64 -141.26          -0.T7    156.43     -0.31 269    -0.09     185.12 -135.50                                                                                        -0.87    155.56    -0.41        -0.01
                                                        -0,97    154.67    -0.50        0.01        175.58 -140.28                                                              180.08 -143.79          -0.98    154.31      -0.43 212      0.02    177.50 -139.31                                                                                        -1.05    153.50    -0.53          0.07
                                                        -1.12    152.10    -9.62      -0.01         173.39 -145.44                                                              185.57 -146.35          -0.81    152.20     -0.50 215    -0.09     166.73 -14'.09                                                                                        -0.86    151.44    -0.59             .18
                                                        -0.90    150.69     -0.69     -0.05          171.25 -150.26                                                                                      -0.68   150.04      -0.47 278       0.08   156.96 -154.17                                                                                        -0.71    149.38    -0.57        -0.08          187.18 -149.18
                                                        -0.75    148.T2     -0.67     -0.00          169.14 -154.29                                                             186.00 -151.90           -0.59   147.88      -0.47 261     -0.05    151.14 -159.39                                                                                        -0.61    147.33     -0.56        -0.06
                                                        -0.64    146.71     -0.66      -0.06         167.07 -157.34                                                                                      -0.52   145.73      -0.46 204     -0.01    148.18 -162.76                                                                                         -0.55   145.29     -0.55        -0.03         183.00 -154.15
                                                         -0.58   144.84     -0.65      -0.06          165.04 -159.36                                                            118.94 -155.TT           -0.49    143.62     -0.45 287     -0.10    147.12 -164.55                                                                                         -0.51   843.26     -0.55         0.00
                                                         -0.55   142.91     -0.65      -0.05          163.05 -160.41                                                                                     -0.45    141.54     -0.44 290     -0.11    147.20 -165.03                                                                                         -0.49   141.27     -0.54          0.02        174.38 -156.11
                                                         -0.54   141.00     -0.64      -0.04          161.11 -160.61                                                            169.T5 -15T.01           -0.44    139.51     -0.43 293     -0.11    141.86 -164.49                                                                                         -0.49   139.31     -0.53          0.04
                                                         -0.54   139.10     -0.63      -0.03           159.21 -160.12                                                                                    -0.43    13T.53     -0.43 296     -0.11    148.69 -163.21                                                                                         -0.49   137.38     -0.52          0.06        165.29 -156.13
                                                         -0.55    131.23    -0.62      -0.02           157.35 -159.08                                                           161.19 -155.91            -0.43   135.60      -0.42 299     -0.11    149.42 -161.42                                                                                         -0.50   135.49     -0.51          0.01
                                                         -0.57    135.38    -0.61      -0.02           155.54 -157.65                                                           157.51 -154.84            -0.44   133.73      -0.41 302     -0.10    149.90 -159.32                                                                                         -0.51   133.64     -0.50          0.08
                                                         -0.58    133.56    -0.60      -0.01            153.11 -155.95                                                                                    -0.44   131.91      -0.41 305     -0.09    150.04 -15T.07                                                                                         -0.52   131.84     -0.50          0.08        154.26 -153.43
                                                         -0.60    131.11    -0.59          0.00         152.04 -154.10                                                          151.44 -151.84            -0.45   130.13      -0.40 308     -0.09     149.83 -154.76                                                                                        -0.53    130.07    -0.49          0.08
                                                         -0.61    130.01     -0.58         0.00         150.36 -152.16                                                                                    -0.45   128.41      -0.40 311     -0.08     149.29 -152.49                                                                                        -0.53    128.35     -0.48         0.08        148.99 -150.13
                                                         -0.61    128.29    -0.57          0.00         148.77 -150.22                                                          146.85 -148.38            -0.46   126.77      -0.39 314    -0 08     143 *5   -150.30                                                                                      -0.54    126.67     -0.48         0.08
                                                          -0.62   126.61     -0.56         0.00          147.12 -148.30                                                                                   -0.46   125.08      -0.3s 317     -0.07    14' ;9 -148.22
                                                                                                                                  -0.54    125.02     -0.47         0.08        144.98 -146.62
                                                          -0.62   124.96     -0.55         0.01         145.56 -146.44                                                           143.31 -144.88           -0.46   123.46      -0.38 320     -0.07    146.44 -146.2T                                                                                         -0.54   123.41     -0.46         0.08
                                                          -0.62   123.35     -0.55         0.01          144.04 -144.66 323     -0.06    144.77 -144.44 31-Oct-90 (MITI54.UKI Geo* 3

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G , ter Crwit Drywell with Sand - thtt Leed Case too. 7 (0.058 inch setsmic relettve support displacent) Midtfle modes Instde feedes 5 Outsick Modes Redtal Meridionel Hoop  ! Redtal Mertdtonel Hoop ele sedis 1 Meeidionel Hoop 5xt Syz 5xz 5x 57 SI 5xt 57z 5xz Srz 5xz 5x 57 Sz 3de 5x 57 Sz 5xy (pst) (pst) (pst) (psi) (pst) (pst) (pst) (' .1) (psi) (psi) (pst) (est) (pst) (pst) (pst) (psi) (est) (pst)

                                                                                                                                                                                                      -0.23         0.05      97.12     -97.46      -0.34      60.66        -0.19        i
                                                                                           -0.38                  60.48          -0.27           0.00       97.57    -97.37      -0.36      60.57 542                          -0.04              98.02   -97.28                                                                                                                                   -0.23         0.05      96.90     -97.52      -0.34      60.18        -0.19
                                                                                           -0.37                   59.99         -0.26           0.01       97.55    -97.38      -0.36      60.09 545                           -0.04             98.20    -97.23                                                                                                                                  -0.22         0.05      96.67     -97.65      -0.34       59.71       -0.19
                                                                                           -0.37                   59.51         -0.26           0.01       97.55    -97.44      -0.36      59.61 543                           -0.04             98.43    -97.23                                                                                                                                  -0.22         0.05      96.43     -97.84      -0.34       59.24       -0.18
                                                                                           -0.37                   59.03         -0.26           0.01       97.57    -97.56      -0.36      59.13 551                            -0.04            98.70    -97.28                                                                                                                                  -0.22         0.05      %.22 -98.11           -0.34       58.7F       -0.18
                                                                                           -0.37                   58.54         -0.26           0.01       97.60    -97.76      -0.36      58.66 554                            -0.04            98.97    -97.41                                                                                                                                  -0.22         0.06      96.05 -98.4F          -0.34       58.31       -0.18
                                                                                           -0.38                   58.06         -0.26           0.01       97.64     -98.05     -0.36      58.18 SST                            -0.04            99.23    -97.64                                                                                                                                  -0.22         0.06      95.97     -98.90      -0.34       57.84       -0.18 57.58        -0.25           0.01       97.70     -98.45     -0.36      57.71
     $60                            -0.04            99.43    -98.01                       4.38
                                                                                                                                                                                                       -0.22        0.06      96.06 -99.40           -0.35      57.38       -0.18       ;
                                                                                                                                 -0.25           0.01       97.T8     -98.96     -0.37      57.24 563                             -0.04           99.50    -98.53                       -0.39                     57.09
                                                                                                                                                                                                       -0.21         0.06      96.39     -99.95      -0.3T      56.91        -0.17       ;
                                                                                                                                  -0.25           0.01       97.87    -99.59      -0.38      56.76 566                            -0.05           99.36    -99.23                        -0.40                    56.61 0.07      9 T.05 -100.50        -0.38      56.44        -0.19       i
                                                                                                                                  -0.27           0.01       97.99 -100.32        -0.40      56.28     -0.23 569                             -0.06           98.91 -100.13                         -0.41                     56.12                                                                                                    98.59 -100.45         -0.41      55.97        -0.10      i 0.01      98.11 -101.11         -0.42      55.80     -0.14         0.14
                                      -0.13           97.64 -101 37                         -0.43                     55.62       -0.18                                                                                                              -0.18      55.80        -0.05      l t 572                                                                                                                                                        98.17 -101.40        -0.19      55.63     -0.08       -0.02       99.93 -100.80 0.00
                                                                                                                                                                                                                                                                                         ^

0.02 96.40 -102.00 -0.19 55.45 -0.12 -0.19 55.61 -0.03 t 575 98.21 -101.67 -0.20 55.46 -0.07 0.07 100.54 -100.88 95.91 -102.46 -0.20 55.30 -0.11 0.00 -0.20 55.44 -0.03 578 4 .06 -0.21 55.29 -0.07 0.04 101.20 -100.97 95.34 -102.90 -0.21 55.13 -0.11 -0.01 98.28 -101.93 -0.22 55.26 -0.03 581 -0.05 -0.22 55.11 -0.07 0.07 101.98 -100.98 94.71 -103.34 -0.21 54.97 -0.11 0.02 98.31 -102.17 55.08 -0.03 504 -0.04 54.94 -0.01 0.02 102.79 -100.99 -0.21 ,

                                                                                             -0.24-                     54.80     -0.11         -0.03        98.41 -102.39         -0.23                                                                                                I 587                               -0.08         93.94 -103.82                                                                                                                                     -0.07        0.11     103.82 -100.87          -0.26      54.90        -0.03
                                                                                             -0.22                      54.68      -0.12          0.06       98.39 -102.58         -0.24     54.77

590 0.01 93.21 -104.21 -0.06 -0.05 104.68 -100,84 -0.21 54.72 -0.03

                                                                                             -0.29                       54.4T    -0.09         -0.10        98.63 -102.73         -0.25     54.60 593                               -0.15         92.11 -104.76                                                                                                                                                  0.17     106.18 -100.47          -0.35      54.51        -0.02 0.11       98.33 -102.90         -0.26     54.41      -0.11 i 596                                         0.05     91.41 -105.02                          -0.1T                       54.3T     -0.20                                                                                      106.T5 -100.38          -0.11      54.51          0.01 99.06 -102.74         -0.27      54.32       0.17       0 19 0.17     89.71 -105.60                          -0.43                       53.86       0.32          0.18                                                                                                 5.04     54.36          1.61 l 599                                                                                         -5.39                       53.54   .-4.46         -2.35         99.58 -103.38        -0.37      54.09     -1.43       -3.19     102.54 -102.70 602                                -0.04       91.95 -105.02                                                                                                                                                   1.96    101.47 -101.47             4.84    57.63           1.51
                                                                                                                                   -3.68           0.89     164.70 -100.86         -0.26      57.54     -1.09 605                                    1.20   109.01    -99.51                        -5.00                       57.65
                                                                                                                                                                                                                    -0.14       97.79 -103.26         -0.31      57.40           0.03
                                                                                                                                                 -0.24      105.27 -101.10         -0.38      57.35        0.12
                                          -0.34      113.32    -98.77                        -0.47                       57.M         0.22                                                                                                             -0.38      57.23       -0.12 600 105.66 -101.19         -0.37      57.10      -0.20        0.01      98.75 -102.89
                                          -0.02      111.10    -99.63                         -0.35                      56.54     -0.27           0.00                                                                                                -0.30      56.95        -0.09 611 105.60 -101.60          -0.35     56.80      -0.12        0.10    101.86 -102.63 0.03   109.65 -100.47                           -0.39                      56.67      -0.15          0.06                                                                                                -0.34      56.68        -0.10 614 105.87 -102.06         -0.33     56.52      -0.14      -0.01      103.34 -102.72
                                            -0.08     108.18 -101.46                          -0.32                      56.36      -0.18        -0.05                                                                                                 -0.29      56.40        -0.09 617                                                                                                                                                                          -0.31     56.23      -0.13        0.08     104.77 -102.84 107.24 -102.30                          -0.33                      56.07      -0.17          0.04      105.93 -102.59                                                                            -0.30      56.11        -0.09 620                                    0.01                                                                                                                                  -0.30     55.94      -0.13        0.01     105.80 -103.16 106.39 -103.19                          -0.30                      55.18      -0.17        -0.03       106.15 -103.16                                                                            -0.27      55.82        -0.09    I 623                                  -0.06                                                                                                                                   -0.29     55.65      -0.13        0.06     106.73 -103.50 105.89 -103.95                          -0.30                       55.48     -0.17          0.02      106.27 -103.74                                                                            -0.28      55.52        -0.09 l 626                                        -0.02                                                                                                                                   -0.28     55.36      -0.13        0.03     107.38 -103.94
                                                                                              -0.21                       55.19     -0.17         -0.01      106.48 -104.32                                                                            -0.26      55.22        -0.09 629                                  -0.05     105.52 -104.71                                                                                                                -0.27     55.06       -0.13       0.05     107.94 -104.38 105.37 -105.36                          -0.27                       54.89       1.11          0.01     106.64 -104.88                                                                            -0.26      54.92         -0.09 632                                  -0.03                                                                                                                                    -0.26     54.76     -0.13        0.03     106.34 -104.87 105.32 -105.98                          -0.26                       54.60         .17       -0.01      106.84 -105.42                                                                             -0.25     54.61         -0.09 635                                 -0.05                                                                                                                                    -0.25     54.46      -0.13       0.05     108.66 -105.35 105.42 -106.52                           -0.26                      54.30        ' 17         i 'O     107.03 -105.94                                                                             -0.25     54.30         -0.09   !

638 -0.04 .

                                                                                                                                                                                     -0.25     54.15      -0.13       0.04     108.88 -105.83 105.59 -101.02                           -0.25                      54.00      -0.17          v.00     107.24 -106.42                                                                             -0.45     53.99         -0.09 641                                  -0.05                                                                                                                                   -0.25     53.84      -0.13       0.05     109.06 -106.30 105.85 -107.45                           -0.25                      53.10      -0.17          0.00'    107.45 -106.88                                                                             -0.25     53.67         -0.09 644                                  -0.04                                                                                                                                   -0.25     53.54      -0.13        0.04    109.20 -106.75 106.15 -107.86                           -0.24                      53.40      -0.17          0.00      107.68 -101.30 647                                  -0.05
                                                                                                                                                                                                                                                                                        )

31-Oct-90 tmIT154.vKI w6

v v- v v v v v v v 0 < ster Cred Oeywel' with Sand - Unit Lead Cese fio. 7 (0.058 inch seismic reistive support displacement) insIde Modes MtM1e flodes Outside Modes Redfal Mer!dional Hoop Redts? Merfdfonel Hoop sxt Widdla Radial IEaridional Hoop s2 5xY siz sxz sx sv Sz 5xv sit sxt svz sxz sz se (pst) (pst) m, 5x sv sz (pst) (ps!) (pst) (pst) (psi) (pst) (pst) (psi) (pst) (pst) (psi) (pst) (psi) (psi) (psi) (psi)

                                                                                                                                     -0.12        0.05     109.32 -107.18       -0.25       53.36     -0.08 53.09      -0.16         0.00     107.91 -!?7.10       -0.24      53.22 650      -0.05       106.5G -108.22      -0.24                                                                                   -0.12        0.05     109.43 -107.60       -0.25       53.04     -0.08 0.00     108.15 -108.07       -0.24      52.91
             -0.05       106.87 -108.55      -0.24       52.78      -0.16                                                                                  109.54 -107.99       -0.25       52.72     -0.08 653 108.40 -109.42       -0.25      52.60     -0.12        0.05
                                              -0.24      52.4T      -0.16         0.00                                                                                          -0.25       52.40     -0.08 656      -0.05       107.25 -108.86                                                                         -0.25      52.28     -0.12        0.05     103.66 -108.36
                                              -0.24      52.16      -0.16         0.0c     108.65 -108.75                                                                       -0.25       52.08     -0.08 6:9       -0.05      107.64 -109.15                                                                         -0.25      51.96      -0.12       0.05     109.80 -108.72
                                              -0.25      51.84      -0.16         0.00     108.92 -109.07                                                                        -0.25      51.76 662       -0.04      108.04 -109.42                                                                          -0.25     51.64      -0.13       0.05     109.95 -109.06                             -0.tn
                                              -0.25       51.53      -0.17        0.00      109.19 -109.37                                                                      -0.25        51.52     -0.05 M         -0 05      108.43 -109.69                                                                          -0.25     51.32      -0.09        0.10     110.48 -109.26
                                              -0.25       51.12      -0.13         0.00    109.48 -109.67                                                                        -0.02       51.50     -0.07 608       -0.10       108.47 -110.07                                                                         -0.01     51.30      -0.06        0.14     110.28 -109.34
                                              -0.01       51.10      -0.10         0.00     109.50 -109.69                                                                       -0.31       51.02     -0.09 671       -0.14       108.72 -110.04                                                                         -0.31      50.90     -0.13        0.05     110.06 -109.89
                                              -0.31       50.79      -0.17         0.00     109.85 -110.04                                                                       -0.31       50.62     -0.10 674       -0.05       101.65 -110.19                                                                         -0.31      50.51     -0.15        0.05     110.33 -110.27
                                               -0.31      50.39      -0.19         0.00     110.22 -110.40                                                                       -0.31       50.22     -0.10 677       -0.05       110.11 -110.52                                                                         -0.31      50.11     -0.14        0.05     110.64 -110.66
                                               -0.31      49.99      -0.18         0.00     110.60 -110.76                                                                       -O 32       49.82     -0.10 680       -0.05       110.57 -110.86                                                                         -0.31      49.70     -0.14        0.05     110.98 -111.05
                                               -0.31      49.59      -0.18         0.00     111.00 -111.13                                                                       -0.32       49.42     -0.10 683       -0.05      111.02 -111.??                                                                            0.32    49.30      -0.14       0.05     111.35 -111.45
                                               -0.31      49.18      -0.18         0.00     111.41 -111.52                                                                       -0.32       49.01     -0.10 686       -0.05      111.47 -111.60                                                                         -0.32      48.89      -0.14       0.05     111.75 -111.86 111.92 -111.99       -0.31      48.77       -0.18        0.00     111.83 -111.93                                                                       -0.32       48.60      -0.09 689       -0.05                                                                                              -0.32     48.43      -0.14       0.05     112.17 -112.28
                                               -0.31      48.36       -0.18        0.00     112.27 -112.34                                                                        -0.32      48.18      -0.09 692       -0.05      117.38 -112.41                                                                          -0.32     48.06      -0.14       0.05     112.61 -112.72
                                               -0.32      47.94       -0.18         0.00    112.72 -112.18                                                                        -0.33       47.77     -0.09 695       -0.05      112.84 -112.84                                                                          -0.32     47.64      -0.14        0.05    113.07 -113.17
                                                -0.32      47.52      -0.18         0.00    113.19 -113.23                                                                        -0.33       47.34     -0.09 690       -0.05      113.31 -113.30                                                                          -0.32      47.22     -0.13        0.05    113.55 -113.63
                                                -0.32      47.09      -0.18         0.00    113.67 -113.10                                                                        -0.33       46.91     -0.09 701        -0.05     113.79 -113.17                                                                          -0.32      46.79     -0.13        0.05    114.05 -114.12
                                                -0.32      46.66      -0.18         0.00    114.11 -114.19                                                                        -0.33       46.48     -0.09 704       -0.05     114.29 -114.26                                                                          -0.33      46.35     -0.13        0.05     114.57 -114.62 114.80 -114.77       -0.32      46.22      -0.18         0.00     114.68 -114.69                                                                          7.34     46.04     -0.08 707       -0.05                                                                                             -0.33      45.91      -0.13       0.05     115.11 -115.14 115.32 -115.29       -0.32      45.78      -0.18         0.00     115.21 -115.22                                                                       -0.34       45.60      -0.08 710       -0.05                                                                                             -0.33      45.47      -0.13       0.05     115.66 -115.68 115.86 -115.84       -0.32      45.33       -0.18        0.00     115.76 -115.76                                                                        -0.34      45.15      -0.08 713       -0.05                                                                                              -0.33     45.01      -0.13       0.05     116.23 -116.24 116.41 -116.41       -0.32      44.B8       -0.17        0.00     !!6.32 -116.32                                                                        -0.34      44.69      -0.08 716       -0.05                                                                                              -0.33     44.56      -0.13       0.05     116.82 -116.81 116.99 -115.99       -0.32      44.42       -0.17        0.00     116.90 -116.90                                                                        -0.35      44.23      -0.08 119       -0.05                                                                                              -0.33     44.09      -0.13       0.05     117.42 -117.41
                                                -0.32      43.95       -0.17        0.00     117.50 -117.50                                                                        -0.35      43.16      -0.08 122       -0.05      117.58 -117.59                                                                          -0.34     43.62      -0.12       0.05     118.04 -118.02
                                                 -0.32     43.48       -0.17        0.00     118.11 -118.11                                                                        -0.35       43.29     -0.07 725        -0.05     118.19 -118.21                                                                          -0.34     43.14      -0.12       0.05     118.68 -118.65
                                                 -0.33      43.00      -0.17        0.00     118.75 -118.75                                                                        -0.35       42.80      -tr.07 726        -0.05     118.82 -118.85                                                                          -0.34     42.66       -0.12      0.05     119.33 -119.30
                                                 -0.33      42.52      -0.17         0.00    119.40 -119.40                                                                                    42.31      -0.07 731        -0.05     119.46 -119.51                                                     120J;7 -120.08       -0.34     42.17       -0.12       0.05    120.01 -119.97          , .36 0

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