ML20148F444

From kanterella
Jump to navigation Jump to search
Design Adequacy Program DAP-E-P-070, Review of Calculation GENX-023
ML20148F444
Person / Time
Site: Comanche Peak  Luminant icon.png
Issue date: 05/08/1987
From:
TEXAS UTILITIES ELECTRIC CO. (TU ELECTRIC)
To:
Shared Package
ML17303B208 List:
References
RTR-NUREG-0797, RTR-NUREG-797 DAP-E-P-070, DAP-E-P-70, NUDOCS 8803280164
Download: ML20148F444 (199)
v • d • e


Text

f 3(

Tc& 2.6y[

COMANCHE PEAK DESIGN ADEQUACY PROGRAM ENGINEERING EVALUATION COVER SHEET TITLE Review of Cale GENX-023 EVALUATION ID.NO.DAP-E-P- 070 NO. OF SHTS.

2/R DAP DISCIPLINE: Pioina and Suocorts DAP ACTION PLAN NO.

SUPPORTING ENGINEERING EVALUATIONS:

CONT. ID.NO.

DAP-E-TITLE:

DAP-E-TITLE:

DAP-E-TITLE:

DAP-E-TITLE:

SUPERSEDES ENGINEERING EVALUATION NO. DAP-E-PURPOSE: To verify that SWEC generic calculation 15454-NZ(c)-GENX-023, Revision 2 complies with appropriate acceptance criteria.

SCOPE:

Those portions of this generic calculation which address external source concerns identified in ESIS-P 021.

CONTENTS (SEE SECTION 4.0, DAP 8) 1.0 ABSTRACT 2.0 REVIEW PROCESS BASES FOR SAMPLE SELECTION (Not Applicable) 3.0 REFERENCE DOCUMENTATION 4.0 ACCEPTANCE CRITERIA 5.0 EVALUATION

6.0 CONCLUSION

S 7.0 ATTACHMENTS (Att.1/8 pgs, Att 2/12 pgs, Att 3/11 pgs, Att 4/67 pgs, Att 5/73 pgs)

REVIEWED APPROVED REV. NO.

REVISION ORIGINATOR DATE s EW DATE BY DATE o

k.tO nJn D. sh/En&WA shl% F/,W~ Sh/r7

,,-~-

8803280164 880331 Page I of 2f'8

{DR ADOCK 05000445 PDR J

l.0 ABSTRACT SWEC generic calculation 15454-NZ(C)-GENX-023 provides the development of CPPP-7 procedure for evaluating local stresses in pipe support members.

Local stress topics which have been identified as concerns of external sources (see ESIS-P-021) are addressed by this generic calculation and include:

(1)

Tube steel to tube steel connections (2)

Rear bracket to tube steel connections (3)

Rear bracket to tube steel end piste connections (4)

Web crippling of I-shape members (5)

Flange bending of I-shape members (6)

Bolt and U bolt nuts bearing against washer plate / tube steel cord (7)

Main member edge distance at structural connections.

2.0 REVIEW PROCESS The SWEC generic calculation GENX 023, Revision 2 (Ref. 3.1) was reviewed in considerable detail with respect to the external source concerns, compliance with codes and standards, application of engineering mechanics, and numerical accuracy.

Each of the topics reviewed in this calculation is discussed in depth below.

The extent and method of review, applicable codes and standards, acceptance criteria, evaluation of calculation /

methodological development, and conclusions are discussed as appropriate for each topic.

General acceptance criteria are identified in Section 4.0 below.

3.0 REFERENCE DOCUMENTATION 3.1 SWEC Generic Calculation, 15454 NZ(c) GENX-023, Revision 2.

"Development of the Method for Evaluating Local Stress in Pipe Support Members" Page 2 of 28

t 3.2 SWEC Generic Calculation, 15454-NZ(c)-GENX-023, Revision 3,

"Development of the Methods for Evaluating Local Stress in Pipe Support Members" 3.3 SWEC Procedure CPPP-7, Revision 2 3.4 SWEC Procedure CPPP-7, Revision 3 3.5 SWEC Generic Calculation, 15454 NZ(c)-GENX-073, Revision 0,

"Evaluation of NPSI Rear Brackets' Dimensions for Design Calculations".

3.6 American Welding Society, "Structural Welding Code " AWS DI.1-80.

3.7 American Welding Society, "Structural Welding Code," AWS D1.1-85.

3.8 American Society of Mechanical Engineers, "Boiler and Pressure Vessel Code, Section Ill".

3.9 "Formulas for Stress and Strain, 4th Edition," by Roark.

3.10 RLCA Report "Local Stress in Pipe Supports, Verification of Allowable Capacity of Tube Wall," RLCA/P142/01-87/012, Revision 0.

3.11 "Hollow Section Joints," Delft University Press, Netherlands,1982 by J. Wardenier.

3.12 "LOTUS 1-2-3" by LOTUS Corporation is a general electronic spread-sheet which runs on IBM Personal Computers 4.0 ACCEPTANCE CRITERIA The general acceptance criteria for the topics addressed in SWEC calcula-tion GENX-023 are covered in the AWS Structural Welding Code, AWS DI.1:

Page 3 of 18

l the ASME Code,Section III, Subsection NF and Appendix XVII; and the AISI "Specification for the Design of Cold-Formed Steel Structural Members".

Detailed acceptance criterta for each topic are defined in the evaluation below.

5.0 JVALUATION The following evaluation is divided into sub-sections covering each topic of the SWEC generic calculation GENX-023.

Each subsection.'ddresses:

(1) Description of the topic (2)

Background

(3) Acceptance Criteria (4)

Review Process (Occasionally addressed within the evaluation)

(5)

Evaluation 5.1 Tube Steel to Tube Steel Connections 5.1.1 Description These connections consist of two ('or more) structural tube members welded together.

Generally, the centroidal axes intersect and the principal axes are parallel.

The connected tube members may be equal or unequal in size.

The connection may be classified as "matched" or "stepped."

The welding may consist of combinations of fillet welds, grove welds, and flare-bevel welds.

Tube member chords and radii may or may not be welded depending upon problems of fitup, clearance, and installation sequence.

Page 4 of 22 T ------

5.1.2 Background Tube to tube connections were identified by CASE as a concern.

CASE alleged that these connections had not been evaluated.

As the ASME Code,Section III does not specifically address such connections, CASE recommended that these connections be evaluated by the rules of the AWS Structural Welding Code, AWS 01.1-80 or later editions.

5.1.3 Acceptance Criteria The AWS Structural Welding Code, AWS DI.1-80 (Ref. 3.6) and later editions provide rules and requirements for design and evaluation of tube to tube connections.

Chapter 10 of this code addresses design of tubular structures.

5.1.4 Review Process 5.1.4.1 Fully Welded, Stepped Connections (B s 0.8)

Pages 9 through 25 of GENX-023, Revision 2, provide a

development of tables and an implementation procedure for stepped tubular connections where:

(1)

B s 0.8 l

(2)

The branch member is fully welded to the main member i

l This work was reviewed in depth to confirm that AWS Dl.1 rules of section 10.5.1 were properly applied.

Tables 4-13.lA through 4-13.lJ (pp. 16-25) of GENX-Page 5 of 28 l

023 provide utilization ratios, U, of normal stress 1

to allowable stress to evaluate adequacy of the tubular connection when B s 0.8.

These tables and punching shear calculations are thoroughly checked.

Computer spreadsheets were developed using LOTUS 1-2-3 to verify that the U1 utilization factors of tables 4-13.lA through 4-13.lJ guarantee that the ratios of Actino V to Allowable Vp are not greater p

than 1.0.

5.1.4.2 Welded, Matched and Stepped Connections Pages 35 through 39b and pages 51 through 74 of GENX-023, Revision 2 provide a development of tables and implementation procedures for matched and stepped tubular connections where the branch member is welded on:

(1) Two sides across the main member (2) Two sides parallel to the main member (3) Three sides consisting of two sides' parallel to the main member and one side across the main nomber (4)

Four sides This work was reviewed to confirm that AWS D1.1 rules of Section 10.5 were properly applied.

The developmental work on pages 35 through 39b was thoroughly reviewed to confirm correctness of assump-

tions, p' oper application of engineering mechanics Page 6 of 28

principles, correctness of algebra and arithmetic, appropriate interpretation and application of AWS rules.

The procedures for matched and stepped connections are described on pages 51 through 53b.

They were reviewed for compliance with the rules of AWS D1.1-80 and -85 (Refs 3.6 and 3.7).

The tables used with the procedures for matched and stepped connections are given on pages 54 through 74.

The numerical accuracy of these tables, which are based on the developmental work on pages 35 through 396, was thoroughly -checked.

Computer spreadsheets were developed using LOTUS 1-2-3 to compare all values in Tables 4-13.5A through 4-13.5J and 4-13.7A through 4-13.7J.

Table 4-13.6 was checked by hand.

5.1.5 Evaluation 5.1.5.1 Fully Welded, Stepped Connections (B 5 0.8)

Pages 9 through 13 of GENX-023 summarize the AWS code rules, equations, stress allowables and parameters for evaluating fully welded: stepped tubular connec-tions.

This work was reviewed and complies with the AWS D1.1-80 rules of Section 10.5.1.

Pages 14 and 15 describe how the procedure tables on pages 16 through 25 were developed.

The method used to develop these tables involves defining a utiliza-tion factor, U1 for each set of joint geometric (p,

n, T, T ).

parameters When the calculated utilization factor exceeds 0.44, the SWEC method Page 7 of 28

_,.,-w a

w

corrects the stress interaction term, Qr (initially set to 1.0) in accordance with the expression Qf -

1.22-0.5U1 and recomputes the value of U.

This 1

iteration process continues until the calculated U 1

corresponds to assumed U.

The SWEC method for 1

developing the procedure tables is correctly based on the AWS D1.1-80 code rules of section 10.5.1.

Pages 16 through 25 provide tables for evaluating adequacy of fully welded, stepped tubular connec-tions.

LOTUS 1-2-3 (Ref. 3.12) spreadsheets were developed to independently check the numerical accuracy of Tables 4-13.1A through 4-13.lJ.

These spreadsheet analyses are provided as Attachment I to this evaluation report.

The spreadsheets compare the tabulated values of U1 in Tables 4-13.lA through 4-13.lJ to that computed by LOTUS 1-2-3 which was programmed to follow the SWEC methodology for computing U1 and the LOTUS computed U1 is 1.02, but this is considered acceptable due to other conserva-tisms built into the calculation.

Overall, Tables 4-13.lA through 4-13.lJ are acceptable; they are properly based on AWS DI.1 and are numerically accur-ate.

I 5.1.5.2 Matched and Stepped Connections with Limited Welding l

5.1.5.2.1 Weld Equivalent Methodology l

l Tube connections with limited welding are described above in Section 5.1.4.2 and may l

consist of welds on two, three, and four l

sides of the branch tube member.

l Pages 35 through 39b of GENX-023 provide l

Page 8 of 28

\\

s the methodological development of the procedures and tables used to evaluate these types of connections.

SWEC develops a weld equivalent methodology based on the rules of paragraphs 10.5.1.1 and 10.5.1.3 of AWS DI.1-80.

The SWEC methodology involves limiting the branch member direct stress on the welds to a value which will produce a joint load equal to the joint capacity determined by AWS rules.

Although the AWS rules of Section In.5 do not directly address connections with limited welding, the AWS DI.1-80 rules of paragraphs 10.5.1.1 and 10.5.1.3 can be used to develop a method for evaluating them.

Since the AWS rules provide expres-sions for evaluating punching shear in two parts as punching shear parallel to the main tube axis and punching shear across the main tube axis, it is reasonable to perform the two punching shear evaluations using geometric parameters based on the i

smaller weld. lengths instead of the actual branch tube section dimensions.

SWEC uses this approach for tube connections with limited welding as it overestimates punching shear stress in and underestimates 4

joint capacity of the main tube member.

Pages 54 through 74 of GENX-023 provide tables for evaluating tubular connections with limited welding.

Tables 4-13.5A through 4-13.5J apply when welding is on 2 opposite sides, 3 and 4 sides and are Page 9 of 28 l

l

derived from the rules of paragraph 10.5.1 of AWS Pl.1-80 which define Allowable V - 0A Of x (basic Vp).

Table 4-13.6 applies when /3

> 0.8 and welding is parallel to the main member axis and is derived from the rules of paragraphs 10.5.1 and 10.5.1.3(1) of AWS D1.1-80 which limit Allowable Vo to 0.4 Fy.

Tables 4.13.7A through 4-13.7J apply when @

> 0.8 and welding is across the main member axis; these tables are derived from the rules of paragraph 10.5.1.l(2) and 10.5.1.3(1).

All of these tables were independently checked.

LOTUS 1-2-3 spreadsheet analyses provided in Attachments 2 and 3 were used to check Tables 4-13.5A through 4-13-5J and 4-13.7A through 4-13.7J.

Comparison of the tables with the spreadsheet results shows that the tables are essentially accurate.

There are several errors listed below which are to be corrected in a future revision of GENX-023.

(1) Table 4-13.5A:

The Fw entry for te=

0.50 and $ - 0.75 should be 2500 and not 2994.

l (2) Table 4-13.5J on page 63:

The table I

should be called 4-13.51 and not 4-13.5J. [shouldbeequalto6andnot i

5.

Basic Vp shculd be 10,000 psi and not 12,000 psi.

l Page 10 of 28 l

l l

(3) Table 4-13.51 on page 62:

The table should be called 4-13.5J.

should be equal to 5 and not 6.

Basic Vp should be 12,000 psi and not 10,000 psi.

(4) Table 4-13.7A:

The value of W for tc

= 0.1875 and n - 0.80 should be 0.107 and not 1.07.

Table 4-13.6 was checked by hand and is numerically correct.

The SWEC approach of limiting the member direct stress on the welds to a value which will produce a joint load equal to the joint capacity computed by this alternative approach is therefore conservative.

5.1.5.2.2 B > 0.8 and/or 8 > n l

Pages 39a and 39b of GENX-023 address the requirements of paragraph 10.5.1.3(2) of AWS DI.1-80.

These requirements stipulate that when B>0.8 and/or B>n, the heel /too capacity (F ) of the connection computed by 2

the rules of paragraph 10.5.1 cannot exceed l

the heel / toe capacity computed by the rules i

of 10.5.1.l(2).

I I

The two capacity equations of 10.5.1 and 10.5.1.l(2) differ only in the expressions l

used to determine the value of the georetty modifier.

In the 10.5.1 equation, the Page 11 of 28

F geor.etry modifier is called QB and depends only on the value of B.

In the 10.5.1.l(2) equation, the geometry modifier is called Qq and depends only on n.

On page 39a of GENX 023, the values of QB and Qq are correctly tabulated for 0 s B 10.99 and 0 s n 11.0.

SWEC notes on page 39b, that the value of Qq is less than or equal to QB whenever 5 o'r n 2 0.8789.

This is not completely accurate since when B 0.878 and n=0.95, Qq=2.438 and 0 2.249.

But this inaccuracy has no 8

bearing on the SWEC procedure.

As imple-mented in the SWEC procedure description, on page 39b, whenever 0.81 B < 0.9, the heel / toe capacity is defined in accordance with AWS D1.1 as the smaller of the two values computed using the 10.5.1 (based on B) and 10.5.1.l(2) (based on n) equations.

5.1.5.2.3 0.725 s B < 0.8 One point not discuss'.d and accounted for in GENX-023 is that when 0.725 i B < 0.0 and n s 0.2, the heel / toe capacity (F ) 15 2

limited by the 10.5.1.l(2) equation of AWS D1.1-80.

This SWEC oversight is not considered -significant because the un-conservative error is about 6Y. when the SWEC procedure is used.

Although the theoretical error is about 257., the SWEC procedure reduced the error because i

capacity values must be taken from tables Page 12 of 28 y-

9-for discrete values of B.

For example, when 0.75 i B < 0.8, the capacity value used must be that given for B = 0.75.

5.2 Rear Bracket to Tube Steel Connections 5,2.1 Description These connections consist of a rear end bracket (usually part of a sway strut or snubber subassembly) welded to the flat cord face of a structural tube.

If the bracket fits entirely within the flat cord face of the tabe, it may be welded all-around or welded along two ' opposite sides of the bracket either across the cord face or parallel to the edges of the tube.

If the bracket extends beyond the flat cord face of the tube, it is usually welded across the cord face.

The loading on the rear bracket (usually through a strut or snubber) may occur at any angle and will be offset from the face of the tube wall.

5.2.2 Background 4

Rear brackets welded to structural tube members were identi-fied by CASE as a pipe support, local stress concern.

CASE alleged that these connections had not been evaluated.

5.2.3 Acceptance Criteria Evaluation of local stress is based on a rational application i

of the Chapter 10 design rules and requirements of f

AWS Dl.1-80.

l Page 13 of 28 l

5.2.4 Evaluation The procedure ar. associated tables for evaluating local tube stress at welded rear brackets are provided on pages 42 through 50 of GENX-023, Revision 2.

The theoretical develop-ment and code bases for the procedure are provided on pages 40 and 41.

Fundamentally, the SWEC procedure involves limiting the applied bracket load to that fraction of the bracket load rating (Kg) which will produce punching shear stress equal to the AWS D1.1 80 punching stress limits.

To evaluate punching shear stress, the rear bracket connection is assumed to behave like a tube to tube connection,.1d the rules of Section 10.5 of AWS DI.1-80 are used.

Because the bracket may be welded only on two opposite sides either across' the tube face or parallel to the edges of the tube, SWEC uses the Weld Equivalent methodology discussed above in section 5.1.5.2.1 of this evaluation.

Use of the Weld Equivalent methodology is justified because the connection behavior of the tube at the rear bracket will, in fact, be similar to that at a branch tube joint.

Justi-fication for the Weld Equivalent methodology is provided above in Section 5.1.5.2.1 for matched and stepped connections with limited welding.

On pages 44 through 50, are Tables 4-13.4A through 4-13.4G which list (by bracket type, loading orientation, and weld pattern) the permissable fraction of bracket load rating for various sizes of tube steel for which a tube connection just satisfies the punching shear stress rules of Section 10.5 of AWS DI.1-80.

Lotus 1-2-3 spreadsheets were developed to inde-pendently check the numerical accuracy of these tables.

These Page 14 of 28 I

screadsheet analyses are provided as Attachments 4 and 5 to this engineering evaluation.

The set of spreadsheets in Attachment 4 are for the load Type A condition where the load is normal to the tube steel face and does not produce an overturning moment on the rear bracket.

With the exception of two small errors, the Ki values for Load Type A conditions of Tables 4-13.A through 4-13.G on pages 44 through 50 are numerically correct.

These two errors are in columns 1 and 2 of row 1 of Table 4-13.4D.

The correct values are 0.72 for the two K; values.

The set of Lotus 1-2-3 spreadsheets in Attachment 5 are for the load Type B condition where the load is not normal to the tube steel face.

Since the end bracket and tube member will be subjected to an overturning moment which deper. 's on the direction of loading, values of Kg for each comV.iation of bracket size and tube member using several load.ngles and two orthogonal bracket orientations are calculated to determine the appropriate (smallest) KI values for Tables 4-13.4A thru 4-13.4G.

Comparison of Tables 4-13.4A thru 4-13.4G with the spreadsheet results of Attachment 5 shows that the Tables are generally correct.

There are, however, some errors in the SWEC Tables for Load Type B condition.

There errors are summarized below:

(A)

Table 4-13.4A l

The K1 value in column 5 of row 1 (TS 2x2xl/4) should be 0.80 and not 1.0.

l l

Page 15 of 28

I (8) Table-4-13.48 The K]. values in columns 4 and 5 of row 1 (TS 2x2xl/4) should be 0.12 and 0.50, respectively, and not 0.26 and

.0.65.

(C) Table 4-13.4C The K] value in column 4 of row 6 (TS 4x4xl/2) should be 0.46 and not 0.57.

(D)

Table 4-13.4D The K] value in column 5 of row 1 (TS 3x3xl/4) should be 0.31 and not 0.40.

(E)

Table 4-13.4E The Ki values in column 5 of rows 1 (TS 6x6x3/16) thru 5 (TS 6x6xl/2) and row 7 (TS 8x8x3/8) should be 0.30, 0.41, 0.51, 0.61, 0.81, and 0.66, in row order and not 0.34, 0.45, 056, 0.68, 0.92 and 0.70.

(F)

Table 4-13.4F The Kg values in column 5, rows 1 through 3 and 5 through 6 should be 0.33, 0.49, 0.66, 0.63, and 0.92 in row order and not 0.39, 0.60, 0.82, 0.70, and 1.0.

Column 6, row I should be 0.53 and not 0.57.

These errors will be corrected in GENX 023, Revision 3 and Page 16 of 28

CPPP-7, Revision 3.

Overall, the Tables are acceptable.

On page 43 of GENX 023, Revision 2, the weld symbol defini-tions for ll and are incorrect.

The correct definitions, incorporated in Revision 3, should not include WI and W2 weld identification for welds parallel to or across bracket ears.

The procedure on pages 42 and 43 of GENX-023 Revision 2 does not correct the KI values in tables 4-13.4A through 413.4G where the joint utilization ratio U exceeds 0.44.

Since these tables are based on the rules of section 10.5 of AWS DI.1-80 using a stress interaction term Qr value of 1 (corresponding to U s 0.44), the KI values in these tables must be corrected for the reduced values of Qr when U > 0.44.

This has been identified to SWEC and will be corrected in a later revision to GENX-023, 5.3 Rear Bracket to Tube Steel End Plate Connections 5.3.1 Description Snubber and sway strut rear end brackets may be connected at the ends of tube steel.

To facilitate construction, an end plate is welded to the tube end, and the rear bracket is welded to the end plate.

Generally, the end plate size is slightly larger than the tube section.

Also, the rear end bracket size is smaller than the tube section.

5.3.2 Background CASE has identified local stress at welded attachments as a technical concern. Although rear end brackets of snubbers and sway struts welded to end plates of tube members were not Page 17 of 28

..-,..--,m.---,--w--,-e

-y-w--.

,~,-,w,

specifically identified by CASE as problems, local stress in the end plates can be quite high.

TUGC0 e.gineering did not explicitly evaluate this local stress.

Consequently, SWEC procedures require that local stress in these end plates be assessed.

5.3.3 Acceptance Criteria local stress evaluation is based on analysis using accepted engineering mechanics principles, modeling approximations and equations.

Local stress allowables are based on the code rules of ASME,Section III.

5.3.4 Evaluation On pages 75 and 76 of GENX-023, Revision 2, SWEC develops a procedure and table for evaluating local stress at tube end plates with rear bracket attachments loaded along the longitudinal axis of the tube.

The procedure and tables development is based on the reasonable assumption that the rear bracket uniformly loads the rectangular tube end plate.

SWEC uses Case No. 38 of Table X (page 226) of "Formulas for Stress and Strain, 4th Edition", by Roark (Ref. 3.9).

Case No. 38 provides an equation for maximum stress (i.e., bending stress) and parameters for evaluating a rectangular plate (the end plate) with all edges supported and uniformly loaded over a central rectangular area (the rear end bracket).

Since the maximum stress is bending, SWEC appropriately uses an allow-able of 0.75 Sy which complies with the ASME, Section 111 rules of paragraph XVII-2214.3 for minor axis bending of solid rectangular sections.

The table on page 76 of GENX-023, Revision 2 was completely Page 18 of 28 I

checked.

Two minor errors in columns 1 and 2 of the last row of the table were found and identified to SWEC.

SWEC has agreed to correct the table.

The correct values in columns 1 and 2 should be 123,000' and 14 x 14, respectively.

On page 75 of GENX 023, Revision 2, SWEC states that tube end plates at rear brackets not loaded along the tube longitudinsi axis (e.g., skewed strut / snubber designs) maY be evaluated by the procedure for stepped tube anchors in Atachment 4-15 of CPPP-7.

This approach is reasonable as the loading on the plate in the stepped tube anchor design and its geometry are analogous to that of the tube end plate with rear end bracket.

5.4 Web Crippling 5.4.1 Description Concentrated piping loads normal to the flange of I-shape members can produce high local stress which may result in structural failure.

5.4.2

Background

Web crippling was identified by CASE as a local stress pipe support concern.

CASE alleged that the ASME,Section III rules of XVII-2213.5 and XVII-2261.2 were not being used to evaluate pipe supports for web crippling under concentrated pipe loads.

i Page 19 of 28

i 5.4.3 Acceptance Criter.in ASME,Section III provides rules for evaluating web crippling in I-shape members.

Allowable stress is defined in paragraph XVII-2213.5.

Evaluation methodology is defined in paragraph XVII-2261.l(a) for interior and end loads.

Stiffeners design requirements are provided in paragraphs XVII-2263.1; the width to thickness requiremer.ts of paragraph XVII-2224.l(b) for unstiffened stiffeners on plate girders provide more conserva-tive alternate design requirements for bearing stiffeners.

5.4.4 Review Process Pages 79 and 80 of generic calculation GENX 023, Revision 2 provide the development of an expression to evaluate web crippling in an I-shape member under a concentrated pipe load and define the stiffener design requirements when web crip-pling may occur.

This developmental work was reviewed for compliance with the ASME,Section III rules as defined in Section 5.4.3 above.

Algebraic manipulations, numerical accuracy and interpretation of Code rules were also evaluated.

5.4.5 Evaluation The expression developed on pages 79 and 80 of GENX-023 to evaluate web crippling in 1-shape members for concentrated pipe loads is properly based on the ASME,Section III rules of XVII-2261.2(a).

SWEC correctly assumes the bearing load is applied as a line load of zero width and will occur at a distance greater than k, the toe of fillet dimension, from the end of the member.

SWEC conservatively follows the ASME rules of XVII-2224.l(b) for design of ihe unstiffened bearing stiffeners.

SWEC, on page 80, also requires that the Page 20 of 28

stiffener thickness should be proportioned to the I-shape flange and web dimensions.

This is a good design practice which facilitates installation (fitup and welding) of the stiffeners.

5.5 Flange Bending in I-Shape Members 5.5.1 Description Structural attachments to I-shape member flanges can produce high local flange stress.

Generally, these attachments are located along the member where there is no stiffening /

reinforcement.

5.5.2 Background Flange bending in I-shape members was identified by CASE as a local stress pipe support concern.

CASE alleged that local flange bending effects of structural attachments (e.g., strut rear brackets) were not being evaluated and could, under certain conditions of load and geometry, impact safety.

5.5.3 Acceptance Criteria Evaluation of local flange bending is based nn ASME, Sec-tion Ill stress limits and appropriate analysis of stress using appropriate principles of engineering mechanics.

5.5.4 Evaluation On pages 77 and 78 of GENX-023, Revision 2, SWEC describes a procedure for evaluating local flange bending effects of Page 21 of 28

l rectangular structural attachments.

This procedure involves limiting the local flange bending stress at the toe of the web-flange fillet to the ASME,Section III stress limits of XVII 2214.3 for solid rectangular sections bent about their minor axis.

The effective section modulus expression for computing flange bending stress is appropriate and can be derived by a simple analysis of the stress expression and Km coefficients for a wide cantilever slab given on page 135 of "Formulas for Strass and Strain, 4th Edition" by Roark (Ref. 3.9).

The models for five rectangular attachment c&ses are defined on pages 77 and 78 of GENX-023 from which critical local flange bending moments (at the toe of the web-flange fillet-are calculated.

These models realistically approximate the load transfer behavior of the I-shape flange at the structural attachments and will provide sufficiently accurate determina-tion of critical local flange bending moments.

5.6 Bolt and U-Bolt Nuts Bearing Against Washer Plate or Tube Steel Wall 5.6.1 Description Tube steel is commonly fastened to concrete surfaces with expansion anchor bolts and threaded rods at Richmond inserts.

Also uncinthed U-bolts connected to tube steel are used as two-way rigid pipe restraints.

Both anchorages and U bolts involve transferring loads to the tube steel at the location of bolt holes.

Because of the high intensity of load under the relatively small nut or bolt head and the section dis-l continuity at the hole in the tube wall, high local stress will occur and must be assessed.

l l

Page 22 of 28 l

5.6.2 Background During the ASLB hearings, CASE identified as a concern the local stress effects of loaded fastener heads and nuts on tube members.

CASE alleged that these effects could be significant and had not been assessed.

5.6.3 Acceptance Criteria Evaluation of local stress in tube steel at loaded fastener nuts and heads complies with the code rules of ASME,Section III.

5.6.4 Evaluation On pages 84 through 106 of GENX 023 Revision 2, SWEC develops procedures and tables for evaluating the local stress effects of loaded fastener heads and nuts on tube members.

The procedure involves using tables to establish maximum fastener loads su:h that tube member stress will not exceed ASME,Section III code limits.

The procedure includes an expression to account for the reinforcing effects of large rectangular washers used mainly at tube to-Richmond insert / anchor bolt connections.

Pages 86 and 87 provide justification for the expression used to account for the reinforcing effects of rectangular washers.

The expression is derived from conventional beam deflection equations using compatibility principles.

Both tube wall and washer plate are modeled as simply supported beams with identical elastic deflection curves for this purpose.

This Page 23 of 28

approach, although not precise, does satisfactorily approx-imate the behavior of the washer plate and tube steel system in the region of fastener.

The derived expression is acceptably accurate.

However, in Revision 2 of GENX 023 the meaning of t1 on pages 84 (note at bottom of page) and on page 87 is mixed up.

t} should be the thickness of the "thicker" section.

(This will be corrected in Revision 3 of GENX-023.)

Also on page 87, the value of M 1

is incorrectly defined as the capacity of the "thinner" section.

M} should be the capacity of the "thicker" section.

(This too will be corrected in Revision 3 of GENX-023.)

The capacity tables on pages 91 through 106 are based on the derived capacity expression for the simplified beam model on page 88.

The effective section width is assumed to be the tube width less the diameter of the fastener hole.

This approach is quite simplified and approximate.

Several detailed elastic finite element analyses were performed by TERA to validate the SWEC approach.

These analyses failed to validate the SWEC approach for cases where the ratio of tubing width to hole size exceeded 6.

To validate the SWEC approach, RLCA performed for TUGC0 and TERA a limit analysis of the anticipated worst case connection:

a 1 inch fastener in a 10 inch wide tube.

The RLCA limit analysis was performed in accordance with the rules of paragraphs 11-1430 and NF-3221.4 of ASME,Section III.

The results of the RLCA analysis are documented in RLCA report, "Local Stress in Pipe Supports, Verification of Allowable Capacity of Tube Wall",

RLCA/P142/01 87/012, Revision 0 (Ref. 3.10).

The RLCA results demonstrate for the anticipated worst case connection that the SWEC approach is conservative and provides an acceptable ASME,Section III evaluation of local stress in the tube and washer plate at fastener locations.

Page 24 of 28

i 5.7 Main Member Edge Distance 5.7.1 Description Structural connections to tube steel members may occur close to the open end of the member.

When this occurs the connec-i tion capacity may be greatly reduced.

5.7.2

Background

At CPSES, many structural connections to tube steel occur close to the open end of the tube member.

These connections may consist of a tube, pipe, channel, angle, wide flange or bracket welded to the side of the rectangular tube steel member.

Because the capacity of the connection is influenced by the edge distance of the branch member, the effect of edge distance must be evaluated.

5.7.3 Acceptance Criteria The methodology for evaluating structural connections to tube steel for effects of edge distance is based on rational engineering analysis and accepted codes.

5.7.4 Evaluation Pages 26 through 34 of GENX-023, Revision 2 provide the development of a method for evaluating effects of edge distance on capacity of structural connections to tube steel.

This method involves adjusting the full capacity evaluation values for tube-to-tube and bracket-to-tube connection by an edge reduction factor.

Edge reduction factors are summarized i

Page 25 of 28

in graph form on page 34 as a function of the ratio of edge distance to main member width.

Edge reduction factors are developed by yield line analysis following the rules of paragraph 10.5.1.4 of AWS DI.1-80 and the approach of J. Wardenier in "Hollow Section Joints" (Ref.

3.11).

The yield line analysis approach of J. Wardenier is correctly presented on pages 26 and 27 of GENX-023 for evaluating full joint capacity.

On page 27, a conservative yield line model is presented to evaluate joint capacity as a function of edge distance.

The energy method development of expressions to establish capacity as a function of edge distance on pages 27 through 33 was reviewed for correctness of yield line energy equations, mathematical manipulation and simplification, and numerical accuracy.

Clearly paragraph 10.5.1.4 of AWS Dl.1-80 permits the use of yield line analysis for stepped box connections when B<0.8.

Consequently, for B<0.8 the reduction factors developed by yield line analysis can be applied to the full capacity values used to evaluate structural connections to tube members.

Both reduction factors and full capacity values are developed in accordance with the AWS 01.1-80 rules of section 10.5, When B10.8', AWS 01.1-80 requires that connection capacity be based on the punching shear rules of paragraph 10.5.1.3.

Based on the graphical results in Figure 4-13A on page 34 of GENX-023, it can be seen that as B increases the reduction factors increase.

This trend is quite logical and can be expected to continue for 0.8 811.0, since load capacity is 1

increasingly influenced by web crippling.

Use of these reduction factors for B 0.8 with the full capacity values for structural connections (based on the AWS rules of paragraph 10.5.1.3) is conservative and acceptable.

Page 25 of 26

~ ___

6.0 CONCLUSION

S 6.1 Generally the work of GENX 023. Revision 2 is acceptable and meets acceptance criteria.

There are several problems and errors sum-marized below which SWEC has corrected or agreed to correct in later revisions of GENX 023.

6.2 Several K] values in Tables 4-13.4A through 4-13.4F are incorrect, as identified above in sections 5.2.4.

These values will be corrected in GENX-023, Revision 3.

6.3 The weld symbol definitions on page 43 of GENX-023 for II (vertical parallel bars) and (horizontal parallel bars) are incorrect as identified above in section 5.2.4.

The correct definitions will be incorporated in GENX 023, Revision 3.

6.4 The local stress procedure for rear brackets welded to tube steel does not correct for the value of Qf when U>0.44.

SWEC has agreed to correct this in a later revision of GENX-023.

6.5 Two minor errors in Table 413.8 on page 76 were found.

SWEC has agreed to correct them in a later revision of GENX-023.

t 6.6 The parameter t,

used to develop. an expression for the local i

capacity of a tube with washer plate bolted connection, is incor-rectly defined on pages 84 and 87 as the "thinner" element; t} should be the "thicker" element.

SWEC will correct this in GENX 023, Revision 3.

6.7 Several errors in Table 4-13.5A, 4-13.51, 4-13.5J, and 4 13.7A were four.d.

SWEC has agreed to correct them in a later revision of GENX-023.

l l

l l

Page 27 of 28 l

l

i 7.0 ATTACMENT A. - 8 sheets (1)

8.

12 sheets'(1) i C. - 11 sheets (1)

D. - 67 sheets (1)

E. - 73 sheets (1)

Note (1):. Includes cover sheet for each attachment.

I i

h 4

4 l

I Page 28 of 28

W. 5 - 2.o 4 7 ATTACHMENT 1 (DAP E P 070)

(1)

Procedure for Computing 1 sheet (2)

LOTUS 1 2 3 Results for 6 sheets Tables 4 13 lA through 4 13.lJ 7 sheets 4

w

(G A MM A )

GI U GW VA l vk' b 8(Tmr7A) fss PE R AWS Di.7~90 sic. 1o.5.1 f (6E TA)

G fv try vat ue $

(o.$

7a o,t) 0@

l COMPuTG:-

0 2. 5 ( s c s - fs )

compure :

FYU')

\\/p (S ASIC)

  • fo f u,
USE TAOUL ATED VALuGS B y S u.) g g,,

Fa + Fs o c. F y o r (campore )

O f

  • Co^ tpu re :--

I. 2 2 - o.5 u, FoR u,y.w l.o PcR u f.o.44 s

fa. Slug F6

\\fp(ACTING)

. Con 1Pu1E g

'+ -

k6 D

l < o-

. '. CerdSCR VAT 'VCLy K 6 (Fa + Fs )

I

@@

  • h}

Vl'

^#*b Vp l ALLO kJ/Ibli.) '

COMPLITE

& I Q 4 IC E

(

.hFy)

\\fp (A C Ting ) yp (A t t ca f n : ** ),' (o7 990 76~ +

S % :

3 15 1 Yt.h.'N.P.cw(l.H.b.

I' l

g 1,u ; ndu,. u.. -

@lR s $s. Ls 1

yhjfh 1/,/IF

,,n i

e, 7

fue 1 p.

.S M t c C. d,. ft.N l

(Rt?P : GMs 'b t 9 ~pTG. 2 ~

~7kh L t' N~l3*/A To

^

N~/3/J) t'~~ P F ' F ~ wW4 oln um7 m s7msses

~

.L.

m _..

fesQ TCA

'l /AP 8 ETA Of NIMSIC)

,',,, IL(

d7/ EI~ Fa+4.I (AC71 C U Chs. Votall w UI Of Vp Yo vpfsct u i

~i~

Rk E C

(C(6)

~ SII htli (KS!!

(.14, 4 tk L

(KSI)

.-n. -..r.-

.- ---mm= =n--. =mmum m m m um. mn

16. 80
99. N
1. N 0.54 1.0e 3.75 8.17 3.67 1.N 1 67
3. 75 f.li 16.70 90.00
1. N 0.55 1.01 3.75 0.17 3.67 1.00 3.67 3.79
f. 97 ILiv 9e.N
1. N 8.64
1. 94 1 75 0.18 3.49 1.00 3.01 3.91 1.N IL 88
90. 08
1. N 0.65 1.10 3.75 0.19 4.10
1. 00 4.18 4.12
1. N IL es
98. N 1.N

?

1.19 3.75 8.21 4.54 1.00 4.54 4.4 1.h IL GI

90. 08
1. N l.33 3.75 8.23 4.97
1. 00 4.J/

5.te 0.99 IL 99

98. N 1.N
1. %

3.75 8.27

5. &3
1. 88
5. 0 5.%

1.N ILee 64.00

0. 43
1. M
3. 75
8. M
4. 2 1.80 3.59 3.75
0. %

! Lee

64. N L &3 Lh 1.01 3.75 0.21 4.54 1.00 3.76
3. ~/9
0. 99 16.80 W. 00
0. &3 0.64
1. 04
3. 75
8. 21 4.54 1.se 1 76 3.91
0. %

IL es

64. 00
8. 83
0. 65 1.10 3.75 0.23 4.57 1.ep 4.12 4.d
1. N

!L ee W.M 0.43

0. 70 1.19 3.75 0.24 5.14 1.00 4.30 4.4
0. %

IL ee 64.00

0. 13 A.75
1. 33 3.75 8.27 J2 1.00
4. 84
5. N 0.97 1L 00 W.te
0. 43
4. N 1.56 3.75 8.R f.91
1. 00 5.74
5. 86
0. 92 IL N 45.00 6.64 0.58 1.88 3.75 8.27
  • t'
l. 00 3.73 3.75
1. N IL M 45.00
0. 64
0. 55 1.01 3.75 8.27
b. s3
1. 00 3.73 3.79
0. 99 IL es 45.00 8,4
8. 64
1. 04 3.75 8.20 L 85 1.00 3.07 3.51
0. 99 16.00
45. 00 9.64 8.65 1.10
3. 75 8.29 L26 1.00 4.0!

4.12 0.17 ILes 45.00 8.54

0. 70 1.19 3.75
8. 32 L 91
1. 00
4. 4 ?

4.4

0. 99 16.00 45.00
8. 64 0.75 1.33 3.75 8.X 7.74 1.00
4. 90 5.m 1.N IL es 45.00 L 64
8. N 1,56 3.75
8. 42 9.07 1.98 5.41
5. E
0. 91 Ik as
30. 00
0. 68 8.50 1.60 3.75 8.43 1.29 1.00 3.72 3 75
8. 99 ILee
30. 00
0. 40
0. 55 1.01 3.75 8.43 9.29 1.80 3.72
3. 9
8. 94 ILee
30. 00 8.60 8.64
1. 04 3.75 0.45 9.72 1.80 3.49 3.49
1. N I

IL es 30.00

8. 44 0.65 1.10 3.75
8. 4
9. 94
0. 99 3.57 4.N 0.97
16. 00 38.N
0. 64 0.70 1.19 3.75 0.54 18.80 0.97 4.32
4. 13
1. N IL ee 3D. 00
8. 60 0.75
1. 33 3.75 L 54 11.66
8. 95 4.67 4.75
f. 96 IL ee JI.N 8.44
8. 00 1.%

3.75 L 61 13.10

8. 92 5.27
5. X
0. 96 13.54
90. 00
1. 00
8. 54 1.00
4. 64 8M 4.32
1. 00 4.32 4.44
f. 97 13.58
90. 00
1. 00 0.55 1.01 4.64 8.20 4.32
1. 00 4.32 4.49
0. %

11 58

90. 08
1. 00 8.64
1. 04 4.64
8. 21 4.54
1. 00 4.54 4.0
f. 94 13.54
90. 0e 1.00
0. 65 1.10 4.64 0.22 4.75 1.08 4.75
4. M 0.97 13.50
98. 80 1.se 0.70 1.19
4. 64
8. D 5.18
1. 00 5.18 5.29
f. H 1 3.54
90. N 1.00
0. 75
1. 33 4.44 8.27
5. 43 1.M 5.83 5.93
f. W 11 50 98.00 1.00 0.N 1.%
4. 44
0. 2 L SI 1.N L 91 6.94
1. N
13. 54
68. 00
9. 83
0. 50 1.N 4.44 0.24 5.18 1.M
4. 3f 4.44
f. 9?
13. 9 64.00
0. 83
0. "~

1.01 4.44 0.24 5.18 1.pe

4. 30 4.49
f. %

13.56

64. 00 0.83 0.64
1. 04 4.44 0.25 5.44
1. fo
4. 44 4.63
0. 97 13.54 W. 00 0.83
8. 65 1.10
4. 64 0.26
5. 62 1.N 4.66
4. H f. 9' 13.54
64. N
8. 43 9.70 1.19
4. 44 8.29 6.26
1. 0f 5.20
5. 29
f. 96 13.58
64. 00 8.63
p. 75 1.33
4. 64
8. 32 6.91 1.te 5.74 5.13 0.97 13.50 64.00 0.43
0. N
1. %

4.44

8. 30 8.21 i.N L 11
6. 9/.
f. %

115e 45.00

0. H
0. M 1.0e 4.44 0.31 L 79
1. pe 4.29 4.44
f. 9e 1154
45. N
f. 64 0.55 1.01 4.44 9.31 L 70 1.N 4.29 4.49
0. 9' 13.54 45.88
8. 4
0. 68 1.94 4.44
8. R 6.91 1.M 4.42
4. 63
f. W
13. 50 45.90
0. H 0.65 1.10
4. 64
8. 34 7.34
1. N 4.79
4. M
t. 9t
13. M
45. N
8. H
8. 70 1.19
4. 64 8.37 7.99
1. 00 5.11 5.29 f.17 13.54
45. N 0.H 0.75 1.33 4.44 0.42 1.07 1.N 5.01 5.13
f. 9C 13.5f
45. N
0. 64
0. N 1.E 4.44 8.64 10.37
0. 9p 6.64 6.81 0.98 13.58 30.N
0. 64 0.54 1.M 4.44
0. 44 10.37
0. 96 4.15
4. 36 8.95

y,.,

g it 01 P-g -_R.9,o I L 4.1

.......:... sb](+

2,

( ' %.-.-

PIPE SLA)A1 LorA STRESSES 5f7f C N.G: $ OF Y EROW TE'TA

'!/Ka' IETA C;

Ja, m

rano vi Yp Vp Vo(att)/

(ACTIMil R.LO&- Vptall M (DEGI ABLE i

(KSil (KS!!

(K'ill

(=14. 4 (KS!)

.=

13.5e 30.N 0.44 4.55 1.01 4.44 8.49 18.58

8. 96 4.23 4.38 0.97 13.50 30.N
8. 44
0. 64
1. 64 4.44
0. 50
14. 60
9. 97 4.32 4.49 0.%

1 13.50 30.00 0.44 0.65 1.10

4. 44
0. 53

!!.45 0.%

4.58

4. M
0. 96 13.50
30. 00 0.44 0.70 1.19 4.44 8.%

12.19

0. 94 4.84 4.97 8.97 13.50
30. 0F 0.40
0. 75 1.33 4.44
8. 61 13.18
8. 92 5.27 5.42
f. 97 13.50 30.00 8.44
0. N 1.56 4.44 4.69 14.90
9. 88 5.%

Lee

0. 98 12.00 St. If 1.80 8.54 1.80
5. II 8.23 4.97 1.00 4.97
5. 80
8. 99 12.00
90. 00
1. 00 8.55 1.01
5. 00 4.ff3 4.97
1. 00 4.97 5.05
0. 96 IL 80
90. 00
1. 00 8.64 1.e4
5. 00 8.24 5.18
1. 00 5.18
5. 21 1.fe 12.00 90.00 1.00 0.65 1.10
5. 00 0.25 5.44 1.00 5.44 5.49 0.Se i

12.00 90.00

1. 00 0.78 1.19
5. 00 8.27 5.63
1. 00
5. 83 5.95 0.%

12.00 90.00

1. 00 0.75 1.33
5. 00
9. 30 L 48
1. 00 6.48 L 67 0.17 12.00 90.00 1.40 0.80 1.56
5. 00
6. 35 7.%
l. 00 7.%

7.81 0, 97 12.00

64. 00
0. 83 0.50
1. 00 5.00 9.27 5.83
1. 00
4. 84 5.00 0.97 Iles 64.00
8. 43
8. 55 1.01
5. 08 8.27 5.83 1.00
4. 84
5. 05 0.%

12.00

64. 00 0.83 0.64
1. 64
5. 00 8.26 L85 1.00 5.02 5.21
0. %

12.00

60. 00 8.83 0.65 1.10
5. 00
8. 30 L 48 1.00 5.38 5.49 0.%

12.00 60.00

8. 43 0.79 1.19 5.00
9. 32 L91
1. 00 5.74 5.95
0. %

12.00 64.00 L 83

0. 75
1. 33
5. 00 8.36 7.74 1.fle 6.45 6.67 0.97 12.00
60. 00 8.83
0. 80 1.56
5. 00 0.43 9.29 1.M 7.71 7.81
0. 99 Iles 45.00
0. 64 4.50 1.00 5.0P
4. 35 7.%
l. 00
4. 84
5. 00 0.97 12.00 45.00
0. 64 4.55 1.01
5. 00
6. 35 7.%

l.00

4. 84 5.05
0. %

12.00 45.00

0. 64
8. 60
1. 64
5. 00 8.37 7.99 1.00 5.11 5.21 0.98 12.00 45.00
8. 64 8.65 1.18
5. 00
6. 39 4.42

!. 01

5. 39 1 49
8. 98 12.00 45.00
8. 64 6.76 1.19 5.06
0. a.2 9.07 1.00 5.81 E 95
0. 98 12.00 45.00 0.64 4.75 1.33 5.M 0.47 10.15
0. 95 6.54 L57
8. 99 1L 00 45.00
9. 64 8.80

.l.E 5.00

0. 53

!!.45 4.%

7.33 7.4 8.%

12.80

30. 00
0. 44 0.54
1. 00 5.00 0.53

!!.45 8.%

4.58 4.70

0. %
12. 00
30. 00
0. 44 8.55 1.01 5.00
6. 54 11.66 0.95 4.67
4. 80 0.97 12.00
38. 00
9. 44 0.64 1.04
5. 00 0.55 11.88 0.95 4.75 4.92 0.97 12.00
30. 00
0. 44 0.65 1.10 Ele 8.58 12.53 0.93 5.01 5.11
0. 98 12.00
30. 08
0. 44 4.78 1.19 5.00 9.61 13.10
0. 92 5.27 5.45 0.97 12.00
30. 00 6.44 4.75 1.33 5.00 0.M 14.26 8.89 5.70 5 91 0.%
12. 00
30. 00 0.44 0.84 1.%
5. 00 9.75 16.29 0.85
6. 44 6.64 P. Se 11.00
90. 00
1. 00
6. 50
1. 00 5.45 8.25 5 48 1.N 5.44 5.45
f. 99 11.00 ~ 90. 00
1. 00 0.55 1.01 5.45 0.25
5. 4e 1.00 5.44 5.51
0. 98
11. 00 9P. N 1.te 0.64
1. 64 5.45 9.26 5.62 1.f*
5. 62 5.68
f. 99

!!. 00

90. 00
1. 00 9.65 1.10 5.45 8.27 E83
1. N 5.43 5.99 0.97
11. 00
90. 00 1.te 8.70 1.19 5.45 8.30 6.48 1.te L 44 6.49
1. fe l

11.00

90. 0P 1.00
4. 75
1. 13 5.45
0. 33 7.13
1. 00 7.13 7.27
s. 98 11.00
90. 00 1.00 0.84
1. %

5.45 0.39 0.42 1.N

4. 42 8.52 D. 99
11. 00 f4. 00
0. 83 4.M
1. 00 5.45 0.30 L 48 1.00 5.38 5.45
0. 99
11. 00 6d. 00 4.83
4. 55 1.01 5.45
0. 30 6.48 1.N
5. 38 5.51 P. 9e

!!. 00

60. 00 0.83 0.64
1. 94 5.45 0.31 6.79 1.00
5. %

5.68

0. M 11.00
64. 00
0. 83 0.65 1.10 5.45 0.33 7.13 1.N
5. 92
5. 99
9. 99
11. 00 64.00 0.83 0.70 1.19 5.45 0.35
7. %

l.00 6.27 6.49

f. 9)
11. 00 64.Se
0. 83 0.75
1. 33 5.45 0.44 0.64
1. N 7.17 7.27 0.99
11. 00
64. 09
0. 83 8.84 1.%

5.45

0. 4 9.94 0.99 8.25 0.44
0. 98
11. 00 45.00
0. 64 0.54 1.00 E 45
0. 7.1 0.42 1.00 5.39 5.45
p. 99
11. 00
45. 00
0. 64 0.55 1.01 5.45 0.39
4. 42 1.00 5.39 5.51
9. 96

T..****,,.

} } f. E? - f. O ~7 0 f Y \\g j

3

)

\\

iA_J ~ 17V37 tim SLMRT LOCAL STRESSES

_/M shlth 6

~+ '

GApp@

TM'1A 1/KB' BETA d ' O tlRSICIT -tft--

Fa4b 0-Yp Vp vo tact u (ACfDG) SLLG4-Yp(alle=1 Alti (DW (KSI)

(K$ll (K51) (el4.4 (KSil

. - -.===

====r======== m,

i======= ===

.. - ~

11. 0f 45.00
0. 64 0.64
1. 44 5.45
9. 40 8.64

.00 5.53 5.68 0.97 11.00

45. N
0. 64
0. 65 1.10 5.45 0.43 9.29

. 80 5.94 5.99 0.M 11.00 45.00 0.64 0.70 1.19 5.45 0.46 9.94

0. 99
6. 36 6.43
0. 9)
11. 00
45. W
0. 64 0.75
1. 33 5.45 0.50
10. M 0.97 6.91
7. 05
0. 96
11. 00 45.08
0. 64
0. 8e 1.%

5.45

0. 57 12.31
0. 94 7.88 7.97
0. %
11. 00 30.mf 0.44 0.50
1. 00 5.45 0.57 12.31 0.94 4.92 5.10 0.97
11. 00
30. 0P
8. 40
9. 55 1.01 5.45 0.58 12.53 0.93 5.01 5.12
0. 98 11.00 M.N
0. 40 0.64 1.H 5.45 8.64 12.%

S. 92 5.18 5.23

0. 99

!!.00 30.00

0. 40 0.65 1.10 5.45 8.62 13.39 8.91 5.36 5.45
0. %
11. 00
30. 00
0. 44
0. 70 1.19 5.45 0.66 14.26 0.09 5.70 5.78
0. M 11.00 30.00
8. 44 0.75
1. 33 5.45 0.70 15.12 0.87
6. 05 L33
0. %

ll.tr 30.N

0. 44 0.80 1.56 5.45 0.88 17.28 8.82 6.91 6.99 0.99
10. 00
90. 00
1. 00 0.54
1. 00
6. 00 0.28 6.05
1. 00
6. 05 6.00 1.01
10. 00 90.00 1.00
8. 55 1.01
6. 00 0.28 L OS
1. 00
6. 05 LE I.N 10.00
90. 00 1.00 0.68
1. H L IO 8.29 L 26 1.00 L 26 L 25 1.00
10. 00
90. 08
1. 00 0.65 1.10 6.00
0. 30 L48
1. 00 L 44 6.59 0.98

!s. 00 90.00 1.00 8.70 1.19 L00 L13 7.13 1.00 7.13 7.14

1. 00 10.00 90.00
1. 00 0.75 1.33 0 00 9.37 7.99 1.00 7.99 8.00
1. 0f
18. 00
90. 00 1.00 0.80 1.%

6.00 0.43 9.29 1.00 9.29 9.38

0. 99 10.00
68. 00 0.83 0.50 1.00 0 00 9.33 7.13 1.00 5.92 Lee I.M
18. 00 W. 00
8. &3 0.55 1.01 000 0.33 7.13 1.00 5.92
6. E 0.96 10.00
64. 00 0.83
0. 68
1. H
6. 00
4. 35 7.56
1. 00 L 27 L 25 1.00
18. 00
64. 00
0. 83 0.65 1.10 L 00 0.36
7. i8 1.00 L 45 L 59 0.98 10.00
68. 00
0. 43 0.70 1.19 6.00
0. 39 8.42 1.00 L 99 7.14 0.90
18. 80
64. 80
8. 83
8. 75 1.33 L 00 8.44 9.58
1. 80
7. OS
8. 80 8.99 10.00
68. 00
0. &3 0.84 1.%

L ee 8.54 10.84 0.97 8.%

9.99

0. 99 l

18.00 45.00

8. 64 0.54 1.00 Lee 0.41
8. E 1.00
  • 67 LN
0. 94 l

10.00 45.00

0. 64 8.55 1.01
6. 00
0. 42 9.07
1. 00 5.81 LN
0. %

18.00 45.00

0. 64 0.64 1.H 6.00 0.43 9.29 1.00 5.94 6.25
0. 95
10. 00 45.00 0.64 8.65 1.10 6.00 0.44 9.54 1.00 L t8 L59
0. W
18. 00 45.00
0. 64 8.70 1.19 0 00
0. 58 10.80 0.97
6. 91 L 93
1. 09 18.00 45.00
0. 64 0.75
1. 33 6.00
0. 53

!!.45 0.%

7.33 7.64

0. %
14. 00 4 5. 00
0. 64
8. 84 1.S L 90 8.68
12. %

0.92 8.29 8.63

0. %

10.00 30.00 0.40 0.54 1.00 6.00 0.64

12. %
0. 92 5.18
5. 5?
8. 94 10.00
30. 00 0.40 0.55 1.01
6. 00 8.63 13.61 0.91 5.44
5. 48
f. 99
10. 0P 30.00
0. 40 0.64 1.H
6. 00
0. 64 13.82 0.99 5.53 5.63 0.96
10. 00 30.00
0. 44 8.65 1.10
6. 08 0.67 14.47
p. 89 5.79 5.84 f.%
10. 00
30. 00 0.44 0.70 1.19 6.00 0.70 15.12 0.87 L g5 6.21 0.97
10. 00 3P. 00
0. 44
8. 75 1.33
6. 00
0. 75 1L 20 0.85 L48 L 76
0. %
10. 00
30. 00
0. 44 0.86
1. %

6.00 0.82 17.71 0.81

7. 08 7.59 0.93 9.00
90. 00
1. 00 0.50 1.0e L 67 8.39
6. 48
1. 00 L48 L 67
f. 97 9.0e
90. 00
1. 00 0.55 1.01 L 67 8.31 6.70 1.te L 70 L73 0.99 9.00 90.00
1. 00 0.64
1. H 6.67
0. 32 6.91 1.00
6. 9) 6.94 1.N 9.00 90.00 1.00 0.65 1.19 6.67 0.33 7.13
1. te 7.13 7.33 0.97 9.00 90.00 1.00 0.79 1.19 L 67 0.36 7.74 1.00 7.78 7.94
0. 9e
9. 00 90.00 1.00 0.75
1. 33 L 67 0.44 8.64
1. N 8.64 8.89 9.97 9.00 90.00
1. 00
0. 8e
1. %

L 67 8.47 10.15 0.99 16.15 10.26

0. 99
9. 00 60.00 0.83 0.54 1.00 L 67 0.37 7.99
1. N L63 6.67
1. N 9.00
64. 00
0. 83 0.55 1.01 L 67 8.37 7.99
1. N
6. 63 6.73 0.%
9. 00 64.00
0. &3 0.64
1. H 6.67
8. 38 8.21 1.00 6.81 6.94
0. 96

..kW.- e.-hp29 OD Y

. f4d..... ( 3 Y

NE SLETORT LCEAL STRESES PAbE _i.

7 GW TETA

'l/KP' K7A n i o.w U1 Fa*Fb Of Vp Vp Vo(attu (AC71 0 R.L0te Vptall w ABLE (DES)

(KSI)

(KSI)

(KS!!

(,14. 4 (KSI)

... _. - = = = = = = - - w_-

9.N

64. M
0. 83
8. 65 1.10 6.67 8.40 8.64
1. N 7.17 7.33
0. %

9.fe 64.te

0. 83 0.70 1.19 6.67 0.44 9.50 1.00 7.89 7.94
0. 91 9.00
68. 00
0. 43
8. 75 1.33 L 67 8.48 10.37
0. 98 8.61
8. 71
0. 93 9.00 68.00 0.83 8.M

!. 56 L 67

0. 54 11.66
0. 95 9.68 9.90 0.96 9.00 45.00
0. 64
8. 50 1.00 L 67 8.47 10.15 8.99 L54 L 57
0. M 9.00 45.00 0.64 8.55 1.01 6.67 0.47 10.15 0.M 6.54 6.63 0.96 9.00 45.te
8. 64 0.64 1.M L 67
8. 48 10.37 0.98 6.64 6.81 f.Se 9.00 45.00 0.64
8. 65 1.10 6.67 0.54
10. M 8.97 L 91 7.!!

9.97

9. 00 45.00
8. 64 8.70 1.n L 67
8. 54 11.66 0.95 7.4 7.54 0.99 9.00 45.00
0. 64
8. 75 1.33 6.67 0.59 12.74 0.93 8.16 8.22
0. M 9.00 45.00
0. 64 4.M 1.56 L 67 8.66 14.26 8.89 9.12 9.27
0. %
9. 00
30. 00 0.40 0.54
1. 00 L 67 0.67 14.47 8.89 5.79 5.90
0. 96 9.00 30.00
0. 44 8.55 1.01 6.67 0.68 14.69
0. 88
5. 88 5.93
8. 99 9.00
30. 00
0. 44 8.64
1. H 6.67 0.69 14.90 S.M 3.%

6.08

0. 96 9.00
30. 09
8. 44
0. 65 1.10 6.67
0. 71 15.34 8.87 Ll3 6.34 0.97 1.0e 38.00 9.40 0.70 1.19 6.67 0.76 16.42
8. M 6.57 L67 4.96 l

1.00

38. 00
8. 44 8.75 1.33 L 67
8. M 17.28
8. 82 L91 7.29
8. 95 l

5.00 30.00 0.44 0.M 1.56 L67 8.90 19.44 8.77 7.78 8.82 0.97 i

L18 90.00

1. 00 0.54 1.09 7.50
0. 34 7.34 1.0e 7.34 7.5e 0.96 l

LIO 98.00

1. 00 8.55 1.01
7. 54
0. 35 7.56
1. 00 7.56 7.58 1.00 L ee
90. 00

.l. 00 8.64 1.H 7.50 0.36 7.78

1. 00 7.70 7.81
1. 00 L et
90. 00 1.00 0.65 1.10 7.54
0. 38 8.21
1. 0f 8.21 8.24
1. 09 L G8 90.00 1.00 8.78 1.19 7.54 0.41 8.86
1. 00 8.86 A 93
0. 99 L GB
98. 00 1.00 0.75
1. 33 7.54 L 45 9.72
1. 00 9.72 9.95
0. 96 LII
90. 00
1. 00 0.M 1.56 7.54
8. 51
11. 02 0.97
11. 02
11. 31 0.97 A ge 64.00 0.83 0.54 1.00 7.54 0.41 8.E
1. 00 7.35 7.54 0.9e L OS
64. 00
0. 83 0.55 1.01 7.58
8. 42 9.07
1. 00 7.53 7.58
0. 99 8.00
64. 00
0. 83 0.64
1. 84 7.50 0.43 9.29
1. 00 7.71 7.81
0. 99 L OS 64.00
8. 43
8. 65 1.10 7.54 8.45 9.72
1. 09 4.07 8.20
f. 96 8.00 64.00 0.83 0.78 1.19 7.54
8. 48 10.37
8. 98 8.61
8. 75
0. 96 Les 64.00
0. 83
0. 75
1. 33 7.54
8. 53 11.45 8.%

9.54 9.55

8. 99 L 90
64. 00
0. 83 8.80 1.56 7.54 0.64 12.%

0.92 10.76 10.78

1. ft 8.M 45.00 0.64 0.58
1. 09 7.5e 0.51 11.82 0.37 7.05 7.24
f. 97
8. 00 45.00 0.64 0.55 1.01 7.54 0.52 11.23 0.%

7.19 7.27

0. ?3 Lee 45.00 8.64 8.64
1. e4
7. 50 8.53 11.45 0.%
7. 33 7.46 f.9a
8. 00 45.00 0.64 0.65 1.10 7.54 8.55 11.88
8. 95 7.68 7.79
0. 9e l

8.00 45.00

0. 64 8.70 1.19
7. 50 0.59 12.74
f. 93 8.16 8.26
f. 99 l
8. 00 45.00 0.64 8.75 1.33 7.5e 0.64 13.82 0.90
8. 85 9.0e
0. 96
8. 00 45.00
0. 64
4. M 1.56
7. 5e 0.72 15.55 0.E 9.95
10. N P. 99 A tt
30. 00 0.44 0.54 1.00 7.50 0.73 15.77 0.E 6.31 6.41
0. 96 8.00
39. M
0. 44 0.55 1.01 7.50 0.74 15.96 8.85 L 39 6.44
f. 99 8.09
30. M 0.40
0. M i..

7.54

0. 75 is. 2.
0. 85
6. 48
6..

P. S.

l 8.00

39. 00 0.48 0.65 1.10 7.5e 0.78 16.85 0.83 L 74
6. 84
f. 95 l

4.00

30. 00
9. 44 8.78 1.19 7.50 0.82 17.71 0.81 7,88
7. 2j
f. 98 l

8.00

36. 90 0.44
8. 75
1. 33 7.54 0.88
19. fi
s. 78 7.68 7.88
f. 97 8.0e
30. 00 0.44
0. M l.56
7. 5#

4.98 21.17 0.73 8.47 8.55

f. 99 7.00
90. 00
1. 00 0.54
1. 90 8.57 0.39 L 42
1. ge 8.42 8.57
f. 96
7. 00 90.00 1.00 0.55 1.01 8.57
0. 40 8.64
1. 0P 0.64 8.66
1. 09
7. 00
90. 00 1.04 0.64 1.H 8.57 8.41 8.E 1.00
8. %

8.93

f. 99 1

7.00

99. 00 1.00 0.65 1.10 8.57 0.43 9.29
1. 00 9.21 9.42
0. 99 l _ _,. -._-.

~- - --'~'~~~~

~~~

% t'

'. V.

f..'

P A 5. g

9. cP7C ^ O. I)/ _

n 7

s O

t

..;i.

4 q.

b

~7 DIPE SL5TOA1 L(IA STRESSES k 'If i'.' "A

& Ch %

GmW T474

'l/KP' IE1A

' P ' O 7, m W

Yp Vp Ypfacti/

(ACTIC) ALL(he-vpf alic.i AILI (t(6)

(KS!!

(ASI)

(kS!!

(* 14. 4 (KSil

7. te 90.N
1. 00 0.70 1.19 8.57 0.46 9.94
0. 99 9.94 10.10
0. 98 7.00 9e. 00 1.00 0.75 1.33 8.57 0.50
10. 80 0.97 10.80

!!.99 0.97 7.00 90.09

1. 00
0. 88 1.56 8.57 0.55

!!.48 0.95 11.86 12.66

0. 94
7. 00 P.W 0.83 0.50 1.00
8. 57
8. 46 9.94 0.99

-4.25 8.49 8.97

7. 00
60. 00
0. 83
0. 55 1.01 8.57 0.47 10.15 0.99 4.43 8.53 0.99
7. 00 60.00
0. 83
0. 68
1. 04 L 57 0.48 It.37 0.98 L61 8.75 0.98
7. 00
60. W
0. 83
0. 65 1.10
8. 57 0.54
10. H 0.97 L%

9.14

9. %

7.00

60. 00 0.83 0.70 1.19 8.57 0.53 11.45
0. %

9.50 9.74

0. 98
7. 00
60. 00
0. 83 0.75 1.33 L 57 0.57 12.31 0.94 10.22 10.69 0.%
7. 08 H. 00
0. 83 0.00 1.56 8.57 0.65 14.04 0.90 11.65 11.99 0.97
7. 00 45.00
0. 64
0. 50
1. 00 8.57 0.57 12.31
0. 94 7.88 8.01
0. %

7.00 45.00

0. 64 0.55 1.01 8.57 0.58 12.53 8.93
8. 02 8.05
1. te 7.00 45.00 0.64 0.60
1. 04 L 57 0.59 12.74 0.93 Ll6 8.26 0.99
7. 00 45.00
0. 64
0. 65 1.10 L 57 0.61 13.18
0. 92 8.43 8.62 0.98 7.00 45.00
0. 64 0.70 1.19 8.57 8.65 14.04 0.90 8.99 9.13 0.98
7. 00 45.00
0. 64
0. 75
1. 33 8.57
0. 71 15.34 0.07 9.82 9.89
0. 99 7.00 45.00
0. 64
0. 80 1.56 8.57
0. 77 16.63
0. 84 10.64 11.18 0.95 7.00
30. 00
0. 40 0.50
1. 00 L 57 0.80 17.20 0.82 6.91 7.83 0.98
7. 0F
30. 00 0.40
0. 55 1.01 L 57 8.81 17.50
0. 82 7.00 7.06 0.99
7. 00
30. 00
0. 40
0. 60
1. 04 L 57 0.42 17.71 0.81
7. 08 7.23
0. 98 7.00 30.08
0. 40 0.65 1.10 8.57
0. 05 18.36
0. 80 7.34 7.49
0. %

7.00

30. 00
0. 40 0.70 1.19 8.57
0. 90 19.44 0.77 7.78 7.06 0.99 7.00
30. 80
8. 40 8.75
1. 33 L 57
8. 95 20.52
8. 75 L 21 8.51 8.%

7.00

30. 00
0. 40
0. 80 1.56 8.57
1. 00 21.60 0.72 L 64 9.64
0. 90 6.00
90. 00
1. 00 0.50
1. 00 10.00 0.45 9.72
1. 00 9.72 9.95
8. %
6. 00
90. 00
1. H 0.55 1.01
10. 00 0.4 9.94 0.99 9.94 10.00
0. 99 Lee 90.00
1. N 0.60
1. 04
10. 00 0.47 10.15 0.99 10.15 10.26 0.99 L OS 90.00
1. 00 0.65 1.10
10. N
0. 48 10.37
8. 98 10.37 10.77
0. %

lie

90. 00
1. 00 0.70 1.19
10. 00 0.51 11.02 0.97 11.02 11.49
0. %
6. 00
90. 00
1. 00 0.75
1. 13 10.00 0.57 12.31
0. 94 12.31 12.47
0. 99 L OS
90. 00
1. 00 0.80 1.56 10.00 0.60 12.%

L 92 12.%

14.38

f. 99 Lee 60.00
0. 83 0.50 1.00
10. 00 0.52 11.23
0. %

9.32 9.60 0.97 L 00

60. 00 0.83 0.55 1.01
10. 00
0. 53 11.45
0. %

9.54 9.65

f. 99
6. 02 60.00 0.83
0. 60
1. 04
10. 00
0. 54 11.66 0.95 9.68 5.N
f. 95 L ee
60. 00
0. 83 0.65 1.10
10. N 0.55

!!.88

0. 95 9.86 10.36 8.95
6. 0P
60. 00
0. 83 0.70 1.19
10. 00 0.64 12.%

0.92 10.76

10. 95
0. 98 0 00 60.00
0. 83 0.75
1. 33
10. 00
0. 65 14.94
0. 98 11.65 11.93
0. H L 00
60. 00 0.83 0.80 1.56
10. 00 0.69
14. 90
0. 88 12.37 13.67 0.99 6.00 45.00
0. 64 0.5e
1. 00
10. 00 0.64 13.82
0. 90 L 85
9. 00 0.98 6.Se 45.00 0.64 0.55 1.01 10 M 0.65 14.04
0. 90 L99
9. 04
f. 99 6.00 45.00
0. 64
0. 60
1. 04
10. 0P 0.66 14.26 0.09 9.12 9.27
9. %

L ee 45.00 0.64 0.65 1.10 10.00

0. 68 14.69 0.88 9.40 9.67 8.97 6.00
45. 00
0. 64 8.70 1.19
10. 0p P. 72 15.55 0.86 9.95 19.24
f. 97 l
6. 0e 45 W 0.64
0. 75
1. 33 le.N
0. 77 16.63
0. 84 10.64 11.13
f. %

6.00 45.0e 0.64 0.80 1.56

10. 00 0.82 17./l 0.81 11.34 12.66
f. W 6.00
30. M
0. 40 0.50
1. 00
10. M
0. 88 19.01 0.78 7.64
7. N
f. 97 L ee
30. 00
0. 4P 0.55 1.01 IB. M 0.89 19.22 0.78 7.69 7.83
0. 96 6.04
30. 00
0. 40 0.64
1. e4 le. M
0. 91 19.66
0. 77 7.86 7.97 8.99 L ee 30.00 0.40 0.65 1.19
10. M
0. 94
20. 30
0. 75 L 12 8.24
0. 99 l

Lee 30.00

0. 40 0.70 1.19
10. M
0. 98 21.17 0.73 8.47 8.69
f. 97

e.--

-? Y

h..:

.~

[k

,3f7[

NPE SL5 TORT LOCAL STRESSES

~

Pt.GE _ L OT " _.

G400 T)fTA

'l/KB' ETA 00 VPtum

,^

Vp Yp Yp ta:t v f'CIING) 41Che-YplallW AILI (K6)

(KS!)

(MSI)

(K$j) (e 3 4. 4 (KSI)

==rsewan===sweses

. ar=======s.

esser 6.le 30.S8 8.40 8.75

1. 13 10.le 1.le 21.64
8. 72 8.64 9.64
0. 90 6.54 30.00 0.44 0.M 1.E

' 10.00

1. 00 21.64 8.72 8.64 11.25 0.77
5. 00
90. 00
1. N 0.50 1.80 12.00 0.52 11.23 0.%

11.23 II.52 0.99 5.00 90.00

1. 00 0.55 1.01 12.00 0.53 II.45
8. %

11.45 11.58

0. 99 1 00
90. 00 1.00 8.60
1. H 12.00 S. 54

!!.66 4.95

!!.66 11.48 0.%

5. 00 90.00
1. 00 0.65 1.18 12.00 8.56 12.10 0.94 12.10 12.44
0. 96
5. 08 90.00
1. 00 8.70 1.19 12.00
0. 64
12. %
0. 92 12.%

13.14

4. 93
5. 00
90. 00
1. 00 9.75 1.33 12.00 8.68
12. %

0.92 12.%

14.44 0.90 5.00 90.00

1. 00 8.88 1.56 12.00 8.64
12. %
0. 92 12.%

14.44

0. 90 5.00 60.00
0. &3 0.58
1. 00 12.00
9. 64 12.%
0. 92 18.76 ll.H 0.97 5.00 64.00
0. 83 0.55 1.01 12.00 8.61 13.18
8. 92 10.94
11. 09 0.99
5. 00 64.00 0.83 8.64
1. H 12.00
0. 62 13.39 8.91 11.12 11.38
8. 98 5.00 60.00
0. 83 0.65 1.10 12.00 0.65 14.M
8. 90

!!.65 11.88

0. 99 5.00 64.00
0. &3 0.70 1.19 12.00 0.69 14.90
9. 88 12.37 12.50 0.99
5. 80
64. II
8. 83
8. 75 1.33 12.80 9.69 I4.90 8.88 12.37 14.80 8.88 5.00
64. 00
0. 83 8.80 1,56 12.00 0.69 14.90 0.88 12.37 14.40 0.46 5.00 45.00
0. 64
8. 58 1.00 12.00 0.73 15.77 0.86 10.09 10.26 0.96
5. 00 45.00
0. 64 8.55 1.01
12. 00 0.74 15.98
0. 85 10.23 10.30 0.99
5. 00 45.00
0. 64
8. 68
1. M 12.00
8. 75 16.20 0.85 10.37 10.56 8.9a 5.00 45.00
0. 64 0.65 1.10 12.80 8.78

!&.45

8. 43 10.78 10.95 8.99 5.00 45.00
0. 64
6. 70 1.19 12.00 0.83 17.93 8.81 11.47

!!.54 1.00 5.00 45.00

8. 64
8. 75
1. 33 12.00 8.83 17.93 0.81

!!.47 12.88 0.49 5.00 45.00

8. 64
8. 80 1.56
12. 00
8. 63 17.93 8.81

!!.47 14.48 0.00 5.00 30.00 8.44 8.54 1.00 12.00 0.99 21.36 8.73 4.55 8.70 0.96 5.00 30.00

4. 44 S. 55
1. 01 12.00
1. 00 21.68
8. 72
4. 64 8.73 0.99
5. 00
30. 00 0.44 - 0.64
1. H
12. 00
1. 00 21.64
8. 72 4.64 9.00
0. %

5.00

30. 00 8.44 0.65 1.30 12.00 1.00 21.64 8.72 8.64 9.49 0.91 5.00
30. 00
0. 44
8. 70 1.19 12.00
1. 00 21.68
8. 72 8.64 10.29 8.44
5. 00 30.00
0. 40 0.75 1.33 12.00 1.00 21.64 0.72
4. 64 11.52 0.75
5. 00
30. 00
0. 44
6. 88
1. %

12.00 1.00 21.64 0.72 4.64 13.54

0. 64 l

l e

l l

l l

1

ATTACHMENT 2 (DAP-E-P-070)

(1)

LOTUS 1-2-3 Results for 10 sheets Tables 4-13.5A through 4-13.5J (2)

LOTUS Spreadsheet Cell Definition 1 sheet 11 sheets O

E N V -02 *$

OV2 TARE 4-13. S I

8M

9. 5 0.68 0.65
p. 7p p,75 g, g, g, g$

On 1, w 1, pj 3, p j' I' 3 19 1.33 1.56 1.96

==i s

. -ems...w.em..mm 4.1875 IWI 793.13 710.23 732.42 772.66 837.95 137.58 IF18.63 1378.68 IW l S. k7

8. H 8
9. k9 F. tS2
4. 9%
0. M3 0.674
4. 993 0.25N IFWI 937.50 946.97 976. % It30.22 1116.07 1254.N 1464.84 1838.24 IW I
t. E3
9. M4
9. M6
8. P69 B.975 4, N.4 0.999 4.124 8.3125 IFWI !!71.M !!83.71 1228.78 1287.77 1395.99 1562.'A 1831.05 2297.79 iW I S.479
8. hep
t. 062
4. N 7
4. 934 4.Its 4.123 4.155 8.375e IW 1 14M.25 1629.45 1464.M 1545.33 1674.11 1875.00 2197.27 2757.35 IW l G.P95 8.P96 0.P99
8. lH 8.!!3 0.126 0.148 0.1M t.5fW IFW1 1875.M 1893.94 1953.13 2064.64 2232.14 25M.M 2929.69 3676.47 IW l 4.126 0.126 0.132 0.139
8. I'd
4. 168 0.197 8.268 l

l CONTPOL ID. I.O g

94 f-E. P 070 l BOA I C'.Y V,iO 6 U O TC VLhir:EU[BY/O 7E

[2f[

7 b

l PAGE I OF ll i

N 1

l l

l l

l

\\

l i

""====*"== 8 r=== === m mum ===...mm. m m m m.,,,,m m,,,,

1 7AiLE 4 13.51' M*

14.00 Mi S.M 0.55 0.67 0.65 0.79

p. 75 p.8e 0,05 De i 1.fe 1.31
1. e4 1,33 1.39
1. 33 1.56 1.%

te 1

I&-

--===============,.====m.m,,,,,,,

0.1875 I W I 8f 3.57 811.69 837.05 8a3. 6',

956.63 1871.43 1 5.58 195.63 IW l

0. P'4 e.f55 9.P56
8. P59 8.864
8. 972 8.085
8. IE 0.2*M INI 1971.43 !$&?.25 !!!6.07 lin.39 1275.51 1428.57 1674.!! 210e.84 IW I 0.072 L 873
0. 875 0.979
0. M6
0. t%

0.113 0.nl 8.3125 1W 1 1339.29 1352.81 1395.99 1471.74 1594.39 1785.71 2992.63 2(26.05 IW l

0. P90
0. P91
0. 994
0. P99 0.107 0.120 0,141 0,j77 0.3758 I W I 1687.14 1623.38 1674.!! 1766.99 1913.27 2142.86 2511.16 3151.26 IW l
0. l M 0.1P9 0.113 0.!!9 0.129 0.144 0.169 0.212 i

l 6.580P I W I 2142.86 2164.58 22 2.!4 W.79 2551.t? 2857.14 3348.21 4291.68 IW I S. 1 44 8.146 0.1W 0.159 8.172 8.192

8. M6
0. 2M

\\

l i

f i

1

.. -.- ~ m l

...i..

t i 9.L&.5.-2:.21%bLL.

l n..+

- en p

FA:iE I OF - !i l

l

\\

l

n..

merm an m.mm m.-n.mnum a n..unen..m TAM 4 13.5C 6p**

12. #

SO A I

?.be

0. 55 0.64 0.65
8. 7%
0. 15 4.80 0.85 Ob i 1.#

1.01

1. 84 1.19 1.19 1.33
1. %
1. %

te I

_ l e==ar noen===arese==runusr======asummesm.mni minarn, mums.

0.1875 IFVI 937.5e 946.57 9.'6. 56 1839.22 !!!6.07 1250.M 1464.64 1838.24 IW I 0.863 6.f64

8. 866
8. M9
8. 975
8. 884
8. P79 9.124 0.25# IFVI 1250.N 12f2.63 1382.M 1373.63 1462.19 16U,. 67 1953.13 2454. %

IW I 0.A64 0.865

f. M8
8. P93
0. !N 0.112 8.132 0.165 0.3125 IFW' 1 52.50 1578.28 1627.60 1717.83 1867.12 c'983.33 2441.41.W63.73 IW i 1.195 C.106 0.110 0.116 0.125
8. 144
6. 1 64 4.296 0.3754 IFWJ 1875. W 1893.94 19'J.13 2%7.44 2232.14 2500. M 2923.69 3676.47 IW l 0.126 0.128 8.132 0.139 9,158 0.168 0.197 0, 248 0.'.A9 IFVI 25M.W 2' 5.25 2684.17 2747,25 7376.19 3333,33 3'.E.25 4%!.%

2 iW 1 8.168 9.179 8.175 8.I85 9.21 9 8,225 8.263 8 33P 6

t t

m esmv ere

. es s m on s...s.

mv...e e

CC..,. '

.'_.._..f.f. f..- Q ~l.O. I.?. U.. C Q

l t

{

)j b

_/

...f s:.ci E oF l1 l

==== s---.... s==m e ma manm m emi m,m um m.m

. mu mm 7AR.E 4-13.50 N

13.33 3 ETA I S. 50

0. S5 0.68 8.65 8.78
4. 75
0. 8#

0.85 Db i 1.00

1. Pl
1. e4 1.19

!.19

1. 13 1.56
1. %

te I

-l

=.r==surr:1 8.1875 IW I 443.% 652.49 879.13 927.43 !W4. 72 1125.28 1318.69 1654.63 IW I 8.857 8.06?

8. 959 9.P62 I.P68 9.976
0. N9 8.!!!

8.25M IWI 1125.26 1834.65 !!72.17 1236.57 1339.62 15N.38 1758.25 2286.43 IW l I.F76

8. P71
0. P79 8.P&3
8. P9P 0.101 8.!!8 0.149 8.J125 IWI !4E.68 1429.8! 1465.21 1545.72 1674.53 1875.47 2197.82 2758.64 IW I 8.P95
8. P96 d.999 8.184 8.!!3 8.126 0.148 0.1E l

8.3758 IWI 1687.T 1764.97 1758.25 1854.E 2993.43 2250.56 2637,38 33r9.65 IW I 3 114 8.115 8.:18 0.1 25 0.135 8.152 0.178 8.223 0.5Me IW I 2250.56 2273.33 2344.34 2473.15 2679.24 30M.75 3516.58 4412.87 IW I 8.152 9.153 8.I'd 0.167 8.188 8.262 0.237 f.297

w. e.

_=

' ( C. '8 -

e P.hf..f.-6 RL.d C l

IW '

D,lY) l

..s Sl7ll9- )i Hf9L r.ur 4__ OF U l

l l

l l

l l

l

~

~

1

  • ==== " ======= ======..=. s u n e m... n. n.

7ABLE 4-13.5E N

10.67 OAI 4.M 8.55

0. 6#
p. 65
p. 7e
e. 75 g.y g,35 h1
1. M
1. pl
1. M
1. j p 1.19 1.33 1.56 1.96 te 1

el

=mm e 0.1875 I NI 1964.36 IM5. f! ItM.29 1158.64 i255.19 14M. 81 1647.43 2067.37 IW l

8. 971 0.072 0.974 8.078 0.885 f.P95 8.111 0.139 8.25N INI 14M.81 1429.01 1664.39 1544.85 1673.58 1874.41 2t E 58 2756.49 l

IW l 8.P95. t. P96 f.P99

8. ! M 8.113 0.126 0.148 8.186 i

it.3125 I NI 1757.26 1775.01 18Jt.48 1931.06 2P91.98 2343.82 2745.72 3445.61 IW I 8.118 0.129 8.123 0.130 8.141 0.158 8.'85 8.232 8.3750 I NI 2168.72 2130.82 21 % 58 2317.27 2510.38 2811.62 3294.87 4134.74 IW l s.142 s.143 0.168 0.156 s.169 a.189 e.222 e.278 0.5Ne INI 2811.62 2644.82 2928.77 3889.69 1347.17 3748.83 4393.16 5512.98 IW i 1.189 0.191 8.197 0.298 8.225 0.252 8.296

8. 371 m

...-~--3 9

... 6..?* 0.5C) b:.

i 3l-,

57birJ.]

. s..,-g "' s h li u, e=n a

    • ""*=====
  • r== ==== n em e n m

mmm,,,,,,,,,,,,,,,,.,,,

TABLE 4 13.5F W

10. N CAI 8 58 8.55 0.68 8.65 0.78 8.75
0. 8e 0.85 Ot I
1. N 1.91
1. e4 1.jp 1.19 1.33 1.56 1.96 te i

=======3 1 -

.... m====.....

mera rs-s=======.n n n a n==

0.187: IFWI !!25.N 11E.36 !!71.88 12 %.26 1339.29 15N. N 1757.81 2285.88 IW I 0.976 8.f77 8.F79

8. M3 8.P90 0.181 0.118 0.149 0.2*.4e IFWI !$N.N 1515.15 1562.58 1648.35 17as.71 2fM.N 2343.75 2941.18 IW l 0.191 8.182 0.185 8.!!!

8.129 0.135 0.158 0.198 8.3125 IFWI 1875. N 1893.94 19'3.13 2868.44 2232.14 25N.te 2929.69 M76.47 IW l 9.126 8.128 0.132 0.139 0.154 0.168 8.197

,8.248 9.3758 IFVI 2254.80 2272.73 2343.75 2472.53 2678.57 3000.N 3515.63 4411.76 IW l 8.152 8.153 0.158 0.167 0.188 8.2f2

8. 237 8.297 0.5me IFWI 38N.te 303e.38 3125.00 3296.79 3571.43 44N.se 4687.54 5882.35 IW l 8.2&?

8.2S4 8.210 0.222 0.241 8.269

8. 316
8. 3%

i l

l l

, pep esupw &*W -

c 0'.174 :'.. c f. ' i N

95,0.g cio w t.d.C

. _. =

.f6.,..t i

g O 7/M jff V

l PAGE b OF II l

n.

n....

._...mm

...n si mummmunnn.n -nm n e TAM 4 13.5G 64*9=

9.33 BETA i 0.50 9.55 0.64 0.65 0.70

8. 75 0.8e 0.85 Ob i 1.N 1.01
1. 64 1.18 1.19 1.33 1.56
1. 96 te I

========1

..._... n n 8.1875 INI 1295.79 1217.97 12 %. 63 1325.64 1435.46 16e7.72 1864.64 2364.29 IW l

8. N1 0.8&?
8. 485
8. N9
8. P97 8.188 0.127 8.159 0.25N IFWI 1647.72 1623. % 1674.71 1766.72 1913.95 2143.62 2512.06 3152.39 IW l
8. lN 0.lP3 0.113 f.119 8.129 f.144 0.169 8.212 0.3125 IFWI 2999.65 2029.95 2993.38 2268.40 2392.44 2679.53 3164.07 3940.48 IW I 8.135 0.137
0. 141 8.149 a.161
8. 180 0.211 8.265 1.3758 IFWI 2411.58 2435.93 2512.06 2650.08 287P.92 3215.43 3768.09 4728.58 l

IW I 8.162 8.164 8.169 8.178 0.193 0.217 0.254 0.318 8.5G M IFWI 3215.43 3247.91 3349.41 3513.44 3827.98 4287.25 5424.12 6384.77 IW I 8.217 8.219 s.226 a.238 p.258 s.289 s.no s.425

r. ::. T :.

G.4. 0- (.f.0.? P (; Y,0 g '

3

~ 577/V i

. ;, c:;-,.

/72]L.

5)7lG-.;'

P;QE CF \\\\

n.

-......_..... _ __. m m m..

,m,,,,m,, m.,,,m,,,,,,,,,

IARE 4 13.5H N

8.Se SETA I 8.58 8.55 8.68 8.65

0. 78
8. 75 8.88 8.85 Ob i
1. N

!. 81

1. k4 1,18 1.19 1.33 1.56 1.%

te I

l-....--..._.._..._...mm.,,,....._...

8.1875 INI 1486.25 1429.45 1464.84 !$45.33 1674.11 1875.80 2197.27 270e.N IW I

8. 995
8. 096 8.P99 8.184 8.113 8.126 0.148 0.182 8.25N INI 1875.N I893.94 1953.13 2868.64 2232.I4 25M.N 2929.69 3600.88 IW I 8.126 8.128 8.132 8.139 8.158 0.168 8.197 8.242 8.3125 INI 2343.75 2367.42 2441.41 2575.55 279e.18 3125. N 3662.11 4588.88 IW l 8.158 8.159 8.164 8.173 0.188 8.218 8.247 8.383 8.T758 INI 2812.58 2644.91 2929.69 3P30.66 1348.21 3754.N 4394.53 5488.88 IW I 8.189 8.191 8.197 8.288 8.226 8.253 8.296 8.364 8.5N e I N I 3758. N 3787. 88 3986.25 4129.88 4464.29 5Ne. N 5859.38 72N.Se ili I 8.253 8.255 8.263 8.278
8. 381 8.337 8.395 8.485 ef

[

36e+. Q,-.

\\

.r. ' ' :

4 Q...

I p../

c..s e c, L.

i l

==.

..... = m m es m n e

=,....n - m.

m... m.....

TABLE 4-13.51 GMMs

6. N ETA i
e. 50 e.55 e.66 e.65
e. 7e
e. 75
e. 8.

e.85 Ob I

1. #

1.el

1. e4
1. le 1.19 1.33 1.56
1. %

te 1

1

.. m ssa=3= m s======.same ansr== ===.rrma surus e.le75 IW I 1875. W 1833.94 2953.13 2960.44 2232.14 25N. M 27 M.se 27ee. N IW l e.126 e.12e e.132 e.139 e.15e e.168 e.182 e.182 e.25M IN 25M.M 2525.25 2664.17 2747.25 P376.19 3M3.33 36ee.se 36ee.ee IW I e.168 e.17e e.175 e.185 e.2M e.225 e.242 e.242 e.3: a i m ai n. w 2:56.57 32:5.2 u n.e7 n n.24 u G6. 67 45.

45ee.e.

\\u o e.21.

e.213 e.21, e.231 e.nl e.nl e.x3 e.ua

..me im v5e.* 2n7.u 29 6.a un.u 4464.2s 5me.= 5.n.=

5=..

uw I e.n3 e.n5 e.e63 e.2n e.nl e.3n e.364 e.364 t

e.5m im 5=.=

5 50.5 5ne.u 549.5i 5952.x 6666.67 nm.= nn.m iw i. 3n e.us e.35:

e.m

. 4ei

...is

e. 4e

.. e l

s

(

i t

h

_3. 7

....w.e 9._' n o_lt.1 0 :.

+

1 t':~. g p ='

y / W f p

./

n PAGE I

OF

_,l l

l l

l l

- m w

.u

-u umms-m

.. n=== m.-um.

TARE 4-13.5J Bes@s 5.N DI 0.50

0. '2 0.60 0.65 0.70 0.75 0.80 0.85 Ob l
3. M 1.01
1. 04 1,lp 3,39 1.33
1. 56 1.%

te I

=r21-...._

m.m.m m-.

=

...m

=

0.1875 IFVI 2250.M 2272.73 2343.75 2472.53 2678.57 27M. M 27M. M 2700.M iW I 0.152 8.153 8.158 8.167 8.180 8.182 8.182 8.182 8.25M IFVI 3aN.M 3s30.30 3125.W 3296.70 35 1.43 36 M. M 36 M. W 36M.80 iW t 8.292 0.294 8.210 8.222 8.t41 8.242

8. 242 8.242 8.3125 IFWI 3750.80 3787.88 3906.25 4 lit.88 4464.29 4580.se 4500.80 450e.80 IW l I.253 8.255 0,263 8.278
8. 301 8.303
8. 303
8. 303 0.3750 IFVI 4'A0.M 4545.45 4687.50 4945.05 5357.14 54W. M 54M.M 54M.M iW I S. 30J
0. 306 8.316 0.133
8. 361 8.364 0,364 8.364 8.5 N e irWI 6M e. M 6064.61 6250. M 6593.41 7142.86 7200. M 7290.M 7290.St IW I
0. 404 0.408 0.421
0. 444
0. 481 0.485 0.485 0.445 l

,..h. _.. _. 6 _..C. N.. _. h Y C.

/[h 67

a.. n. :.

LL 1

l l

I l

l

IET ENi-423-2, ELL F08ML8tS 1ABL ' 4-13-M T)eJ 5J Dl: 'c====

D3: (F2) 16 04: (F2)

DS: (F2) 9.5 06: (F2) 0.25/(D5et!-05))

06: (F2) '

D}: (F2) M ! N ( ( *A9e D% +6MN /lDl 3 ), (144Ne lA9) )

Dlft (F3) +09/(0.797*21000)

D11: (F2) MI N ( ( +Al l 6 M6 +6MW / S Dl3 ), (144 N411 ) )

D12: (F3) +Dil/(0.7076210N)

Dl3: (F2 ) M I N ( ( +A 13 e D66 +6MW / S Dl 3 ), ( 144 N +4131 )

D14: (F3) +D13/(0.797*210er)

D15: (F2) MIN ((*A15+ D666680# /lD13), (144N +415) }

D16: (F3) +D15/(0.797*21080)

D17: (F2) MIN ((+A176D66+6MW/lDl3),(1444F-bi. :

D18: (F3) +D17/'t.707e210N)

D19: (Fil *

~.

l L C '. r.".,, G g

.5

~ ?.i.0 f -

n,lr9i

}

i : ~ ~.].l y Il

ATTACHMENT 3 (DAP-E-P-070)

)

(1)

LOTUS 1-2-3 Results for 9 sheets Table 4-13.7A through 4 13.71 (2)

LOTUS Spreadsheet Cell Definition 1 sheet 10 sheets 9

l MC CALC. W. GEht-N3 REV 2 ENGG. EVALUAllCh l

meer=======3 :sre ssver==== =res e========: r====

r==s 3====

1 TARE 4-13.7A GW

16. M ETAted 1
0. W
9. 68 9.79 0.80 0.99 1.0e Gt i 1.88 2.M 2.13 2.5 2.38 2.M te i

emessawra i swan-==sram arra s surs s e r==res======ses s e =====3 r..

===,3 8.1875 IFVI 1318 14 %

1494 1582 1678 175e IW I D. N3

0. FT.,

9.191 9.197 9.112 P.lle 0.2*.de inil 1758 1875 1992 2193 2227 2344 IW l 0.118 8.126 0.134 0.162 0.150 0.158 8.3125 IFVI 2197 2344 2499 2637 2783 2930 l

IW l 8.148 0.158 0.168 8.178 0.187 8.197 8.T758 IFWI 2637 Q813'; 2988 3164 3348 3516 iW i.. in

..;e9

..e.i

. 2:3

. 2n e.2n 0.5N9 IFVI 3516 3754 3984 4219 4453 4688 IW l 9.237

8. 253
8. 268
0. 2 64 8.3ee 0.316

)

,,,..c--====="*--

}

~

'~

I qi.. *..

l

,2A 9-f..6.230 I gyj a-.

}{p, g

)191 PAGE I_ Oi d 1

i l

l

MC CALC. W. 6D0 423 IEV-2. DE. EVALUATim

= = = = = = = = = = = = = = = = = = = = =. -.

====

Tra.f 4 13.7B N

14.00 ETA N 1 0.56 0.6e 0.79

c. 8e 3.9e 1,3s De i 1.M 2.88 2.13 2.25 2.34 2.58 te 1

rela-

e3=====

0.1875 INI 1587 1687 1788 18N Igu 2,e9 IW I 8.181

8. l M f.!!5 8.122 0.129 8.135 0.25fe IFVI 29e9 2143 2277 2411 2545 2679 IW l 9.135 8.144 0.153 9.162 0.171
8. lM 0.3125 INI 2511 2679 2646 3f13 3181 31'8 IW l 8.169 8.188 0.192 0.293 S.214 0.226 f.375e IFWI 3813 3214 3415 3616 3817 4018 iW i 8.2u

. 2i6

. 2.w

. 244

.. in

. 27 0.50N IFWI 4418 4286 4554 4421 5N1 5357 IW l

8. 271 8 289 8.307 8.325 8.343
0. 361 i

"'...k...

l l

.@f- ?:P-97s2...L@_.3

.'._g___. i.

l i

~

eq t..._

._/&t. __ 5)7 lD- _

n: - _C._ c:. \\ 2 l

l

\\

l l

l i

l l

[

l MC CALC. K). eda-423 ItEV-2 EMXi. EVALWTION TAf(E 4-13.7C IDPh 13.30 ETA N l 8.50 0.68 0.79

g. 3e g, gg g, g, De i
1. 88
2. 8P 2.13 2.25 2.38 2.9 te i

8.1875 I NI 1566 1692 1737 1993 29P3 2115 IW l 8.387 0.114 0.123 8.128 8.335 0.142 0.2588 IFWI 2115 2256 2397 2538 2f;73 2829 IW I S.142 0.152 0.161 0.171 g.13e 3.19e 8.3125 IFWI 2643 2829 2996 3172 3348 3524 IW I p.178 p.lge 3.2g2 p.214 0.226

8. 237 8.3758 i W l 3172 1383 3595 38f6 4818 4229 IW l 8.214 0.228 8.242 S.256 e.271 8.285 0.5888 I N I 4229 4511 4 733 M75 5357

$631 IW l 8.285

8. 384 8.323 8.342 s.361 s.36p o'

i I

C 0',' ' c..

.a DA P_,g-f-270 ( I 4. Eh,

u M ~~

rhlrd!

p;.: E 6 or -l 9 a

, - -. - -, ~

--,.---,.---,n---

9EC CALC. M1, KN1423 EV-2. ENGG. EVALLETICN mm.

TABLE 4-13.7D swc=

12. 00 ETA W I 0.58
8. 6f 0.70 0.80 0.90
1. 09 Db i
1. 88
2. 0F 2.13 2.25 2.38 2.50 te I

sme s mme l e===== =..-

0.1875 INI 1758 1875 1992 21P9 2227 2344 IW l 0.118 0.126

0. 1 34 0.142 0.19 0.1%

0.2500 IFWI 2344 25M 2656 2813 2969 3125 IW l 0.158 0.168 0.179 0.189 0.298 0.210 0.3125 IFWI 2930 3125 3320 3516 3711 3906 IW I 0.197 0.210 0.224 0.237

0. 2M 0.263 0.3750 INI 3'16 37M 3964 4219 4453 4688 IW l 8.237
0. 253 0.268 0.284 0.300 0.316 0.5eN INI 4688 5000 5313 5625 5938 L".A IW I 0.316
0. 317 8.358 0.379
8. 400 0.421
  • (,. I .$

Ot, p. e P..e.r;O { L '.L,d e.s g

~

f

. $,.7.._

l 1.

mn ch-)rn J

cr 19 l

l l

SbEC CALC. ND. GENI-423 EV-2 ENOG. EVALCATION

..,=,....

,==

TARE 4-13.7E m

19.67 ETAin) 1 0.54 0.66 0.70 9.80 p.9e 1.pe De i

1. 88
2. 8e 2.13 2.25 2.38 2.56 te I

t 9.18'5 I N I 1977 21P9 2241 2372 2504 M36 IW l 0.133 0.142 0.151 0.16e 0.169 0.178 8.25M I NI K36 2012 2987 3163 3339 3515 IW I 0.178 0.169 0.201 0.213 0.225 0.237 0.3125 IWI 3295 3515 3734 3954 4174 4393 iW l 8.222 8.237 8.252 8.266 0.281 S.296 0..T754 I W I 3954 4217 4481 474',

5888 5272 IW l I.266 0.264

0. 382
0. 329 0.337
8. 355 0.5000 IWI 5272 5623 5975 6326 6678 7029 IW l
8. E5 0.379 0.442 f.426
8. 450 0.473 e

c p... ' *)...~ e W'n-_

i L(.@_ O_ (

I

'(1 9'l m < c<.m.

i

SEC CALC. M). GEhM23 EV-2. DG. EVR. TAT!>

=

.__.._.....=me TAKE 4 i3.7F GMW

18. M ETA (nl 1 0.50 9.64 8.79 8.84
0. 90 1.N De i
1. 88
2. Se 2.13 2.25 2.38
2. '4 te I

========l=====.-======-

. - - m er m= =.

m 8.1875 IFWI 21',9 2258 2391 2531 2672 2700 IW I

4. i d 0.152 0.161 0.170 0.18e 0.182 F.25fe IFVI 2813 Jefe 3188 3375 3563 360e IW I t.183 0.202 0.215 0.227
0. 240
0. 242 0.3125 IFWI 3516 3750 3964 4219 4453 4500 IW l 8.237 8.253
8. 264 8.264 8.JSP 8.383 0.375f IFVI 4219 45fe 4781 5863 5344 5488 IW I S.284
1. 303 8.322
8. 341 0.368
8. 364 8.5Ne IFWI 5625 6000 6375 6754 7125 7200 IW l 8.379
8. 444 8.429 8.455 8.488 8.485 O

__W C ( f.li '%. ' i...

Q.t P 7 A. p.: o W N v.

. !.. i 1.. E' jf}y(_

S ua coo

9EC CALC. W. KNI-423 EV-2, IG. EVftuATICN

...-._r==n TABLE 4-13.76 Ime 9.33 ETAf r.1 1 0.50

0. 60
0. 70 0.80
0. 90 1.m Ob !
1. 00 2.00 2.13 2.25 2.38 2.50 te i

.l

___e u

8.1875 Iml 2261 2412 2562 2700 27M 2700 IW l 0.152 0.162 0.173 0.182 0.182 0.162 9.25M IWI 3014 3215 3416 36N 36N 36M IW l 0.203 0.217 0.230 0.242 0.242 0.242 l

0.315 IWI 3764 4019 4270 4500 4500 4500 IW l 3.254

0. 271 0.26a 0.10t3 0.3a3
0. 303 0.3750 INI 4522 4823 5125 54a0 5400 54N Ik l 0.305 0.325 0.345 0.364 0.364 0.364 0.5000 IWI 6429 6431 6833

- 72N 7290 725t IW I

0. 4%

0.433 0.460 0.445 0.485 0.445 4

l C.- 'Jm L'. '.c..D--

N

..D.A.[.... 6 T9-9o i M,5.\\

I t.' :

.c.: >. :.'

l

$W

]

F t. ~. E Ci l h__

l l

SIEC CRC. W. GENI-423 EV-2, EN6G. EVAttr.T10h

)

= = = = = = _

- -.m==== ========== m em em===

74RE 4 13.7H Efet%:

8.N ETA N 1 0.50 0.64

0. 70
8. M
t. 96
1. 0e De i 1.88 2.00 2.33 2.25 2.38 2.58 te 1

- I --

= = = = = = = = = = = = = = = = = = = = = = =. = = = = = =

0.1975 IFVI 2637 27N 27M 27CP fin 270e IW l 0.178 0.182 0.182 0.182 S.182 0.182 0.2549 IFWI 3516 368e 36N

.%M 36N 360e IW I 0.237 0.242 0.242 0.242

0. 262 0.242 0.3125 IFWI 4395 45N 45M 45M 4540 4580 iW l 8.296
8. 303 11.383 L 383 8.383
8. 303 0.3758 IFVI 5273 564p 56M 54M 54M 548F IW I
0. 355
0. E
0. E
0. E I. E
8. E 0.5Ne IFWI 7831 7200 72W 7200 720e 7200 fiI 8.474 8.415 9.465 8.485 8.485 8.485 j

. $t$E U'b.?o~f A.

J 4 ~...

DF.

2.

v-i h

r.. _S_.::_to_

SEC C5LC. NO. KNI-423 NEV-2, DOG. [\\RL51T](W TABLE 4-13.7)

GApsen

6. N

[TA(n) 1 0.50 0.68 8.79 0.87 0.W

l. N On i
1. 88
2. M 2.13 2.25
2. 38 2.58 te i

I 9.1875 INI 27N 27N 2700 2700 27N 27N IW l 0.182

0. 182 0.182 0.182 8.1 82
0. 182 8.F5N INI 36N 36N 36N 3606 36N 3609 IW I 0.24 0.24

'J. 24 0.24 0.242 0.24 l

0.3125 INI 4500 450(r 4500 4500 4500 4500 li8 1

0. 383
0. 383
8. 383
8. 303 0.383 1 303 8.3750 IFWI 54N 56N 5AN 54N 54M 5400 IW I
0. B
0. B
0. D 0.364 0.364 0.364 0.5009 iWI 72h 7298 7200 7290 7290 729e IW l 8.485 '. 8.485 8.485 8.485
8. 485 8.485

.~.

l I

_' h.. f-h _. f.. 0.0. 0.' h Y. 5 W

I 9$

l

. j l

~

....pt.

<bWL.

n-.d... c; 10-l

\\

MC CR.C. ML EN1-423 EV-2, III.L FDALRS FDR TAR fS 4-13-7A THPJ 71 01: '

03: (F2) 16 D4: (F2)

D5: (F2) p.5 06: (F2) 1.25*(1+D$5) 00: (F2) '

-=

D9: (Ff) P ! N ( ( l*Yv e D66 *64999 / lM 3 ),14449 t l A9)

C10: (F3) +D9/(f.7978210Pf3 Lll: (FI) >!N((talle&S644000/lDt3),146M+6412) 013: (FJ) +Cl2/(0.787s21000)

C15: (FI) PIN ((SA15+D64+64800/SDl3),1644*+6415)

D16: (F3) +D;5/(f.707*210Ps) 018: (FI) MIN ((6410*D6666Mee/lDt3),1648&olA18)

D19: (F3) +C18/(f.707s210001 021: (FI) PINiflAlltD66400$f/l?t3),1644946A21)

D22: (F3) +021/(0.707*21000)

D23: (F2) '

MMM

  • kO M M O.
  • N 1

ce..

p_t p. e.p-ow M..._. d

.q

.. ! W-6b!S.i

LQ. ~ 'O

d iM-ATTACHMENT 4 (OAP E-P-070)

\\'

f 1

i i

i (1)

LOTUS 1-2-3 Results sfor (able 413.dA; '.

\\

u sheet.5-Type A Load

  • '!'(

i' g

(2)

LOTUS 1-2 3 Ress1ts for Table 4-13.48,

')

i6sheetb

'N

\\

Type A Load 4

i

(

\\

(3)

LOTUS-?-2-3 Results for Table 4-13.4C, 3 sheetss.

i Type A Load

\\

s. (

\\

(4)

LOTUS 1-F3 Results for Table'K-13.4Dx s

s.

s 8 sheets Tjpe A Lind

\\.'

,1 b-($) l'107U'i 1 2 ') Resa'.ts for Tabl.a 4-13.4E, 8 sheets i

I Type A Load

'/

l f<

y g >

s

\\

.N

,/

(6)i LOTUS 1-2 3 Resultr 'for Table 413.4F, 8 sheets

?

'i.

.4 Type A Load g

4

.(T)

LOTUS 1-2-3 Results for Table 4-13.4G, 8 theets 1

5 1

Type A' Load A

X 7s

  • i h

(8)

LOTUSSpreadqheetCell6efit(tion

-a 2 sheeti S

i

)

\\ '\\ '~< '

,i s

j a

t.,

6} sheets g

1

(

I g

(f A4 1

i

\\

4,, g s

N s 3 1

4 s

4 4

\\

n q

k j!

\\

s

\\..

\\

)

4

\\

\\4 Ds

N e

\\

- \\

)

\\

b.

j s

)

,~.

.\\>

s, o

- i

's s

s

.\\, ;

2 1

i i

g

') i 4

\\

x 1

3 i

(OCAL STESS HOITtl.e'II.3E*lTYM-A LW ftJst 413 4A T M SilE IID % Pa:. vt1 SIII W1 he W3 W4 W5 W6 F tilGRI FSlW9F FSIV.? F=::~i? :" S.'

TNltu?SS Fv99 F4p 9

r...

(lu (Lil (L21 M

I!M IIM I!M (IM (kt t'l br1 u til n!!) 6: w.

9 :!.

err==rrassesses:cenerwar==sussenuseressasse=========m== :::r3,3 :::::::::m===== :::: re ::::::::::ven ::::::::: m A

B C

D E

F 6

H I

J K

t.

M h

0 5-0

.......r===================msuoraar mum mem mame=rmensmi

= rs

.:. m a rs.

=ra sr====a m i s m m um TS 212I1/4

2. W t.2A 1.6N 1.375 1.We 1.375 4.750 1.000
1. 8N 4.750
2. 7 1.63 2.7e 2.34 2.19
1. ?!

TS 313I1/4

3. N 6. 258 1. 8N 1. 375 1. 9N 1. 3 %
4. 756 1.375
1. 0N 4. 0
2. 7 1,63 2.7 P
2. M 2.15
1. 9)

TS 41413/16 4.W t.1881.tN 1.33 1.pN 1.375 4.750 1.375

1. 9N 4.750 2.7 1.63 2.79 2.34 2.11
1. 5:

TS 4:4al/4 4.N f.25e 1.DN 1.375 1.8ee 1.375 4.758 1.375 1.000

4. N 2.7 1.63 2.76 2.34 2.19 1.9)

TS 41415/16 4.W t.3131.tet 1.375 1.9N 1.375 4.758 1.375 1.eN 4. &

2.7 1.63 2.78 2.34 2.19

!. ):

TS 414I3/8 4.fe 0.375 1.fW l.375 1.Ne 1.375 4.75e 1.375 1.000 4.758 2.7 1,63 2.70 2.34 2.19 1.5; TS 41411/2

4. te 0. 500 1. 900 1. 375 1. tee 1. 375
4. 75f 1.375 1.epe 4.75e
2. 7 1.63 2.79 2.34 2.19 1.91 TS 51513/16 5.00 8.168 1.fN 1.375 1.000 1.375 4.758 1.33 1. tee
4. 754
2. 7 1.63 2.70 2.34 2.19 1.91 TS 51511/4 5.W 9.25e 1.tN 1.375 1.Ne 1.375 4.750 1. 3 75
1. tN 4.75e
2. 7 1.63 2.79 2.34 2,19 1.S:

TS 51513/8 5.fe 9.375,1. tee 1.375 1. fee 1.375 4.750 1.375

1. Ne
4. D 2.7 1.63 2.79 2.34 2.19
1. 9; TS 51511/2
5. N 0. 5W !. 9N 1. 375 1. 000 1.375 4.75e 1.375 1.000 4.750 2. 7 1.63 2.70 2.34 2.19 1,91

~

!! 61513/16 Lee 0.1881.0N 1.375 1. 8N !.375 4.75e 1.375

1. 0N 4.754 2.7 1, 63 2.79
2. 34 2.19 1, 91

-T5 31611/4 6.M f 25e 1.80e 1.375 1. fee 1.375 4.750 1.375 1.007 4.754 2.7 1.63 2.78 2.34 2.19 1.91 TS 61615/16 L fe 0.3!31.fW l.375 1.0fe 1.375 4.754 1.375 1.ePo 4.75e 2.7,1.63 2.79 2.34 2.19 1.91 TS $1613/2 6.Se 0.J751.8N 1.375 1.0fe 1.375 4.754 1.375 1.eN 4.754

2. 7 1.63 2.7e 2.34 2.19 1,91 3

TS Erfdl'2 6.re 0.5N 1.0001.375 1. fee 1.375 4.758 1.375 1.000 *. 750 2.7 1.63 2.78 2.34 2.15

1. 9)

TS 818I1/4 4.00 0.25e 1.8N 1.375 1.tet 1. 375

4. 750 1.375 1.99e 4.750
2. 7
1. 63 2.76 2.34 2.19 1.91 TS BIh3'a 6.00 8.775 1.009 1.375 1. M9 1.375 4.750 1.375 1. fee 4.750
2. 7 1.63 2.76
2. M 2.19 1.51 TS tlo!!/2
8. W I.See 1.08e 1.375 1.000 1.375 4.75P 1. 375 1.009 4.754 2. 7 1.63 2.79 2.34 2.19 1.51 TSlfilf13/8 If.te 8.3751.0001.375 1.800 1.375 4.754 1.375 1.000 4.754
2. 7
1. 63 2.78 2.34 2.19 1.9:

, Tsif tle.*l/210.09 f.5001.8891.375 1.000 1.375 4.75e 1.375 1.000 4.75e

2. 7 1.63 2.79 2.34 2.19 1.91 TSilI'fM/F If.M 8.6251.Ne 1.375 1.999 1.375 4.75e 1.375 1.Ne 4.754
2. 7 1. 63 2.7f 2.34 2.19 1.91 75121!2I3/412.00 6.3751.8N 1.375 1. fee 1.375 4.754 1. 3 75
1. IN 4.754 2.7 1.63 2.79
2. M 2.19 1.9) 751211211/212.te 0.5W l.Ne 1.375 1. fM 1.375 4. N 1.375 1.fw 4.750
2. 7 1.63 2.76
2. 9 2.19 1.91 T51411411/214.00 0.5N !.0001.375 1.0fe 1.375 4.75e 1.3751. 0N 4.754
2. 7
1. 63 2.70 2.34 2.15
1. 91 k t
k r

geW OI

-. ?- C'T --v l.,

&g s
.n..l C: y'-

.o

l LOCA STRESS PSCC)U tl.P*II.375')T@f 4 LOC TAKE 4-13-44 FE45. FSIN3P DCOS37 F C 57 Kfal SETQ ETA)

(14 G w al Of Vp Ol'1 Gi!

Ci:'

R45 Fv3i R3e N

r.1 r3 rl (BASIC) L Ne's F.; ft txt:

Fy/.6r EC WE.L WM ACR055 K5*; - FO.Ni

(! N IP)

Ik!P) (!h-#!P) (I M IP)

(pu)

TUK T0t igK WWTamBS S 333389BFWS ETERS N 331sE 33 re esse 3333 s ser333 a ansta 3333 mm.33 333333 MSSTS 33 3 FS E3 S EFTT 82T9 33 WT3 9 2 23 3 3 3 ryggas a ya s 0

5 f

U V

W I

y 2

AA AF GC C4-if ammensmassaar n : ss wessene.

1,ne==,rers,..

nr.,runesserennin nn en 3.10

1. 35 LM 4.39 8.54 0.54 0.69 0.58 4.00 1.fe 15.00 1.N 1.N
2. ! !

anen 3.1P 1.35

3. M 4.39 0.13 9.%

0.4 8.33

6. Be I.N
10. N 1.M 1.N
1. 61 3.19 1.35 3.M 4.39 0.25
0. 34 0.34 8.25 18.67 1.00 5.63
1. N
1. N
1. u
3. j p
1. 35
3. #

4.39 0.25

9. 34
8. 34 0.25
4. 00 1.N 7.58
1. N
1. N 1u 3.18
1. 35
3. 80
4. 39 0.25
0. 34
0. 34 0.25 L 44
1. 00 9.38 1.N 1.N 1.u A ll
1. 35
3. be 4.39 0.25
0. 34
6. 34 0.25 5.33 1.06 11.25
3. Be
1. N
1. u 1 19 1.35 3.M 4.39 0.25
0. 34 0.34 0.25 4.00 1.N
15. N I.N
1. N 1.H 3.30 1.35 3.M
4. 39
0. M 0.20 8.28
8. 2%

13.33 1.N

4. 5P 1.M
1. N 1.55 3.19
1. 35 3.M
4. 39 8.M l.28 4.28 0.29
10. N 1.Ge
6. N 1.M 1.N 1.53 3.19
1. 35 LM 4 39 0.M 0.28 0.28
0. M L 67 1.N
9. M
1. N
1. N
1. 'i 3.10 1.35 3.M 4.39 0.29 0.28 0.20 0.29
5. N 1.00 12.N 1.N
1. N 1.55 3.19
1. 35
3. 84
4. 39 8.17 0.23 0.23 0.17 ILee 1.00 1 75
1. N 1.N
1. 's 3.14
1. 35
3. 84
4. 39 0.17 0.23 0.23 0.17
13. 08 1.00
5. 00 1N
1. M 1.54 l!$

1.35

3. 44
4. 39 0.17 4.23 0.23 0.17 9.64 1.N L 25
1. M
1. N
1. 54 3.10
1. 35 3.M 4.39 0.17 0.23 0.23 9.17 0.00 1.00 7.50
1. N 1.N 1.54 s

lit

1. 35
3. M
4. 39 0.17 9.23 0.23 8.17 0 00
1. N
10. N
1. N 1N
1. 's 3.10 1.35 3.64 4.39 0.13 0.17 0.17 0.13 IL DP
1. 0F 1 75
1. N 1.N 1.4 l

Lie

1. 35 1M 4.39 0.13 0.17 0.17 0.13 10.67 1.N 5.63 1.N
1. H 1.45 l

3.10

1. 35
3. 64 4.39 0.13 0.17 0.17 0.13 8.N 1.te
7. 58 1.M 1.N
1. 4 l

L il 1.35

3. be 4.39 0.10 8.14 0.14 0.10 13.33 1.08 4.54
1. N
1. N 1.41 3.10
1. 35 3.M 4.39 0.19 0.14 0.14 0.18
10. N 1.00 L 00
1. tr
1. M 1.4?

3.10

1. 35
3. 84 4.39 0.10 8.14 0.14 0.10
8. N
1. M 7.50
1. M
1. M 1.42 3.19
1. 35
3. 80 4.39 0.M 0.11 0.!!

8.M

16. N
1. 0F 3.75
1. N 1.H 1.29 3.10
1. 35
3. 6e
4. 39

' 0. M

0. !!

8.11 0.N

12. N
1. M
5. N 1.N
1. H
1. 39 3.19 1.35 3.M 4,39 8.#7 9.19 8.10 0.07
14. N 1.N 4.29 1.N
1. N 1.37 5 ?.C -fi2i?.,).

L '

... kW '

SNF?\\

10L

$7lN ~

l 6.n.9.

c.%.

L

LOCAL STRESS PRZd7(1.f*II.3n'livif-Q LO4 TcFLE 413-4A 092' W1 SK' W3

%4 SC S4 21.5 12,4 23.6 LCR Tytt-c 9 & TEP (EtlWMci ELD LOGR 90RTER ALLP3M 904fER LONSER R LR'JN SECTION CLUS OF WELD

= = -

* m = =

mm ACROSS ELD ELD ELD ELD ELD ELD F Wl/te F W nt F4h: l'J ~ei?

7UPE ACROSS K+R,tLEL ACOSS NRALLEL (SO.!N) (53.!N) (SO. !M uso Dsn 8 in olf!%

===-n n.

= --

m s n.........=m -

mummmn 11 w,sn nun.

W GG M

Al AJ M

AL M

m A0 AG M

AS

=======m ma mm==.........-a r n

mm mm m

.m n.mmmemumun

1. 88 0.33 1.38 1.71 1.00 0.33 1.71 0.33 1.0e 1.71 5.4 5.4 2.27
7. M 1.67 0.33
1. 38 1.71 1.38 0.33
1. 71 0.33 1.38
1. 71 5.40 3.93 2.27 7.5 1.56
0. 33 1.38 1.71
1. 38 0.33
1. 71 0.33
1. 38 1.71 7.20 5.24 3.02 7.%

1.56

0. 33
1. 38 1.71 1.38
f. 33
1. 71 0.33
1. 38
1. 71
5. 48 3.93 2.27 7.E 1.56
0. 33
1. 38 3.71 1.38
0. 33 1.71 0.33
1. 38 1.71 4.32 3.14
1. M
7. E 1.56

' t. 33 1.38 1.71

1. 38
0. 33 1.71
0. 33 1.38 1,71
3. 68 2.62 1.2 7.E 1.56
0. 33 1.38 1.71
1. 38 0.33
1. 71
0. 33
1. 38 1.71 2.70 1.%

1.14 7.n

1. 'J
0. 33 1.38 1.71 1.38 8.33 1.71 0.33
1. 38 1.71 7.29 5.24 3.93 7.75 1.50
0. 33
1. 38 1.71
1. 38
0. 33 1.71 0.33
1. 38 1.71
5. 4 3.93 2.27 7.71 1.50
0. 33 1.38 1.71
1. 38
0. 33

!.71 0.33

1. 38 1.71
3. W 2.M
1. 'J 7.n 1.5e 0.33
1. 3d
1. 71
1. 38
0. 33 1.71 0.33 1.38 1.71 2.70
1. %

1 14 7.M 1.4

0. 33 1.38
1. 71 1.38
0. 33
1. 71
0. 33 1,38 1.71 7.29 5.24 3.03 7.n 1.4 0.33
1. 38 1.71
1. 38
0. 33
1. 71 0.33
1. 38 1.71 5.40 3.93 2.27 7.n 1.4
0. 33
1. 38 1.71
1. 38
0. 33
1. 71 0.33
1. 38
1. 71
4. 3?

3.14 1.M 7.75

1. 4 0.33 1.38 1.71
1. 38
0. 33 1.71 0.33 1.38
1. 71 3.W 2.62 1.52 7.E

/

1.46 0.33

1. 38
1. 71 1.38
0. 33 1.71
0. 33
1. 38 1.71 2.7e
1. %

1.14

7. %

1.41 0.33 1, 38 1.71 1.38 0.33 1.71 0.33 1.38

1. 71 5.4 3.93 2.27 7.E 1.41
0. 33 1, 38 1,71 1,38
0. 33 1.71 0.33 1, 38 1.71 3.W 2.62 1.2 7.3 1.41
0. 33 1,38 1.71
1. 38
0. 33 1.71
0. 33.

1, 38 1.71 2.70

1. %

1.14

7. 7 t

1.38 0.33

1. 38 1.71 1.38
0. 33 1.7)
0. 33
1. 38 1.71
3. W
2. 62 1.2
7. E
1. 38 0.33 1.38
1. 71
1. 38
0. 33 1.71 0.33
1. 38 1.71 2.70 1.%

1.14

7. M 1.38
0. 33
1. 38
1. 71
1. 38 0.33
1. 71
0. 33
1. 38 1.71 2.16
1. 57
f. 91 7.75 8.35 0.33
1. 38 1, 71
1. 38 0.33
1. 71 0.33
1. 38 1,71
3. W 2.62
1. 53
7. N 1.35 0.33
1. 38 1.71
1. 38
0. 33 1.71
0. 33 1.38 1.71 2.70
1. %

1.14 7.M i

l 1.34 0.33

1. 38 1.71
1. 38
0. 33 1.71 0.33 1, 38 1.71 2.70
1. %

1.14

7. 3 l

l l

i

', c, 3&,

.O,.

x..

S.$. Y ~

~

. :. S..

.h k

1 I

i l

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

i LOCA. STRESS P4DD(1.f'II.375')f YM-A LOC 7AhE 4-13-6A l

L0AD 1 Y P E -P FORCEON WELD m.

m.n m.neme.m mmm.mn-m.n n.msne==m-----...nn = nnn 15Feh5 15FW3e 15Ne FWBt 24Mit 26N45 24M3e 24r H FWB2 36fWM4 36 M 45 36 M !t 3U.a r.H mnn (KI M/ I N MK I M/ I N M K lM /INMK IPS /] N HK IPS /lN 1 (K !M/I N H KI PS / l N H k ! P m.mmnmn mmm. m m..mmum

m. - S/lM (K!M/IM (KIPS /lNHKlMl!NHKIMil%i DlMtlM m m....---

a----..-r-mm m m e em mm m A1 Au 8V AW AI AY A2 BA 36 BC BD M

If I4

....mm m

m --==

.um s=

r=mt r====rren s.m :an

=enm 18.26 12.87 13.16 13.16 3.36 4.E 4.47 4.39 4.47 1.78 2.22 2.51 i.!?

2. D
16. M 12.87 13.16 13.16 2.45 2.%

1 25 3.19 3.5 1.78 2.22 2.51

2. !?
2. D

!$. 26 12.97 13.16 13.16 2.45 2.95 3.25 3.19 3.25 1.78 2.22 2.51 2.D

2. D 18.M 12.97 13.16 13.*6 2.45 2.95 3.25 3.19 1 25 1.78 2.22 2.51 2.57 2.D
18. 26 12.07 13.16 13.16 2.45 2.95 3.25 3.19 3.25 1.78 2.22 2.51 2.D
2. D II.26 12.07 13.16 13.16 2.45 2.95
3. 25 3.19 1 25 1.78 L22 L51 2.D

, 2. D 10.26 12.07 13.16 1116 2.45 2.95 2 25 1 19 1 25 1.78 2.22 2.51 2.57

2. D 18.26 12.07 13.16 1116 2.45 2.95 3.25 3.19 3.25 1.78 2.22 L'l LD 2.D 10.26 12.87 13.16 13.16 2.45 2.95 1 25 3.19 3.25 1.78 2.22 2.51 2.57
2. D 10.26 12.07 13.16 13.16 2.45 2.95 3.25 3.19 3.25 1.78 2.22 2.51 2.D
2. D 10.26 12.87 1116 13.16 2.45 2.95 3.25 1 19 3.25 1.78 L22 L 51 2, D 2D 10.26 12.07 13.16 13.16 2.45 2.95 1 25 3.19 3.25 1.78 2.22 2.51
2. D
2. D 10.26 12.97 13.16 13.16 2.45 2.95 3.25 3.19 3.25 1.78 2.22 2.51
2. D 2.57 10.26 12.97 1116 13.16 L 45
2. 95 3.25 3.19 3.25 1.78 E22 L 51
2. D
2. D 14.26 12.97 13.16 13.16 L 45 2.n 1 25 1 11 3.25 1.78 2.22 2.51 2.57 2.57 s

10.26 12.07 13.16 13.16 2.45

2. E 3.25 3.19 3.25 1.78 2.22 2.51 2.57
2. D 10.26 12.07 13.16 13.16 L45 2.95 3.25 3.19 3.25 1.78 2.22 2.51
2. D 2.57 18.26 12.07 13.16 13.16 2.45 2.95 1.25 3.19 1 25 1.78 2.22 2.51 2.0
2. D 10.26 12.87 13.16 13.16 2.45 2.95 3.25 A19 3.25 1.78 2.22 2.51 2.!7
2. D 18.26 12.87 13.16 13.16 2.45 2.95 3.25 3.19 3.25 1.78 L 22 L51 2.D 2.57 18.26 12.87 13.16 13.16 2.45
2. %

3.25 3.19 3,25 1.78 2.22 2.51

2. D
2. D 19.26 12.87 13.16 13.16 2.45 2.95 3.25 3.19 1 25 1.78 L22 E51 ED 2.57 14.26 12.87 13.16 13.16 2.45 2.95 3.25 3.19 3.25 1.78 2.22 2.*1 2.57 2.57 10.26 12.87 13.16 13.16 2.45 2.95 3.25 3.19
3. 25 1.78 2.22 2.11 2.57
2. D 10.26 12.87 13.15 13.16 2.45 2.75 3.25 3.19 3.25 1.78 2.22 2.51 2.D 2.D i

ta.

=

.R V & 2-9 L.h& A h...(

....... - h It'7_ l J

\\

l

/

'.* ' i & C..' [,;12.

f i

l l

LOCA $18ESS P40Dil.f*II.375')TM-Q LOC tar 1E 4-13 4A LOC TM-P M0b4Af Yp (ETA (0.81 1

EMAf Yp (K7Alf.81 1 r4;.M AC11NG-Vp 1

!

  • L. 'N. ; "

FWI. lite FreJ/te FWF3/tc YpAl VpA2 MIN F1 Fl' NIN F2 F2' N!h PMI.Fi F 1' '

(kst) iksi)

(ksil (ksi)

(ksil YpAl/VsA2 (ksi)

(ksil F1,Fl' (F2 MTCH ES ALSO F2 F2' 61' di' l

))

CLIQ)O serrwsrausssasass---- -..

i e

messoress (kst)

(bst)

(ksil (bs))

(ks3) rwrereves pl B3 k

K 90 It 10 f.a 16 P1 10

......... _ -.... _.. _eresswesen swamenes rureusers e assurun swesss swesom 52.65~

17.99 10.27

14. 4 14.44 14.44
9. 98 7.29 7.29 14.49
14. D6 14.06 21.26
8. N 2.65
13. 82 10.27
10. N
18. 00 10.00
9. 90 7.29
7. M 9.11
11. 4 9.11 18.66 f.N
79. 29 17.36 17.70 5.0
5. 63 5.0 5.63 5.44 5.44 3.54 4.53
3. *A 9.17
f. N 2.65 13.82 18.27 7.50 7.54 7.50 7.5e 7.M 7.29
6. 30
8. 06 6.3e 13.67
f. N 42.12 18.41 8.22
9. 38
9. 34
9. 38 9.34 9.00 9.00 9.84 12.59
9. 84 19.22 4.N 2.19 8.68 6.85 11.25
11. 5

!!. 25' 11.25 18.84 18.8f 14.17

14. 48 14.17
25. N
t. N E 33 L 51 5.14 14.44 14.48 14.48 14.44 14.44 14.44 14.44 14.4e
14. 4t
26. H P. N 70.29 17.36 13.71 4.5e 4.50 4.5e
4. 50 4.5e 4.54 2.69 3.46 2.69 7.19
t. N 2. 65 13.82 18.27 L 8e 6.N
6. 00
6. te
6. 99 Lee 4.78 6.19 4.76 19.76
t. P7 E.II
a. 68 6.85 9.W 9.00 9.00 9.00
9. 09
9. te it.76 13.92 18.76 19.76
t. N E 33 L51 5.14
12. 99
12. 00
12. 88 12.00 12.00 12.00 14.44 14.4e 14.44 E 4e
8. N 76.M 17.36 13.70 3.75 3.75 3.75 3.75 3.75 3.75 2.16 2.82 it.16 5.91
4. N 2.65
13. 82 10.27
5. 00 5.M
5. se 5.N
5. 0P 5.00 3.64 5.01
3. F4 8.24 f.N 42.12 10.41 8.22 L25 L25 6.5 6.25 6.5 6.25 LM
7. 83
6. M 12.25 f.N 2.19 8.68 L &5
7. 54
7. 54 7.M 7.M 7.W 7.54 8.64 11.28 8.64 16.14
8. N 26.33 6.51 5.14
18. M 18.00
10. N lt. N le.M ll. W
14. 69 14.40 14.4t 24.at
f. N 2. 65
13. 82 19.27 3.75 3.75 3.75 3.75 3.75 3.75 2.75 3.0
2. 75
6. 9
8. N Z.lt
8. 64 6.65 1.0 5.0 5.63 5.0 5.63 5.63 L 18 8.16 6.18 II.N fN E 33 L 51 5.14 7.50 7.54 7.50 7.50 7.54 7.54
14. 99
14. 4e
10. 99 le 49
f. N E.19 8.68 L 85 4.5e 4.54 4.54 4.54 4.50
4. 50
4. 88 6.38
4. 8e 9.3e
t. N E 33 6.51 5.14
6. 98
6. 90
6. Se LN 6.M L ap
4. 53 11.34
8. 53 14.53
f. N
21. E 5.21 4.11 7.54 7.50 7.50 7.54 7.5e 7.54 13.33
14. 4e 13.33 29.83
0. N 2.10
8. 68 L 85 3.75 3.75 3.75 3.75 3.75 3.75 3.92 5.24 3.92 7.67 9.N
26. 33 6.51 5.14 5.80 5.fe 5.#

5.M 5.fe

5. 00 L 97 9.31 L 97 11.97
8. N
26. 33 6.51 5.14 4.29 4.29 4.29 4.29 4.29 4.29 5.88 7.89 5.88 19.17 P. N l

......e..F.- M. T)*. 1'. d..ih I f

L_.

N l

_j!/1 Gh Q.

PC 1 p,,-

i g

l

)

LOCA 578155 DRQCMT(l.f *11.375'litTT-i. LOC TARE 413-4A Li F1 WDG CD*ECTICh)!

UTILINT!> FAC'THMCEP'E WACTIC Ypl F K tSFM t'*/'.

IF LI OR LP).QI..$

1 LOR nit -e (0> o tti.:: 3 tag Fl'"

MIMFl" p!NtFl"+

U2 U2 U3 Ul' 12' U3' U1" 12 '

U3" L': ' "

tr ' "

Fl" ' ) F2),(F1"ETA (P.0 KTA(P.0 KiA CP.0 (P). 01

()). 01 (8).8)

(KT A (f.

+F2')

rerr r.

.u a

=. unm u

.=.m

.nm 0 a 4 511r 11

.m-w m r.

. ermem r..rrm m mmn em W

GW OI PY el CA C6 CC CD G

CF CS C>

C1 a-r m

m.nu.==

.m m== m m e m.. m n m m =m m

8. M
0. 00 1 4. 06
1. 00 1.N
1. 00
1. 06
1. 00 1.N
1. 00 1.te
1. N 1.07
1. N 0.09 0.00 9.11
1. M 1.00
1. 0f 1.00 1.00 1.00 1.00 1.09 1.M
1. M
1. N 0.00 0.00 3.54 0.70
1. 09 1.N 9.49 0.07
1. 0P 9.49
1. pf 1.N
t. 76
1. N 0.N 0.N
6. 3P
1. 00 1.N
1. M
1. ft
1. N
1. N 1.N 1.M
1. pe 1.N
1. N
0. fr
f. fe
9. 64
1. 00
1. N
1. M
1. M 1.N l.00
1. M 1.M 1.M 1.N
1. N 0.N
0. GP 14.17
1. 00
1. 00
1. 00 1.00
1. N
1. 0f 1.N
1. 00 1.09 I.N

!.N

0. pe 0.89 14.40 1.N
1. N
1. fe
1. 0F
l. 0F

!. 00

1. 0f 1.N

!. pP 1.H 1.N 0.N

0. 00 2.69 0.63 0.06 1.00 0.37 0.66 0.09
0. 37
0. 06 1.te 0.03
0. 66 0.N
0. N 4.70 1.80
1. M
1. 0$

I.09

1. 00
1. 8P 0.09
1. 00 1.M
1. N
1. N
0. M
0. M 18.76
1. fe
1. N

!.00

1. M 1.00 1.00
1. N
1. N 1.M 1.H
1. fe 0.M
0. te 14.47
1. 0f
1. N 1.N
1. 00 1.N
1. N 1.N
1. N 1.N

!.N 1.R

0. 0f 0.00 2,16 0.52 0.72
1. te
0. 30
0. 54
0. 71 0.30
0. 72 1.N t.52
0. 72
0. pt
0. f0 3.rA 0.93
1. M

!. 00 0.71 1.0P 1.00 0.71

1. N 1.M
f. 93 1.M 0.02 0.00 L If 1.00
1. N 1.00
1. 00
1. 00
1. 00 1.N
1. M 1.N
1. N
1. 00

's 0.00

0. 0P L 64 1.00 1.00 1.00
1. N 1.00 1.00
1. 00 1.fr
1. M
1. N
1. M 9.fe
0. N
14. 40
1. 0P

!.M 1.N 1.N

1. 0f
1. N 1.le

!.M

!.M

!.N

1. M
0. 00
0. 00 2.75 0.69 0.95 1.M f.51
0. 92 1.00 0.51
f. 95 1.N 0.69
f. ?!

0.M

0. N 6.10
1. N 1.00
1. 09 1.02 1.00
1. N
1. 0P
1. M

!.R 1.M

1. R
0. N
0. 00
10. 99
1. N
l. It I. IP 1.N
1. N
1. N 1.N 1N 1.pe 1.H
1. N 0.Se
0. 00
4. W
l. PP
1. N 1.M

!.N 1.N

1. N 1.09 1.M 1.M 1.N
1. M
0. f4
0. 00
0. 53 1.M l.M 1.N
1. M 1.00 1.M
l. ft 1.N 1.N
1. M

!. N

0. N
0. 00 13.33
1. M
1. M 1.N
1. N 1.00
1. 0P 1.N 1.N 1.M
1. M 1.N 0.N
0. N 3.92 1.N 1.N 1.M
1. 0P 1.N
1. N 1.M 1.N
1. N 1.N
1. N
0. 00
0. te 6.97
1. M 1.M
l. 00 1.N
1. N
1. 00 1.09 1.M
1. H 1.N
1. M I. M
0. 00 5.68 1.N
1. 0f 1.N 1.08
1. N 1.M l.N
1. M 1.M 1N 1N g

\\

7. D.t.(- 6.-(?-Dh?_).Y:h M....

MN.!

8 ll i.u.A o.M, 1

LOCAL STRESS BRAC)I1(1.p*II.375')TTPE-A LW TRE 4-13-4 UTIL12ATICh FACf0RIALLOWAE vp/AC11M3 Vp) F114. tr S FOR TYPE-A LOC TL1! !!!! LW TYM 4 (PNCXEil'Il 3/01 ff4LE 4-13.Mi Tw t.i.!:: (lo Ul L2 U3 Ul' U2' U3' Ul" U2" U3" Ul " ' U2' " U3' " KTA(P.0 KTA(P.8 DETA(P.0 (B). 0 6 (B). 8) (P). 8) (PETA (8.8 at P1)r,ll (lu ___mm m . -........eu ........nm. SY 02 CA C3 CC CD C1 CF CS Di Cl CJ O( m

1. N 1.N
1. M 1.00 1.M
1. 00 1.Ge
1. 00
1. 00 1.Be
1. 09
1. 0$ TS ili!!<4 1.00 1.00
1. N 1.00
1. 00
1. 00 1.N

!. 00

1. 00 1.00 1.00
1. N 15 31311/4
0. 78
1. 0F
1. 00 0.49 0.07
1. 00 0.49
1. 0F

!. 00

0. 74
1. N 1.N 15 41413/16
1. 00
1. 00
1. 0f 1.00 1.00 1.00 1.00 1.N 1.00 1.00
1. N 1.00 TS 4I411/4
1. 00 1.00
1. 00
1. 00
1. 00 1.00 1.00 1.00
1. 00 1.N 1.06
1. N TS 41415/16 1.00 1.00
1. 00 1.00
1. 00
1. 00
1. 00
1. 00 1.00
1. 00 1.M
l. 00 15 41413/8
1. 00
1. 00
1. 00 1.00 1.00
1. 00 1.00 1.00
1. 00 1.00
1. 08 1.00 TS 4I411/2
0. 63 0.06
1. 0F 0.37 0.66 0.09 0.37 0.06
1. 00
0. &3
0. 86 1.00 TS 5I!!3/16 1.00 1.00 1.00 0.09
1. 00
1. 0P 0.69 1.08 1.00 1.M

!.N 1.00 TS !!!!!/4

1. N
1. 00
1. 00
1. 00
1. 00 1.00
1. 0F
1. 00
1. 00 1.00 1.M 1.00 TS 5!!!3!8
1. N
1. 00 1.00 1.N 1.00
1. 00 1.00 1.00
1. 00 1.00
1. 00
1. 0P TS !!5!!/2 0.52 0.72
1. 00
0. 30 0.54 0.71 0.30 0.72
1. 00 0.52 0.72 1.00 f5 61613/16 0.93 1.00 1.00 0.71
1. 10 1.M
0. 71
1. N
1. 00 0.93 1.N
1. N TS 61611/4 1.00 1.00 1.00 1.00
1. 00
1. 00
1. 00 1.00
1. 00
3. 00 1.00
1. 00 TS 61615/16 1.00 1.00
1. 00
1. M
1. 06 1.M
1. 00 1.00 1.00
1. 00 1.M
1. 00 TS 61613/8 5

1.00

1. 0P 1.00 1.00
1. 09 1.00 1.08
1. 00 1.00 1.00
1. 00
1. 00 TS 61611/2 0.69
0. 95
1. 00
0. 51
0. 92
1. 00 0.51
0. 95 1.00 0.69
0. 95
1. N TS 81811/4
1. 00
1. 00
1. 0F

!. 00 1.00

1. 00 1.00 1.00 1.00 1.00 1.09
1. 00 TS 81813/8 1.06 1.00
1. 00 1.00
1. 00
1. 0P 1.00 1.00
1. 00
1. 00 1.M 1.00 15 81811/2
1. 00 1.00
1. 00 1.N
1. 00 1.00
1. 00 1.00
1. N 1.00
1. 00
1. N T510!!0I3/8 1.00 1.00 1.00 1.00
1. 0$

1.00

1. N

!. 00 1.N

1. N
1. M 1.N TS1911011/2 1.00 1.00
1. 00 1.00
1. 00
1. 00
1. 00 1.N 1.00 1.00 1.00 1.M T51011815/8
1. 0F 1.00
1. 06
1. 00
1. 00 1.N
1. 00
1. 0F l.00 1.00 1.00 1.00 75121!213/8 l
1. 00 1.00
1. 00
1. 00
1. 00
1. 00
1. 00 1.00
1. N 1.00 1.00
1. 00 751211211/2
1. 00
1. 00
1. 00
1. 00 1.00
1. 0F l.00 1.00 1.00
1. 00
1. 00
1. N TS1411411/2

.D5f-E- f-o?.2..M.. $ ; 7 .,I ....._ y. 1 M;L._' rnku: u:.a w v.4 4 'p 1 l l

e LorA STESS P40ITil.f'11.375')TYP(-4 LOC TA9tt 413 44 l -4 LO@ TLM SITE -13.4A> TH! D M SS (!M yy s. (lo CJ Ck n-==n 1.W TS 21211/4 1.N TS 31311/4

l. M TS 41413/16 1.W TS 41411/4 1.M TS 4I415/16
1. N T5 41413/6 1.N TS 414t!/2 1.00 TS !!513/16
1. 00 T3 51:11/4 1.00 TS 515:318 1.M TS $1511/2
1. 00 TS 616I3/16 1.M TS 61611/4
1. 00 TS 61615/16

(,

1. 0f TS 616I3/4
1. 00 TS 61611/2
1. 9P TS 61811/4 1.98 TS 41613/4 1.00 TS 61611/2 1.00 151011913/4 1.00 TS1911011/2 1.00 T51011815/4 1.00 TS12112I3/8
1. 01 T51211211/2
1. 0F TS1411411/2 c..-

.~ n... . 2q.-sam P. 3 I......)b.- -i \\ )& ' sh)TV p:.,t.L. c.Lu- f i

.2 LOCA STESS PEDIitt.5'13'113T4 LFc 14ptt 4-13-48 TJrt SilE UTIL12AllCN FK104 A. LORE Vp/ACTIE vp) FI A U'S F04 TM-f. L&4 Tk:D'ESS LCAD TM 4 (BRADIT l-1/2'!3'I ABLI 413.410 T (ths LC t!3 Ul' U2' U3' Ul" U2" U3" Ul"' U2 " ' U3" ' '!O KTA(P.8 SEThe.8 (3).8) (p).8) (3).8) (0 ETA (0.0 ar.d Illn!) _.m-__ _-,-.n A 97 CA CB CC CD E CF CS D' C1 CJ ..-m 16 21211/4

1. N
1. 00
1. 00 1.N
1. 00 1.00 1.00 1.M l.00
1. 00 1.N is 31311/6
1. 00
1. 0P
1. 00 1.00 1.N 1.N 1.00 1.N 1.00 1

!N 1.00 TS 4I413/16

1. N
1. 00 0.78 1.00
1. 00 0.78 1.00 1.te
0. 63 1 00
1. 00 TS 4:4:l/4
1. 00 1.N
1. N 1.00 1.00 1.N l.M

!. ff

1. N 1.#

l.N TS 41415/16

1. 0f 1.00 1.00
1. M 1.M
1. 0P 1.00
1. 00
1. 0P
1. 0f 1.M l

i TS 41413/8

1. N 1.N 1.00 1.N
1. 0P

!. 00 1.00 1.N 1.00 1.06 1.N l TS 4I411/2 1.00

1. 00
1. 00
1. 00 1.00 1.00
1. 0t 1.N
1. 0P
1. N

!.00 TS 51513/15 1.00

1. 0F 0.53 1.00 1.N 0.53
1. N

!.N

p. 51 1.fe I. fe 75 51511/4
1. 0p
1. 00
0. 94
1. N
1. 00
0. 94 1.Se 1.N
0. 9t '

!. 09 1.M TS 51513/8 1.00

1. 0P
1. 00
1. 00 1.9
1. 0F 1.00 1.00 1.M
1. 00
1. 0F 75 51511/2
1. 00
1. 00 1.00
1. 00
1. 00
1. N 1.N 1.00
1. 00 1.00 1.tr TS 61613/16
0. 64 1.N 0.42
8. 84
1. 0P 0.42
8. 84
1. N
0. 42Y
8. 84 1.N T3 61611/4 1.00
1. 00 0.75
1. 0P

!.N 0.75 1.00

1. N
0. 75!

1.00

1. 00 TS LIL15/16
1. 00 1.00 1.00 1.00 1.N

'N

1. 00
1. N
1. 0P 1.00 1.N

, TS 61613/8

1. 00 1.00 1.00 1.00 1.00 1.00 1.00 1.N 1.00 1.00 1.M TS LIL11/2
1. 00
1. 00
1. 0F 1.00 1.N
1. N
1. M
1. 00 1N

!. N 1.N TS 81811/4 1.00

1. 00
0. 56
1. 00 1.Se 0.56
1. 00
1. N 8.56 /

1.N

1. N T3 418!3/4
1. 00 1.00
1. N
1. 00 1.N
1. N 1.00
1. N
1. M
1. 00
1. N TS 81811/2
1. 00
1. 00
1. 00
1. 0P 1.f8 1.M 1.00 1.00 1.M l.00
1. N T510110!3/4
1. 00
1. 00 1.00
1. N 1.N
1. N

!.N

1. 00
1. ff

!. 0P

1. N T51011011/2 1.00
1. 00
1. 00 1.00
1. N
1. 00
1. M
1. N 1.N 1.00
1. N E

TSitillI5/8

1. 00
1. 00
1. 0P
1. 00 1.N 1.N
1. ff
1. N 1.80
1. #

1.08 TS1211213/8

1. 00
1. 00
0. 84
1. 00
1. 00
0. 84 1.00 1.00
0. 64 /
1. 0f
1. 0P 151211211/2
1. 00
1. 00
1. 00
1. 00
1. 0P
1. N 1.00 1.N
1. 90 1.88
1. N i

151411411/2 1.00

1. 00 1.00
1. 00
1. 0P

!. 00

1. 0P
1. 0F g 1.0F
l. 08 W.vrw i FA M F-0 11 /u #4 I

m - e me. s _FM F-f. 270 '/.d J) l \\ r 25. spiro i )l Mtit. ~ _ e 7 9). F - l C1 ' 'g V:. l

LOCAL STIESS SW)D(1.5'I3')TWi-A 1.30 TAILE 4-13-4B TUK $12f 9/D T* ls@rf $12t WI W2 W3 W4 17., W6 F W!en FSIN90 FS!v> rcw r$ng DIMSS Fv90 Fde at) r,er (th) (Lil :L2) g (14) (IM (lN) (INI (k!P) (in) (KID) (K!F) (b-+ 1C l n!C) _.umn .. -. mu.mmmm.o n-mmm.mm un.. mm u..n ma n A B C D E F 6 H I J K L st N O D 0 _ _ m nn nemieu 75 21211/4 2.De 0.254 1.5M 3. eN

1. Ne 3. DM 9. 0N 1.000 1.5ee 7.tN
5. I 2. tP
5. 80
4. 33 5.N
3. 54 TS 3I311/4 1 N 4.254 1.5M 3. fee 1.W 3.Ne 9. 000 2.Ne 1.5W 9. fee
5. 0 2.N
5. N 4.33 5.N 3.54 TS 4I4I3/16 4.00 0.188 1.5N 3.000 1.See 3.000 9.tM 3.000 1.5N 9.000
5. 0 2.00 5.00 4.33
5. N 3.54 TS 4:4:l/4
4. N 8.250 1.548 3. fee 1.5M 3.efe 9.000 3.000 1.500 9.000 5.0 2.00 5.00 4.33 5.te
3. 54 15 4I415/16 4.00 8.3131.5N 3.Ne 1.5N 3. K4 9.888 2.758 1.500 9.000 5.0 2.00
5. 88
4. 33
5. se 3.54 TS 4I413/8
4. N f. 375 1. 5M 3, Ne 1. 5N 3.008 9.000 2. 5N 1.5 N 9.000 5.0 2.64
5. N
4. 33
5. 00 3.54 TS 414I1/2 4.00 0.500 1.500 3. fee 1.500 3.889 9.000 2.ase 1.500 9.000 5.0 2.98
5. N 4.33
5. se J. 54 TS 5I!!3/16 5.00 8.1881.5N 3. fee 1.50e 3.see 9.80e 3.000 1.580 9.tes 5.0 2.00
5. 8P 4.33
5. N
3. 54 TS $1511/4 5.00 0.258 1.500 3.000 1.500 3. tN 9.tre 3.088 1.500 9.spe 5.0 2.00
5. 00
4. 33 5.N 3.54 T5 5I513/8 5.08 8.3751.500 3.Ne 1.5M 3. 000 9. fee 3.000 1.500 9. 000 5.0 2.00
5. 00 4.33
5. N 154 T1 515I!/2
5. N 0. 5de 1. 5N 3. 000 1. 5W 3.000 9. IN 3. 000 1.500 9. 9N 5.0 2.08
5. 00 4.33 5.fe 3.54 TS EI613/16 Lee 4.1681.500 3.Ne 1.5N 3.000 9.000 3.000 1.5N 9.000 5.8 2.98 5.08 4.33 5.N
3. 54 TS 61611/4 E. N f.254 1.5N 3.000 1. 5N 3. 9N
9. ON 3.000 1.500 9. tee 5.0 2.00 5.N 4.33 5.fe 3.54 TS 616I5/16 L N B.3131.5N 3.IN 1.5N 3.efe 9.f# 3. fee 1.588 9. tM 5.0 2. 00 5.M 4.33 5.N 3.54 TS 6I613/8 L ef I.375 1.500 3.000 1. 500 3.000 9. 088 3. 999 1. 500 9.000
5. 0 2. M
5. M 4.33
5. 00
3. 54 TS &I611/2 L GI 8.5ep 1.500 3.800 1.Sf6 3.006 9. 000 3. No 1.588 9.800 5.0 2. 08 5.N 4.33 5.N 3.54 TS 81411/4 8.00 0.250 1.500 3. Ne 1.5N 3. tee 9.000 3.000
1. 5N 9. 0N
5. 0 2.00 5.00 4.33
5. fe
3. 54 TS SISI3/8
4. N 0. 375 1. 5N 3. eN
1. 588 3.Ne 9. 889 3.880 1.548 9.008 5.0 2.se 5.N
4. 33 5.N 3.54 Tl 818I!/2
8. N 0.500 1.5ef 3.000 1.5fe 3.0fe 9.000 3.000 1. 5N 1.000 5.02. es EN 4.33
5. N
3. 54 T510!!II3/8 18. N 4.375 1.5N 3.000 1.50e 3.000 9. Ne 3. eN 1.5ee 9.ese
5. 9 2. N
5. M 4.33
5. N 3.54 T510!!0!!/2 10.00 0.5N 1.5W 3.800 1. 5M 3. 0N 9 Ne 3. fee 1.5M 9. 000
5. 0 2. M 5.00 4.33 5.N 3.54 1510110I5/810.M 0.62*, l.5N 3.000 1.500 3.0fe 9. fee 3.tN 1.50e 9.804 5.0 2. 00 5.M
4. 33
5. N 3.54 TS12Il213/8 12.00 0.375 1.500 3.tM l. 5N 3. tN 1. 089 3.000
1. 5N 9. NW
5. 0 2.te 5.00 4.33
5. se 3.54 TS1211211/212.N 0.5fe 1.5N 3. fee 1.5N 3.see 9. fee 1 000 1. 5N 9. fee 5.I 2.IB
5. le 4.33
5. N
3. 54 T5:4ii4Ii,2i4.M 0.5N i.

3.tM i. 5N 3. N8 9..N 3.. i.5N 9..N 5.

2. 0 5.M 4.33 5.N
3. 54

( chenw (d b @M S]3]O i. h W _ .. A ' ' f t a n c.

s LOCAL STIESS BRADI!(1.5'I3' inst 4 LOC TAfq.t 413 4P ft K SIIE FES45 FSIN3P F C S3D F E SS KTA) K1A2 ITAL ETA 2 EMI Df Vc OH TWICNEC 545 Fv38 m38 Me el n2 rl (IASICI LCDG 8 (14) Fy/.k 0.0 AC8055 (!N) (I H !P) (XIP) (! M IP) (! M IP) (ps0 TVi( A R S T U V W I Y Z AA AF AC TS 212I!/4 7.07 2.54 8.H 10.00 0.54 8.58 1.50 0.75 4.00

1. 00
15. N 1.80 T5 31311/4
7. 87 2.50 4.M
18. to
8. 50 0.67 1.00 0.54 L to I.le
10. N 1.fe T5 41413/16 7.97
2. 54 4.64
10. 00
0. 38
0. 75
0. 75 0.38 10.67
1. M
5. 63
1. N T5 4:4st/4 7.97 2.50 8.66
10. 0P 0.34
8. 75
0. 75
8. 38
8. 08 1.80 7.58
1. N T5 41415/16 7.07 2.54 4.64
10. 00 8.38 8.69
0. 75
0. 34 6.40
1. 00 9.38
1. N TS 4I413/8 7.07 L50 LM
18. 08
8. 34
8. 63
0. 75
0. 34 5.33
1. 08 11.5
1. N T3 41411/2 7.97 2.54 L 66
10. 08 8.M
t. 50
0. 75 0.34 4.83 1.10
15. N
1. N T3 5I513/16 7.07
2. 58 L 66 10.00
0. 30 6.64
8. 60
8. 30 13.33 1.N 4.58 1.N TS 51511st 7.97 L58 L 66 10.00
6. 38 8.64 8.64
8. 38 18.00
1. N LN
1. 00 TS 51513/4 7.07
2. 50 L 66
10. 00
0. 38 8.64 8.64
8. 38 L 67
1. N 9.00
1. N T5 515I1/2 7.97 2.5A 4.E
10. 00
8. 30 0.64 0.64
8. 30
5. 08
1. N 12.ep
1. N TS 61613/11 7.87 2.54 S.E
18. 00 8.25 8.50 L 50
8. 25 IL M l.00 3.75 1.N TS 61611/4 7.0
2. 50 L 66
10. 00 0.25 0.54 0.50 0.25 1.2. N

!.M 5.N

1. 00 TS 61615/16
7. 87 2.50 AE 18.88
0. 25
8. 50 8.54
0. 25 9.6e
1. 06 L 25
1. N T1 61613/8 7.87
2. 50 8E
10. 00 8.25 0.50 0.54 0.25
8. 00 1.N 7.50 1.N s

TS 61611/2 7.87 2.50

8. E
10. 00 0.25 0.50 0.50 0.T5 L 88 1.08 IP. N 1.N TS 41411/4 7.07
2. 56 4.E lt.de 0.19 4.38 0.34 6.19 1L 00 1.00 3.75 1.N T5 43413/8 7.07 2.50 LE 18.00 0.19
8. 38
8. 38 All 18.67 1.00
5. 63 1.N T5 4181!/2 7.07 2.50 4.66
10. W 0.19
8. 38 0.38 0.19 LN 1.00 7.5f
1. tr TlittitI3/4 7.87 2.50 L 64
18. 88 8.15
9. 30
8. 38 8.15 13.33
1. 08 4.58 f.N T51411011/2
7. 87 2.50 8.64
18. 00 0.15
8. 38 8.38 0.15 10.00
1. 00 L 00
1. N t

T51stitI5/8

7. 87 L50 L 64
10. 00 0.15
0. 30
8. 31 8.15 L IB

!.M 7.58 1.N T51211tI3/4 7.07 2.54 4.66

10. If 0.13
0. 25 8.25 0.13 ILee
1. N 3.75 2.N T512112It/2
7. 37 2.56 LE
10. 00 0.13 8.25 8.25 8.13 12.N 1N 5.N
1. N T514tl411/2 7.87 2.54 4.E 18.00 0.11 0.21 8.21 Lil 14.00
1. 00 4.29 1.N v.7 '~~' ~ :-

kF. / M. 6 --. 7.$..N.G..O_ . e.. n....a pAGE II OF 1?]2. g -r----,, .w,-,.,--,--,,----_---- , -. ~, _,.,

) LTA. STIESS 840IT(1.5'I3')TWE-A LDU 1ARE 4-11-49 TLK S!!E 092 31' 32' SW1 Sc SW3 Sw4 SW5

SWC, 21,5 22,4 73.6 THIDMSS SORTER L(NGER SORTER

(!NI ED ED ED LOKER 90RTER ALR33 90RTER LOViER ALlant SECTim ICLLUS CT Ct ACROSS ACROSS ACROSS ED ED ED ED ED ED (IN) TLK TlK TIM ACROSS f%RALLEL ACROSS PAR.'LLEL (90.!N) (SO.IN) (50.1 0 ...==n-4 AD AE F AG m Al M M AL 2 m sc --.nn TS 21211/4

1. N 2.58 2.19 0.33 4.54
5. 25 1.58
8. 75 3.75 0.33 1.54
3. 75 TS 3I311/4 1.13 2.58 1.84 0.75 4.:e 5.25 3.00 0.75 5.5 0.75 3.W 5.25 TS 4I413/16
1. 33 2.19
1. 72 0.75 4.50 5.25 4.54 8.75 5.25 8.75 4.5p 5.25 TS 4:4:l/4
1. 33 2.19 1.72 0.75 4.50 5.25 4.50 9.75 5.15 8.75 4.50 5.25 TS 41415/16 1.16 2.19 1.72 8.75 4.54 5.25 4.13 0.75 5.5 0.75 4.13 5.25 TS 4I4I3/8 1.07 2.19 1.72 0.75 4.50
5. 25 3.75 4.75 5.25 0.75 3.75 5.25 TS 4I411/2 1.00 2.19
1. 72 0.75 4.50 5.25 3.00 0.75 5.25 0.75 3.08 5.25 TS 5I5II/16
1. 44
2. 00 1.13
0. 75 4.54 5.25 4.50 0.75 5.25
0. 75 4.50 5.25 TS SI5II/4
1. 94
2. 00
1. 0 8.75 4.54 5.5 4.50 0.75 5.25 0.75 4.58 5.25 TS 51513/4
1. 04
2. 00
1. 0 0.75 4.58 5.25 4.58 8.75
5. 5 0.75 4.58 5.25 TS 5 011/2
1. 44
2. 00
1. 0 8.75 4.50 5.25 4.50 4.75 5.25
0. 75 4.58 5.25 TS 610 3/16 1.00
1. 44 1.%

0.75 4.50 5.25 4.50 0.75 1 25

0. 75 4.54
5. 25 TS &I6Il/4 1.00
1. 44
1. 5 0.75 4.58 5.25 4.58 4.75 5.25 9.75 4.5e 5.25 TS 6185/16
1. 8p
1. 84 1.%
0. 75 4.50 5.25 4.54
4. 75 5.5
0. 75 4.50
5. 25 TS M 6!3/8 1.00 1.M 1.56 8.75
4. 54 5.5 4.58 8.75 5.25 8.75 4.5e 5.25 TS 616I!/2 1.00 1.84 1.E
t. 75 4.58 5.25 4.54
0. 75 5.25 0.75 4.50 5.25 TS 81811/4
1. 00 1.72 f. 48 0.75 4.50 5.5 4.50 0.75
5. 5 8.75 4.58 5.25 TS sit!3/4
1. 08
1. 72 1.48 0.75 4.58 5.25 4.58 0.75 5.25 8.75 4.5#

5.25 l TS SISII/2 1.00 1.72 1.44

8. 75 4.50 5.25 4.50
0. 75 5.25 0.75 4.58
5. 25 TS1911013/8
1. 00 1.0
1. 44 0.75 4.50 5.5 4.54 0.75
5. 5 8.75 4.5e 5.25 T510110Z!/2 1.tu 1.0
1. 44 8.75 4.58 5.5 4.54 B. 75
5. 5
0. 75 4.58 5.25 TS19110I5/8
1. 0$

l.0 !.44 8.75 4.50 5.5 4.50 0.75 5.25 0.75 4.5e 5.25 T31211213/8

1. 00 1.%

1.41 0.75 4.50 5.25

4. 58
0. 75 5.25
8. 75 4.58 5.25 T512112I!/2
1. 00
1. %

!.41 0.75 4.58 5.25 4.54 8.75 5.25 0.75 4.50

5. 25 TS1411411/2
1. 00 1.52
1. 38 B. 75
4. 50 5.25
4. 58
8. 75 5.25
0. 75
4. 58 5.25 co w... v,.

.--. e - f 7].O ( he b $ M-h ,I I 7 .~ i l l '6 g.a m a 8 1 t (

LCCAL STRESS PA04T(1.5'!3')TM-4 L(MD TAILE 4-13-49 T N $!!E LO@ T M -A L0AD T V P E -8 THIOvfSS (ACTING-Vp) F0RCEON WELD (1N)

==3m======.===m-===.====.=n====.---....m.m. FWl/te FE2/te FW3/te 15FVB6# 15FVB45 !$FVP3e 15Fvie FWPI 24A.TG 24%45 24r=E3a ig=p (lm (hsil (ksil (ksil (KIPS /INHK!PS/IN)(KIPS /IN)(KIPS /INHK!PS/INHMIPS/IN)(KIPS /lNHRIPS/IM WlfS/lN, 11 = sum 0.hD - - - - - = = = = = = = = = = = = = = = = = = = = - - - - - - = = = = = = = = = = = = = = = = = = A AD AR AS AT AU AV AW AI Ay A? pt. TS 212!!/4 !$.00 10.00

2. 86 17.17 22.98 27.23
30. N
30. 00 5.56 6.48 7.82 6.67 TS 31311/4 L 67 5.00 2.22 Lil 10.61 12.38 13.33 13.33 2.75 3.24 3.51 3.33 TS 41413/16
8. 89 4.44 2.%

Lll

18. 61 12.38 13.33 13.33 1.83 2.16 2.34
2. 22 i

TS 4:4:l/4 6.67 3.33

2. 22
8. !!

10.61 12.38 13.33 13.33 1.83 2.16 2.34 2.22 l TS 414t$/16 5.33 2.91 1.78 8.11 10.61 12.34

13..?J 13.33 2.00 2.36 2.55 2.42 TS 414I3/8
4. 44 2.67
1. 48 8.11 18.61 12.38 13.33 13.33 2.20 2.59 2.81 2.67 TS 41411/2
3. 33 2.50 1.11 Lil 10.61 12.38 13.33 13.33 2.75 3.24 3.51
3. 33 TS 51513/16
8. 89
4. 44 L%
8. !!

1:.61 12.38 13.33 13.33 1.83 2.16 2.34

2. 22 TS 5I511/4 6.67 3.33 2.22 A ll 18.61 12.38 13.33 13.33
1. 83 2.16 2.34 2.22 TS 51513/8
4. 44 2.??
1. 48 8.11 10.61 12.38 13.33 13.33
1. 83 2.16
2. 34
2. 22 TS 51511/2 3.33 1.67 1.11 Lil
10. 61
12. 38 13.33 1133 1.83 2.16
2. 34 2.22 TS 61613/16 8.89
4. 44
2. %

Ll! 18.61 12.38 13.33 13.33 1.83 El6 2.34

2. 22 TS 61611/4 L 67 3.33 2.22 L il 10.61 12.38 13.33 13.33 1.83 2.16 2.34

'2.22 TS LI6!5/16 5.33 2.67 1.78 8.11 10.61 12.38 13.33 13.33 1.83 L16 2.34 2.22 TS 61613/8

4. 44 L22 1.48 8.11 10.61 12.38 13.33 13.33 f.83 2.16 2.34
2. 22 f.,

TS 616I!/2

3. 33 1.67 1.11 8.11 10.61 1L38 13.33 13.33 1.83 2.16 2.34
2. 22 TS 8I4II/4 6.67 3.33 2.22 Lil

!$.61 12.38 13.33 13.33

1. 83 2.16 2.34
2. F2 15 81813/8 4.44 2.22
1. 48 8.11 10.61 12.38 13.33 13.33 1.83 2.16 2.34
2. 22 TS SIBII/2
3. 33 1.67 1.11 Lil 10.61 12.38 13.33 13.33 1.83 2.16 2.34 2.22 T$ltlllI3/8 4.44 2.F2 1.48 8.11 10.61 12.38 13.33 13.33
1. 83 2.16 2.34 2.02 T51811011/2 3.33 1.67 1.11
8. !!

10.61 12.38 13.33 13.33

1. 83 2.16 2.34
2. 22 T51011915/8 2.67
1. 33 0.89 8.11 10.61 12.38 13.33 13.33
1. 83 2.16 2.34 2.22 TS12tl2I3/8 4.64 2.22 1.48 Lil 19.61 12.34 13.33 13.33
1. 83 2.16
2. 34
2. 22 T51211211/2 3.33 1.67 1.11 L il it.61 12.38 13.33 13.33 1.83 2.16 2.34 2.22 TS1411411/2 3.33 1.67 1.11 L il 10.61 12.38 13.33 13.33 1.83 2.16 2.34 2.22 h6E NLo i1.0A.)

{.._ ]k _ __ M M _. / i 14b Gnl ]!%- v:.x n as Wa ' g,

.~n-

Lata. $11ESS PROIT(1.5'I3'ITM-A LOC TABLE 413-4B Ttf( $12E LMD TM-5 4.10sAf Yp (!(It.tP.8i THIDMSS c11NG-vp ) (INI - - - - - - - - = = = = = = - - - - - - - - - - - = = M2 36N# 36M45 36M3F EMe M3 M llte M 2/tc M 3/le a Vs l Vpte uh (IN) (K IP3/l N H K !PS/I N HK! PS / I N H K ! r$ / I N H x l pS/ I N u xi ps/ I N ) (ksi) (ksil (ksi) (ksil (ksii vo.j/vp0 r II 8L R0WD=======rr==== en A 38 BC 3D If F 96 M BI BJ IE SL TS 21211/4

7. 82 1.95 2.39 2.67 2.67 2.67 129. M 28.09 10.67
14. 46 14.48
14. 4 TS 313II/4 3.51 1.43 1.74 1.93
1. 90 1.13 53.33 14.85
7. 71 It. N
11. 25 t e. N TS 4I4!3/16 2.34 1.43 1.74 1.93 1.99 f.93 71.11 12.49 18.28 5.63 7.54 5.63 TS 4:4:1/4 2.34 1.43 1.74 1 01
1. 90 1.93 51 33 9.E 7.71 7.50
10. M
7. M TS 4I415/16 2.55 1.43 1.74 1.93 1.90 1.93 42.67 8.17 6.17 9.38
18. 91
9. 36 TS 4I4!3/8 2.61 1.43 1.74 1.93
1. 90 1.93 35.%

7.49 5.14 11.25 12.se 11.2' TS 4I4II/2 3.51 1.43 1.74 1.93 1.98 1.93 26.67

7. 02 1 85 14.4e 14.40 14.4e TS 3r513/16 2.34 1.43 1.74 1.93 1.98 1.93 71.11 12.49 10.28 4.50 4.69 4.5e TS SI511/4 2.34 1.43 1.74 1.93 1.98 1.93 53.33 9.1
7. 71 L 00 6.25 6.N TS SI513/8 2.34 1,43 1.74 1.93 1.98 1.93 35.56 L 24 5.14 9.00
9. 38
9. N TS 5!511/2 2.34 1.43 1.74 1.93
1. 90 1.93 26.67 4.68 1 85 12.ge 12.5e 12.te TS EIu 3/16
2. 34 1.43
1. 74
1. 93
1. 90 1.93 71.11 12.49 10.28 3.75 3.75 3.75 l

TS 616t!/4 2.34 1.43 1.74 1.93

1. 98 f.93 53.33
9. E 7.71 5.N 5.N 5,0e t

TS 61615/16 2.34 1.43 1.74 1.93

1. 90 1.93 42.67 7.49 L17 L25 6.25 6.25 TS U613/8 2.34 1.43 1.74 1.93 1.14 1.93 35 %

L24 5.14 7.50 7.50

7. M

~ TS 6101/2 2.34 1.43 1.74 1.93 1.90 1.93 & &7 4.M 3.45

18. M 10.00 10.89 TS sit!!/4 L 34 1.43 1.74 1.93
1. 9P 1.93 53.33 9.36 7.71 3.75 3.75 3.75 TS git!3/4 2.34 1.43 1.74 1.93 1.90 1.93 35.%

L24 5.14 5.63 5.63 5.63 75 sit!!/2

2. 34 1.43 1.74 1.93 1.90 1.93 IL67 4.68 3.85 7.50 7.5e 7.59 TSletitI3/4
2. 34 1.43 1.74 1.93 1.98 1.93 35.56 L 24 5.14 4.50 4.50
4. M TS19tilII/2 2.34 1.43 1.74 1.93
1. 9p 1.93 26.67 4.68 3.85 LM LW 6.K TSittitI5/6 2.34 1.43 1.74
1. 93
1. 90 1.93 21.33 3.75
3. 06 7.50 7.50 7.58 7512112I3/4 2.34 I.43 1.74 1.93
1. 9F

!.93 35.% L 24 5.14 3.75 3.75 3.75 TS1211211/2 2.34 1.43 1.74 1.93 1.90 1.93 26.67 4.68 3.45 5.00

5. 00
5. fe TS14tl411/2 2.34 1.43 1.74

.l.93

1. 9F 1.93 E 67 4.68 3.85 4.29 4.29 4.29 p g g.g

.S ** %g a @ g3 / l 1 W*.k'.b O.N. 9 I .S. ti.._.*/rqI. ..g k A.a > cr 5 l g,

LOC 4. STIESS 84ACXETi!.5'I3') TYPE-A LOC TABLE 413-40 TUBE S!!E I SLL0dAKE Yp IIE1Alf.8) I ALLQd4RI Fl (MIDED CIN(CilCh)] TNICN(SS I ICAL(11 ATE IF LI 04 L2)=Ca.-t 1 (!NI F1 FI' NIN F2 F2' MIN m!N(Fl F2 Fl" Fl N!MFl" alhtFl'+ m (th) Iksi) (ksi) FI,Fl' (F2 MfCH CIN ALSO F2,F2', tFl' 42' ) Fl"'I F2), tFl"I(1 A (p. t

======== Iksil ths0 (ksH thsi) I k s i )========================= re 4 2')=== = A 80 F M GR 95 si 80 av N II p i TS 212II/4 14.44

18. M
10. 0$

14.44 14.44 14.44 25.29 0.06 IL 29

f. N 14.44 1.N TS 3I311/4 11.25
10. 00
10. 00
14. 44 14.44 14.44 24.44
0. 00 16.29
0. 00 14.44 1.N TS 4I413/16 7.50 563 E63 L 92
18. 84
6. 92 14.42
0. 00 4.00
0. N
5. 92
0. 63 75 4 4:l/4
10. 00 7.50 7.58 12.30 14.44 12.30
21. 90
0. 00
8. 00 0.00
12. 30 1.00 TS 41415/16 18.91 9.38
9. 38 14.44 14.44 14.44
23. 70 8.N
8. N
0. 00
14. 4 1.te TS 4I4I3/4 12.00 11.25 11.25 14.44 14.44 14.44 25.65
0. 00 8.N 0.00 14.40
1. et TS 41411/2 14.44 14.49 14.44 14.44 14.44 14.44
28. 00
0. M 8.N
t. 00 14.40 1.N TS 51513/16 4.69 4.54 4.50
5. 06 8.23
5. 06 9.75 0.00 0.00
0. N
5. 06 0.51 TS $r5II/4 L 25 LN LII 9.00
14. 40
9. 00

!$.25

8. 00 0.00 8.N
9. 00
0. 90 TS 5I513/4 9.38
9. 00
9. 00 14.44 14.44 14.40 23.44 0.00 0.00
0. 00 14.44
1. N TS SI511/2 12.58
12. N 12.80 14.44 14.44 14.44 26.40 0.00
f. N 0.N
14. 4f 1.N TS 61613/16 3.75 3.3 3.75
3. 96 L59 3.96 7.71 0.00
0. 00
0. 00 3.96
0. 42 Ti LI611/4 1 00 5.N
5. 00 7.43
11. 72 7.83
12. 83
0. 00 0.M 8.N 7.83 0.75 TS 61615/16 L 25 L 25 L 25 10.99 14.44 18.99 17.24
0. 00 0.00 4.00 10.99 1.N TS EIGI3/4 7.54 7.54 7.50 14.44
14. 44 14.44 21.90 8.80 8.80 8.N
14. 44 1.to 15 61611/2 10.00
10. 00 10.00
14. 44 14.44 14.44 24.44 0.00 0.00 0.00 14.44
1. 00
  • Tl 4I8I1/4 3.3 3.75 3.75 4.43
8. 35
4. 43
8. 54 0.00 0.00 0.00 4.43 0.56 TS 4It13/8 5.C 5.63
5. 63 II. M
14. 44
10. M IL50
0. 00 0.00 0.00 18.M l.N TS LISII/2 7.50 7.50 7.54 14.44

.44 14.44 21.90 0.00

8. N t.se 14.44 1.00 7519titI3/4 4.50 4.50 4.50 8.23 4.44 L23 12.73
0. 00 0.N
0. N 4.23 1.00 T510110I1/2 L 90 L IO L 80 14.44
14. 44 14.44 ft. 68 S 00
8. N
t. N 14.44
1. 0$

TSittitI5/8 7.58 7.54 7.50

18. +4 14.44
14. 40 21.96
0. 00 8.00 0.N
84. 44 1.ep i

TS1211213/4 3.75

3. 75 3.75 L 59 11.87 L 59 10.34
0. 00
8. N 8.N L 59
0. 64 TS12I!221/2
5. 00
5. 00 5.00

!!.72 14.44 11.72 IL72 0.00 - 4. 0f 0.00 !!.72 1.N TS14!!4t!/2 4.29 4.29

4. 29 9.76 14.44 9.76
14. H
8. 00 0.00 0.N 9.76
1. N l

c 7 h. i ' pp @k? .- : g :-- 7.6t w o, b I g, I

LCDL STESS 540.ET11.5'13')TM 4 LCAD TAaLE 4-13-48 Tlef $1IE UTILl!ATICM FAC10RIALLOAPLE Yp/ACT!E vp) F!WL U'S FOR T6(-A LO C TN10 MSS LOAD T M -4 (BRACXET l 1/2'13'I AILE 413.40 T (!N) W U3 Ul' T' U3' u!" W" U3" UI'" W" ' U3' " (!N) KTA(f.8 KTA(0.8 (Pl.8) (P). 41 (1).8) (KTA(0.8 n! 31)nt) A Il CA C3 CC CD E CF CS Of Cl CJ T5 21211/4

1. 00
1. N
1. 00
1. M

!. 00 1.M l.N 1.00 1.N

1. M 1.N 75 31311/4
1. 00
1. 00
1. 00
1. 00
1. 00 1.00 lo se 1.00 1.M 1.00
1. M T5 43413/16 1.00 1.00 0.78 1.N 1.00 0.78 1.N
1. 00
0. 63 1.M
1. 0f TS 4:4:l/4
1. N
1. 00 1.00 1.00
1. 00
1. N
1. 00 1.00
1. 00 1.M
1. 00 11 41415/16 1.00 1.00
1. 00
1. 08 1.00 1.00 I.N
1. M
1. 08
1. 00
1. 08 75 41413/8
1. M 1.00 1.N 1.00 1.N 1.00
1. M
1. 00
1. 00 1.00
1. 00 TS 41411/2 1.00 1.00
1. 00 1.N 1.08 1.00 1.00 1.00
1. 00 1.08 1.00 T1 51513/16
1. M

!.M 0.53

1. M
1. 00 8.53
1. 00 1.00 0.51
1. 00 1.00 TS 51511/4 1.00 1.N
0. 94 1.08
1. 00
0. 94
1. 08
1. 00
0. 90
1. N 1.N T5 SI513/8 1.00 1.N
1. M
1. 00
1. 00
1. 00
1. 00 1.M 1.00 1.te
1. 00 15 51511/2 1.00 1.te I.N 1N 1.00 1.00
1. M
l. 00 1.00
1. 00 1.00 75 L1613/16
8. 64
1. 80 8.42 8.84
1. M 0.42
6. 64
1. 80
8. 42
6. 64 1.as TS 61LII/4 1N 1.00 0.75 1.M l.M S.75 1.00 1.00 0.75
1. N
1. N T1 61LI5/ll
1. 00 1.00
1. 00 1.N

!. 00 1.00 1.00 1.00 1.00 1.00

1. 00 TS 61613/8
1. 00 1.00
1. 00
1. 00
1. 00
1. 00
1. 00 1.00 1.N
1. 08 1.M TS LIL11/2
1. 00 1.00
1. 00
1. 00
1. 00
1. 00
1. 00
1. 00 1.00 1.#
1. 00 T3 41811/4 1.00 1.00 6.56
1. 00 1.00 8.%
1. 00
1. 00
0. 56 1.M
1. N T1 43413/4 1.00 I.M 1.00 1.08 1.00
1. M
1. N 1.N 1.N
1. M
l. 08 T1 81411/2
1. 00
1. 00 1.00
1. 00 1.00 1.00 1.N 1.08
1. 00 1.00 f.N 111011013/4 1.00 1.00
1. 00
1. 00
1. 00 1.00 1.M 1.00 1.00 1.00
1. 00 751011011/2
1. 00 1.00 1.M 1.N
1. 00
1. 00 1.M l.00
1. 08 1.00
1. M 751011015/8
1. 00 1.00
1. 00
1. 00 1.00
1. 08
1. 08
1. 00
1. 00 1.te
1. 00 751211211/8
1. If 1.le
8. 84
1. 80 1.00
8. 84
1. If 1.N
0. P4
1. 00 1.W T11211211/2 1.00
1. M
1. M
1. 00 1.00 1.00
1. 08
1. M 1.00 1.N
1. If T51411411/2
1. 00
1. 00
1. 00 1.00 1.00 1.N
1. M l.00
1. N 1.#

1.# .m. C JN1 F. N f.-E- ?.C h 0-m /F) r r o. :.. l NL Sl1lW P:.3C $52.. :t AE. 'g

I LOCA STRESS PM>IT(211-3/8.l*2-1/16')TM-A L(m TAGLE 413-49 TUK $1IC UTILl?ATlDh FACTOR (ALLOW.RE Vp/ACTim va) FlR U'S FOR TM-Q LOR TN!:yMSS LOC TM -e (BRXFIT 2Il 3/8.*lTAKE 413.4h (th) Ul LP U3 Ul' LP' U3' Us" te" U3" UI'" LP" ' 12' ' (!N) KTA(0.0 KTA(0.8 KTA(0.0 (8),8) (8).8) (8).8) (KTA(0.8 ard Blin!) .. =. ..m .m m.. u =mer==usm nn A SY ll 04 O tt CD E CF CG 04 CI CJ -.....u-.-...m= TS 21211/4 1.00

1. 0$

l.N 1.00 1.00 1.00 1.00 1.00

1. 3P 1.09 1.00
1. N TS 3I111/4
1. 00 1.M l.00
1. 00
1. 00
1. 00
1. 0$

1.00 1.N

1. M
1. N 1.N TS 41413/16
0. 64
0. 50

!. 00 0.44 0.56 1.00

0. 44 0.58 1.00
0. H 0.58 / 1. M TS 4:4:l/4 1.09
1. 00
1. 00
1. 00
1. 0P 1.00 1.00 1.06
1. 0F

!. 00

1. 00 1.N TS 41415/16
1. 00
1. 00 1.00
1. 00
1. 00 1.M
1. M
l. 00 1.00 1.00
1. 00 1.N TS 414I3/4
1. 00 1.0a 1.00
1. 00 1.00
1. 00
1. 00 1.N 1.M 1.N 1.te
1. N TS 41411/2 1.00
1. 00 1.00 1.00 1.00 1.00
1. 00
1. 0F l.00
1. 0F
1. 0F
1. N TS 51513/16 0.64
8. 4
1. 0F 0.68 0.42 1.00 0.64
0. 4
1. 00
0. 64 0.46 ' l.M TS 51511/4 1.00 0.43
1. 0P 1.00
0. 13 1.00
1. 00 0.83
1. 0f
1. N 0.83 / 1.N TS 51513/4
1. 08 1.00 1.00
1. 00 1.N 1.00
1. 00
1. 08 1.08 1.00 1.N 1.N TS 5I511/2
1. N 1.N
1. 00 1.00 1.00 1.00
1. 00
1. M 1.N 1.00
1. 00 1.N TS 61613/16
0. %
0. 39 0.95 0.%
0. 33
0. 42 0.%
0. 39
f. 95
0. %

P.39 / 0.95 ' TS 61611/4

1. 00 0.69 1.N
1. 00 0.69

!.N

1. 00 0.69 1.M 1.00 0.65 / 1.N TS 61615/16 1.00 1.M
1. 00
1. 00
1. 00
1. 00
1. 0P
1. 00 1.00
1. 00
1. N
1. N TS 61613/8 1.00
1. 00
1. 00
1. 00
1. 00 1.08 1.00
1. 00
1. N

!.N 1.00

1. N TS 6I611/2 1.00 1.00 1.00
1. 00 1.00 1.N 1.M

!. 00 1.00 1.N 1.N 1.N / TS 41611/4 0.75 0.52

1. 00 0.75 0.52
1. N
0. 75 0.52 1.N
0. 75
0. 52 /

.N 1 TS 61013/4

1. 00
1. 00 1.00 1.08
1. 00 1.00 1.00 f.N
l. N 1.00 1.N
l. 08 TS 41011/2 1.00
1. 00 1.00 1.00 1.00 1.00
1. 00 1.0F 1.N
1. 0F
1. 0P

!. 00 TS1011013/4

1. N 0.93 1.M 1.N 0.93 1.N

!. 00 0.93 1.00 1.N 0.93 / 1.N 151011011/2 1.00 1.00

1. 00 1.00 1.00 1.00
1. 00
1. M 1.00 1.M

!.M l.N TS1011015/4

1. 00 1.00
1. 00 1.00 1.08

!. 00 1.00

1. 00 1.00 1.N 1.N 1.N TS1211213/4
1. 00
0. 77
1. 00
1. 00
0. 77 1.00 1.00
0. 77
1. N
1. 0P
0. 77 ' l. N TS1211211/2
1. 00
1. 08 1.00
1. 00
1. 0p 1.08 1.00
1. M
1. N 1.M
1. N
1. N T51411411/2
1. 00
1. 00
1. 00 1.00
1. 00
1. 00 1.M 1.N 1.00
1. 00
1. 00 1.N M

f..~~c % & ... u a hu. ..f .?d5-6 07g M.h .p>t $H->- n..= n cO!.z. s l 1

LOCA STIESS f*0ET(211-3/8A2-1/16')TWE-4 LOC TAP E 413-49 TVK $11E 3/D f* DRAD IT 512E W1 10 d3 W4 W5 F K I M FS!W90 FS! W F C SEP FS!'.! THlDXSs Fv90 F48 G F.e (!Ni (Lil (L2) H (IN) (IN) (!N) (lN) (KIP) (in) (K!D) (K!P) (IMih n!h m. ......m u. A B C D E F 6 H I J K L M N O P 0 TS21211/4 2.00 0.258 2.tW 3.375

1. Ne 1.375 6.750
1. 0N 2.eN L 758
5. 8 2.E
5. N
4. 33 5.16
3. 9 TS 31311/4 3.00 8.25# 2.tN 1.375 2.tN 1.375 6.754 1.375 2.000 6.754 5.0 2.E 5.00 4.33 5.16 3.54 15 41413/16 4.08 8.168 2.Ne 1.375 2.IN 1.375 0 754 1.375 2.Ne 6.758
5. 0 2. E 5.te 4.33 5.16
3. 9 T5 4:4:!/4 4.00 0.254 2.8N 1.375 2.000 1.375 6.750 1.375 2.000 L754
5. 8 2. E LM 4.33 5.16 3.54 T3 41415/16 4.0F t.313 2.9N 1.375 2.004 1.375 L 758 1.375 2.No L758
5. 0 2. E EM 4.33 5.16 3.54 TS 41413/4 4.te 0.375 2.0001.375 2.008 1.375 L 754 1.375 2.000 6. 758
5. 0 2. E
5. M 4.33 5.16 3.54 TS 41411/2 4.9p 0.58f 2.fer 1.375 2.0N 1. M L ?59 1.M 2.See L754 5 0 2.E
5. N 4.33 L l6 3.54 75 3r513/16 5.N f.184 2.80e 1.375 2.000 1.375 6.758 1.375 2.000 L 750
5. 02. E 5.00
4. 33 5.16
3. 54 T5 5I5II/4 5 00 0.258 2.Ise 1.375 2.IN !.375 L 758 I.375 2.000 L 754
5. 0 2. E 5.N 4.33 5.16 3.54 TS $1513/4 5.00 0.375 2.0s4 1.375 2.880 1.375 6.754 1.375 2.ON 6.754
5. 0 2. E 5.00 4.33 5.16 3.9 7$ $I511/2 5.af 8.5fe 2. AN 1.375 2.IN 1. M 6. 754 1.375 2.See L 754
5. 0 2. K 5.to 4.33 5.16 3.54 TS 6I613/16 6.0f 0.164 2.0N 1.375 2.000 1.375 L 754 1.375 2.000 L 750
5. 0 2. E LM 4.33 5.16 3.54 TS LI611/4 L W 8.258 2.0001.375 2.0N 1.375 L 75f 1.375 2.8N L 754 L t 2.E 5.N 4.33 5.16
3. 9 TS 6I6r5/16 L 00 0.313 2.088 1.375 2.000 1.375 6.754 1.375 2.088 L 754
5. 0 2. E 5.00 4.33 5.16
3. 9 TS 61613/8 L N t.375 2.000 1.375 2.000 1.375 L 758 1.T75 2. tee 6.754
5. 0 2. E 5.08 4.33 5.16 3.54 TS 61611/2 L ee 0.580 2. 000 1.375 2.0N !.375 L754 1.375 2.000 6.758 5.0 2.E 5.N 4.33 5.16 3.9 75 II8tt/4 8.00 8.250 2.0001.375 2.Ne 1.375 L 754 1.375 2.ter L 754
5. 02. E 5.N 0 33 5.16 3.54 75 8III3/8 4.M 8.375 2.0001.375 2.000 1. 375 6. 754 1.375 2.980 L758
5. 0 2.E 5.00 4.33 5.16 3.54 75 8I411/2 8.88 8.54f 2.Sie 1.375 2.800 1.375 L 754 1.375 2.for L750 L 8 2.E 5.to 4.33 5.16
3. 9 TSlfill!3/418.M B.375 2.8001.375 2.ON 1.375 L 754 1.375 2.000 L754
5. 0 2. E 5.00
4. 33 5.16 3.9 7516I10!!/2 If.M 0.5N 2.Ife 1.375 2.0N 1.375 L 758 1.M 2.fse L 754
5. 0 2. E 5.08 4.33 5.16 3.54 T51831s!$/4 le.ge 0.625 2.000 1.375 2.000 1.375 L 754 1.375 2.000 6.754 5.0 2.E
5. M
4. 33 5.16 3.54 T512I1213/8 12.00 9.375 2.0fe 1.375 2.fM 1.375 L 756 1.375 2.per L 750
5. 0 2. E
5. 00
4. 33 5.16 3.54 T51231211/212.N 0.500 2.0001.375 2.00s !.375 6.750 1.375 2.ePe L 754 5. 0 2. E
5. 00 4.33 5.16 3.54 TS14tl4tt/2 14.00 0.580 2. fee 1.375 2.tN 1.375 L75e 1.375 2.Ne L 758
5. 8 2. E 5.se 4.33 5.16
3. 54 W ". 89 9
  • g*

. pene.ug gg .e k ,.RL M...6.&. dd j I [W-_. Sh/F)I dtL Th)FN a cr x y

LOCA. STRESS 8%DET(2XI-3/8,H+1/16')TWE-A LOC TAR.E 413-49 TUK Sill H C1S45 FS!h3e r c S3e r e ss MTal KiQ Etal ETM GM1 Df Vo CH TWICMESS M5 Fv3e N3e M nl n2 r1 (ps!D tcurs Ilk) Fy/ 6* Wrg CCMI (!h) (I H IP) (KIP) (!b410) (!h+19) (pg o TLy

=====rs-==e=====-=====-...w.=-.=--======,-==mmm,3-,,. A R 't U V W g y I AA gl. oc _ -====.

======= ====w3=== ===rr=== m m eu um e n s TS 212It/4 7.29 2.50 8.93 18.31 0.50 0.5e 0.69

1. 00 4.00 1.te
15. W l.N TS 3I311/4 7.29 2.58 8.93 10.31 8.67 8.46 8.46 0.67 L 00 1.N
18. N 1.13 TS 4I413/16 7.29 2.58 8.93 10.31
0. 58
8. 34
0. 34 4.54 14.67 1.M
5. 63
1. W TS 4:4:!/4 7.29 2.58 8.93 10.31
8. 58
0. 34
8. 34
8. 50
8. 00 1.se 7.2 1.w TS 41415/16 7.29 2.50 8.93 10.31 0.54 8.34
0. 34 e.54 E. 68
1. 00
9. 38 1.M TS 41413/8 7.29 2.58 8.93 18.31 8.54
8. 34 4.34 8.54
5. 33
1. 00 11.25
1. N TS 41411/2 7.29 2.54 8.93 18.31 0.54
8. 34
8. 34 8.54 4.00
1. 00 15.00
1. N TS 51513/16 7.29 2.58 L93 10.31 L 48 8.28 8.28
8. 48 13.33 1.00 4.58
1. 00 TS 51511/4 7.29 2.54
8. 93 10.31 0.64 0.28 0.28 0.49 II.m 1.ge 6.se
1. N TS 51513/8 7.29 2.58 L 93 10.31
8. 68 8.28 0.28 0.40 L 67 1.M 9.N
1. W TS $1511/2 7.29 2.58 8.93 10.31
0. 48 8.28 0.28 8.68
5. 00
1. 00 12.00
1. N TS 61613/16 7.29 2.58 8.93 18.31
8. 33 8 ?3 0.23
8. 33 16.se 1.se
3. 75 1.w TS 61611/4 7.29
2. 58 4.93 10.31
0. 33 8.23 0.23
8. 33 12.se
1. 89
5. 99 1.te TS LI615/16 7.29 2.54 8.93 18.31
8. 33 0.23 8.23
8. 33 9.68 1.8e L 25
1. M TS E!6!3/8 7.29 2.58 L 93 18.31
0. 13 8.23 8.23 fi.33 L ee
1. 00 7.5e 1.se

^ TS 61611/2 7.29 2.5e 4.93 10.31

8. 13 0.23 8.23 0.33 LW l.se it. M

!.N TS 415I1/4 7.29 2.58 8.93 10.31 0.25 8.17 0.17 0.25 16.se 1.10 3.75 1.N TS 81013/8

7. 25 2.58 L 93 18.31
0. 25
0. !?

8.17 9.25 18.67 1.fo 5.63

1. M TS 41811/2 7.29 2.58 8.93 18.31 8.25 8.17 0.17
8. 25
8. M
1. 00 7.50 1.se TS't!!813/8 7.29 2.58 8.93 18.31 8M 8.14 4.14 4.M 13.33 1.fe 4.58 1.fe TS1811811/2 7.29 2.54 4.93 10.31
0. M g.14 0.14 4.M
16. 00 1.se 6.se 1, se TS18IllIi/8 7.29 2.58 L93
18. 31
8. M t.14 p.14
6. M 4.se 1.pe
7. 9
1. pe TS1211213/8 7.29 2.58 A 93 18.31 0.17 0.11 0.11 0.17
16. M 1.fo 3.75
1. N TS1211211/2 7.29 2.58 4.93 18.31 8.17 0.11 8- !!

8.17 12.le I.fo 5.N

1. N TS1411411/2 7.29 2.58 8.93 10.31 0.14 0.10 8.10 0.14 14.00 1.se 4.29
1. N l

-C;.' r \\ , h.N -3..N.M u

i..

/%L SMS-o?. t 1^ Ci J 'J f 1 l l

1 LOCA STRESS PWOITt?!! 3/8,H=21/l&'IT@t 4 LCRD TAKE 413 49 TLK Sllt DB2 9F1' DB?' SW1 She SW3 sh4 SE SE !!.5 12.4 13.6 Tk!OMSS SO2iER LDGR 90RTER (10 ELD ELD ELD L0ua 90RTER ALLROLPC 90RTER LDER ALR0thD SECT!3i EDLI.L5 0F E t EOSS Att0SS ACESS ELD ELD ELD ELD ELD ELD (10 TLK TUPE TUtE ACROSS M R LEL ACROSS M R IEL 150.!N) (SO.!h) ($5.14 .a 2 A AD RE AF AG M Al AJ AK AL M M AO - =. n .. un.,n TS 21211/4

1. 00 2.13 2.58
8. 33
2. 75
4. 44 2.00
1. 33 4.to
4. 33 2.00
4. N TS 31311/4 1.00 1.42 2.N 1.33 2.75 4.N 2.75
1. 13 4.04
1. 33 2.75
4. 66 TS 41413/16
1. 08 1,68 1.88 1.33 2.75
4. M 2.75 1.33
4. N 1.33 2.75
4. te 15 4:4st/4
1. tr 1.68 1.84 1.33
2. 75
4. N 2.75 1.33 4.06
1. 33 2.75
4. N TS 4I4!5/16
1. 08 1.64
1. 68
1. 33
2. 75
4. 06 2.75 1.33 4.68
1. 33 2.75
4. N TS 43413/8 1.00 1.64
f. 88
1. 33 2.75 4.06 2.75
1. 33 4.N
1. 33 2.75
4. 63 TS 41411/2
1. 00 1.64 1.te
1. 33 2.75 4.to 2.75 1.33
4. N
1. 33 2.75
4. 06 TS 51513/16 1.ft 1.59 1.75
1. 33 2.75
4. N
2. 75
1. 33 4.N
l. 33
2. 75
4. N TS 5I511/4
1. 0P 1.59 1.75 1.33 2.75 4.M
2. 75 1.33
4. N
1. 33 2.75
4. M TS 51513/8
1. 88 1.53 1.75
1. 33 2.75 4.N 2.75
1. 33 4.N
1. 33 2.75 4.N TS 51511/2 1.te 1.59 1.75 1.33 2.75 4.to 2.75 1.33
4. to
1. 33 2.75 4.es TS 61613/16
1. 00
1. 54 1.67 1.33
2. 75 4.N E 75
1. 33
4. 08
1. 33 2.75
4. N TS 616II/4
1. 0P
1. 54 1.67
1. 33 2.75
4. 04 2.75 1.33 4.N 1.33
2. 75
4. N TS 61615/16 1.98 1.54 1.67
1. 33 2.75 4.N 2.75 1.33
4. N
1. 33 2.75 4.N A TS 6161316
1. 00
1. 54 1.67 1.33 2.75 4.84
2. 75
1. 33
4. 66
1. 33 2.75
4. 06 TS LIL11/2
1. 00
1. 54 1.67
1. 33 2.75
4. N 2.75
1. 33
4. N 1.33 2.75
4. P!

TS 81811/4 1.00 !.4 1.56

1. 33 2.75 4.M
2. 75 1.33 4.N 1.33 2.75
4. N TS 81613/8
1. 00 1.4 1.56
1. 33 2.75 4.M 2.75
1. 33 4.08
1. 33 2.75
4. 63 TS 81411/2
1. 00
1. 4
1. 56
1. 33 2.75 4.08 2.75
1. 33 4.08
1. 33 2.75
4. N T51011913/4
1. 00 1.42
1. 50
1. 33 2.75 4.to 2.75
1. 33
4. N
1. 33 2.75
4. N T519!!t11/2
1. 00 1.4 1.50
1. 33 2.75
4. 86 2.75 1.33 4.N

!. 33 2.75

4. N T519110!!/8 1.00 1.Q l.50 1.33 2.75 4.48 E75
1. 33 4.se
1. 33 2.75 4.N TS1211213/8
1. 00
1. 39
1. 4
1. 33 2.75 4.06 2.75
1. 33
1. N 1.33
2. 75
4. N TS12112I1/2 1.00 1.31 1.4 1.33 2.75
4. N 2.75 1.33 4.N
1. 33 2.75
4. M T514I14I!/2
1. 08 1.37 1.43
1. 33
2. 75
4. 06 2.75 1.33 4.N
1. 33 2.75
4. N p-....--

O, t h_ -.... sDlV7 l jul shH+ ~ .n m 5

LOCAL STRESS SMoit t231-3/8.6*21/16'lTWC 41 LCRD TAM 413-48 TUFC $1!! LORD TWE-A L0AD i Y P E -8 THlCA(SS 18C1186-Vp) F0RCi0W WtLD sin) m.m=w m. .m. 6_.......... .m = u j m mmu Mllte M?/te M3/te 17@6e 17445 15F@J$ 17bT9 FWil 24 268 2 d 445 24 M 3e 247.W ) (!NI thu) thsil thsi) (KIM/lhMNIPS/lhHxlPS/thlix!PS/INHK!PS/lNHMIM/INHRIPS/IhMAIM/INHk!M/!'i -- 11 ALLROJC m- ...=.=. mm u = A F AD AR 86 AT A0 W W AI AY Al I.. ..m = -.m m. m m. -- ._=.n-TS 21211/4

19. N lt. te 2.%

17,63 23.64 28.94 30.94 30.94 4.74 5.41

5. 72 5.16 TS 313II/4
5. N 7.27 2.%

4.95 L 35 7.32 7.73 7.73 3.45 3.14 4.16 3.n TS 41413/16 6.67

9. 79 3.95 4.95
6. 35 7.32 7.73 7.73 3.45 3.94 4.16 3.75 TS 4:4:l/4
5. 00 7.27
2. 96
4. 95 L35 7.32 7.73 7.73 3.45
3. 94 4.16 3.75 TS 4I4I5/16
4. N
5. 42 2.37
4. 95 L 35 7.32 7.73 7.73 3.45 1%

4.16 3.5 TS 4I413/4 3.33

4. 45 1.98 4.95 L35 7.32 7.73 7.73 3/45 3.94 4.16 3.5 TS 43411/2 2.M 3.64 1.44
4. 95 L35 7.32 7.73 7.73 3.45 3.94 4.16 3.75 TS 515I3/16 L 67 9.79 3.95 4.75 L35 7.32 7.73 7.73 3.45 1%

4.16

3. %

TS 515I1/4 5.N 7.27 2.96 4.95 L35 7.32 7.73 7.73 3.45

3. 94 4.16 3.75 TS 5t$13/8 3.33
4. 45
1. 98
4. 75 L35 7.32 7.73 7.73 3.45
3. 94 4 16 3.5 TS SI511/2
2. 50 3.64 1.44 4.95 L35 7.32 7.73 7.73 3.45 3.94 4.16
3. 75 TS 616I3/16 L 67
9. 78 3.95 4.95 L 35 7.32 7.73 7.73 3.45 3.94 4.16 3.75 TS 61611/4 5.N 7.27 2.%

4.95 6.35 7.32 7.73 7.73 3.45

3. 94 4.16 3.n TS LIGI5/16
4. 09
5. 42
2. 37 4.95 L 35 7.32 7.73 7.73 3.45
3. %

4.16

3. E 75 616IJ/8
3. 33
4. 85
1. 98 4.95 L 35 7.N 7.73 7.73 3.45
3. 94 4.16 3.75 75 61611/2 2.58 3.64 1.44
4. 95 L35 7.32 7.73 7.73 3.45
3. %

4.16 3.75 TS 81811/4

5. 00 7.27
2. 96 4.95 L 35 7.32 7.73 7.73 3.45 3.%

4.16 3.75 TS 1It23/8

3. 33 4.85 1.98
4. 75 L 35 7.32 7.73 7.73 3.45
3. 94 4.16 3.E 75 814I!/2 2.50
3. 64
1. 44 4.95 L 35 7.32 7.73 7.73 3.45 3.94 4.16 3.75 TS10!!0I1/4
3. 33
4. 15 1.98 4.95 6.35 7.32 7.73 7.73 3.45 3.94 4.16
3. 3 TS10!!III/2
2. 50
3. 64
1. 44 4.95 L 35 7.32 7.73 7.73 3.45 3.94 4.16
3. 75 TS10!!0I5/8 2.00 2.91 1.19 4.95 L35 7.32 7.73 7.73 3.45 3.94 4.16
3. 75 T512I1213/8
3. 33
4. 45 1.96 4.95 6.35 7.32 7.73 7.73 3.45 3.94 4.16 3.75 T512I12I!/2 2.58 3.64 1.44 4.95 L 35 7.32 7.73 7.73 3.45
3. %

4.16 3.75 7514t!4I!/2

2. 58
3. 64 1.44 4.95 6.35 7.32 7.73 7.73 3.45 3.94 4.16 3.E

. GM.E.6.07e & d la n? /59, [ e ~e.m.x.s_ c i c l -.._.-,.-_._.__~-._,.._._____.._...m .__,._m

LOCA STRESS 840ITitil 3/ apt l/16'ITWi4 LOC iteti 4-13-49 ft9C 511C LO'.0 TYM P ALLO AILE Yp iMt.".fi. O TN!O.(SS SCTING-vp tih> m ..........n-r.- m n n m.m..uwm m F.W ErkTe Juw4',.%rk13e 36FhN M3 FWBl/tc M2/tr FWB3/te t' pal VS2 uN tlM (K lr$/ lN HM IPS/l h M KitSilM (k iPS/lh l (KIPS /IM (X IPS/ INI MO htO (htil (htd DSO V$1/W.:* m . m m.= .. m .r

u. m n

31 ALpng.mm m mm. A 95 BC 30 N IF BG P4 91 BJ IK st _. _--. -.. -m m m e=== mmum.-.- n mm . m...u le 15 21211/4 5.72 1.90 2.31 2.56

2. 0 2.56 123.75 22.86 14.23 14.44 14.44 l a. e4 m

TS 31311/4 4.16 1.99 2.31

f. M 2.53
2. %

30.9

16. 0 18.23 11.25
18. M If. N TS 41413/16 4.16 1.98 2.31 f.56 2.53 2.56 41.25 22.17 13.64 5.63 5.0
5. 0 TS 4:4:l/4 4.16
1. M 2.31 2.56 f.53 2.56 M.M ILO 10.23 7.M
7. M
7. 9 TS 4I415/16 4.16
1. 99
2. 31 2.%

2.53 E56 24.75 13.30 4.14 1.38

9. 38
9. 36 15 414!3/4 4.16 1.98
2. 31 L%

2.53 f.%

29. 0 11.88 L &2 11.25

!!.5 11.25 TS 41411/2 4.16 1.90 E.31 2.56 2.53

2. %

15.47 4.31 5.12

14. 68 14.44
14. 4 TS SI513/16 4.16 1.9e 1.31 2.%
2. 53 2.56
41. 75 P2.17 13.64 4.50 4.M
4. M TS 51511/4 6.16 1.9e 2.31
2. %

2.53 2.56 M.h 16.63 10.23 6.N

6. N
6. W TS 51513/8 4.16
1. 98 2.31 2.56 2.53 2.%
20. 0

!!.N L 82

9. M 9.M 1.te TS $1511/2 4.16 1.90 2.31 2.%

E 53 2.56 IL 47 L31 5.12 12.00

12. M
12. W TS &I613/16 4.16
1. 95
f. 31 2.%

2.53

2. %

41.25 22.17 13.64 3.75 3.75 3.75 TS 6t&II/4 4.16 1.90 2.31 2.%

2. 53 2.'%

38.94 16.63 14.23 5.N 5.M

5. W TS 61615/16 4.16 1.98 2.31 2.%

2.53 2.% 24.75 13.30 8.18 L25 L 25 L 25 " '. TS 61613/8 4.16 1.98 2.31 2.56

2. 53 f.56 29, 0
11. 08 L 82 7.50 7.M 7.M TS 61611/2 4.16
1. 98 2.31 2.%

2.53 2.% IL 47 L31 5.12

18. N I S. M
18. N TS 43811/4 4.16
1. 98 2.31 2.56 P.53
2. E 30.94 IL 63 10.23
3. 75 3.75 3.75 TS 81413/4 4.16 1.50
2. 31 2.5 2.53 2.56
29. 0 ll.M L 42 5.0 5.0
5. 0 TS 41821/2 4.16 1.98 2.31 2.56 L 53 2.%

15.47 L 31

5. !!

7.M

7. M
7. M TS10tt013/4 4.16 1.98 2.31 f.%
t. 53 2.%

29.0 !!. to L 82 4.58

4. M
4. M islltitII/2 4.16
1. 90
2. 31 2.%

2.53 2.% 15.47 L 31 5.12 LW LW

6. M TSitIllr5/8 4.16 1.90 2.31 f.%
2. 53 f.56 12.38
6. 15
4. P9 7.58 7.58
7. 9 T51211213/8 4.16
1. 90
2. 31
2. 56 f.53 2.E 29.63 11.88 L82 3.75 3.75 3.75 TS12Iitti/2 4.16
1. 90 2.31 2.%

2.53 f.E 15.47 L 31 5.12

5. M
5. #

5.N TS14tl411/2 4.16

1. 90 2.31 2.E 2.53
f. 56 15.47 4.31 5.12 4.29 4.29 4.29 l

t 1 G '... . b. Y $..5. 0 0 Y-C__ J/7/r9.! g..... y. J!Y 'l b, ' i 0 ".0 E esu.2. I' ,7.y 3 I

LOCA $18fisS Hn!112113/8.H'2 l!!6'11YPE-A LOC TAh! 413-49 TUFC$1H I ALLOA%i vp llCTA)s.8) I ALLO 4P.E F1 (2700 CDeCilN! Twjoi,ts; 1 !CAaL ATE 1F L1 DR L2)=CIL-B I t!h> FI FP Rik F2 F2' NIN plMFl.F2 Fl" Fl'" N!MFl" 81MFl"* Cl f}h) (ksil (ksd FI,Fl' (F2 ET04 (De ALSO F2,F2',(Fl'42') Fl"'l Fil (Fl"lCA't.t i

==== =

=-== === thsil (ksil (ksi) 'isil ( k s i )== =========" +fi' ) =" " " A $N to IP to 8R 15 BT IV P/ IW II Pr . = r= - n - n= m.. .w ...__._.---.-n======r=======nen TS 21211/4 9.99 14.49

9. 99 14.64
14. 69 14.40 24.30 14.65
0. N s.N 14.6e I.M TS 31311/4
9. 98
1. 25 9.90 14.44 14.32 14.32 24.30
8. 00 8.N t.se 14.32 1.N TS 4I413/16 5.0 5.0
5. M
7. t3
5. 44 5.44

!!.E I. N I. N t.se 5.44 4.84 TS 4:4:l/4 7.5e 7.54 7.50 12.64 9.67 9.67 17.17

4. 08 0.M
8. 08 9.67 1.M TS 4I415/16 9.38 9.38 9.38 14.64 14.44 14.44 23.78 8.N 4.N t.se 14.44 1.N TS 4I413/4 11.25 11.25 11.25 14.40 14.44 14.64 25.65 0.00 0.N 4.08 14.40 1.N TS 41411/2
14. 64 14.4a
14. 64 14.44
14. 64 14.44
23. N g.te 3.00 e.M
14. 6e
1. 00 TS SItI3/!t 4.54 4.53 4.54 5.38 4.E 4.06 8.56
8. te
8. 0f
0. 00
4. E p.64 TS 515!!/4
6. M
6. 00
6. M 9.54 7.22 7.22 13.22 0.00 8.89
0. M 7.22 1.N TS SI513/8 9.N
9. fe 9.00 14.40 14.48 14.4P 23.60
0. M 0.N
f. N 14.40 1.M TS 51511/2 12.64 12.00 12.00
14. 44 14.64 14.44 26.64
0. 08
0. 00 4.te 14.69 1.te TS 61613/16 3.75
3. 4 3.75 4.32 3.22 3.22 L97
0. 00
8. N
8. N 3.22
f. 56 11 61611/4
5. 00

$. 00 5 te 7.68 5.73 5.73 19.73 0.00 8.M t.se 5.73 1.N TS 6!615/16

f. 45 L25 L25 12.88 4.95 L95 15.29
0. 00
4. M 6.M 8.95
1. N n 75 61613/8 7.58 7.58 7.54 14.44 12.89 12.89 29.39 0.09 f.Ie 0.80 12.89
1. N T$ 61611/2 II. fe
18. 88 10.00
14. 44 lo. 6#

1 4. 44 24.48

0. 00 8.M 8.M

!4.49

1. N 75 81811/4
3. '/5
3. h 3.75 5.49
4. 83
4. 83 7.78 8.09 0.00
8. M 4.83
4. 75 15 81813/8 5.0 5.63 5.0
12. X 9.E 1.E 14.69 f.N 4.Je 8.19 9.E
1. N TS 8181!/2 7.58
7. 58
7. 58 14.44
14. 64 14.48 21.90 0.06
8. M t.8e 14.=0
1. N TS10!!II3/8.

4.56 4.58 4.52 9.65 L 96 L% !!. 46 8.N fM 0.fe L% 1.N TSitIlslut 6.N

6. 00 L te 14.44

.2.34 12.38 18.34

0. 00 8.00
0. 00 12.38 1.N T51eller5/4 7.9 7.58 7.50 14.48 14.68 14.40
21. 90 8.00
8. N 4.N 14.68 1.W 75121!!!3/8 3.75 3.75 3.75 7.84
5. 64
5. 64 L 39 0.00 0.N 0.N 5.64 1.N TS12:12II/2
5. 00 5.98 5.98 13.93 10.83 18.63 13.03 0.N
t. N
8. f*

It.fJ 1.N T51411411/2 4.29 4.29 4.29 11.77

8. 62 8.42 12.79
8. N 4.00
8. 99 8.42
1. N CC'S P

N h r' n .._ m/PJ,- ?-- fi k Sh]22 _ / V?. l A.. ('.'..)L l

l LOCA STRESS HOIT(2Il-3/8,N l/16'lTM-A LCr.D TAP;E 4-13-4ti 1 TUK S!!E UTill!A11Ch FAtt086LLD&GLE vp/ACTim vp) FIC /S FDA TM-A LCC THICMESS LO@ TM -A (HACKET 2Il-3/8.' afar.E 413.4H (!N) w g3 up wi g3s gin go y3n yp o wo e g3o i llhi K7A(0.8 SCTA(0.8 (3). 8) (8). 8) (8).8) (ETA (0.8 and 11)ml) -.. -... 3.r sa .- r __ rers. A 32 CA C3 CC CD E CF CS CH Cl CJ m err .r-s TS PI211/4

1. 00 1.00
1. M
1. 00 1.N l.N 1.00
1. 00
1. N 1.09 1.N TS 3I3II/4
1. 00
1. N 1.N

!. 00 1.00

1. 00 1.M l.00 1.00 1.08 1.00 TS 414I3/16 0.58
1. 0F
8. 64 8.%

1.te

8. 64
0. 58 I.M I.84 8.58 1.08 TS 4:4st/4 1.00
1. 0F

!. 00

1. 00
1. 0P 1.N 1.00 1.M
1. 00 1.N 1.te TS 41415/16
1. 00
1. 00 1.N 1.00 1.00 1.00 1.M l.00 1.00 1.00
1. N TS 4I4!3/8
1. 00 1.00
1. 0F l.00 1.00 1.N 1.00
1. 00
1. 00 1.te 1.00 TS4I4II/2
1. M
1. 00 1.00 1.00 1.00
1. 00 1.00 1.00
1. 00
1. 00 1.00 TS SI513/16
8. 46 1.00 0.64 0.42 1.N
8. 68 8.46
1. 00 0.64 0.46
1. pe TS 51511/4
0. &3 1.00 1.00 0.63
1. 00 i 00
8. 83 1.00
1. 00 9.83
1. 0t TS 5I513/8
1. 00 1.00
1. 00 1.00
1. 00 1.00
1. N
1. 00 1.N 1.0e 1.M TS 51511/2 1.00
1. 00 1.00
1. 00
1. 0F l.M l.00
1. 00
1. 00
1. 00 1N TS 61613/16 8.31 8.95 8.%

B. 33

8. 82 8.56
0. 39
8. 95 6 56
8. 39
8. 95 TS 61611/4 0.69 1.00 1.00 8.69 1.00
1. 0P 8.69 1.00
1. 0W 8.69
1. 00 TS 61615/16 1.N 1.00 1.M

!. 00

1. 0F
1. N
1. N
1. 00 1.N l.N 1.N

% TS 611.:3/4 1.00 1.00 1.00 1.00 1.08

1. 00
1. 00 1.M l.N

!. 08 1.N / TS 61511/2 1.N

1. 0F 1.N 1.00
1. 00 1.N 1.M
1. N I.N 1.N 1.M TS 810!!/4 0.52
1. 00 0.75 0.52 1.N 0.75 0.52 1.00 0.75 8.!2
1. N TS 8I8I3/8
1. 00 1.00 1.00 1.80 1.00 1.M 1.00 1.00 1.00 1.N 1.N TS $1811/2 1.00
1. N 1.00
1. 00
1. 00 1.00 1.00
1. 00 1.00 1.00
1. N TS1811013/4 0.13 1.00 1.00 8.93 1.N
1. 00 8.93
1. 00
1. 00 0.93 1.00 TS1911011/2
1. 00
1. 00 1.00
1. 0P 1.00
1. 00 1.00 1.00
1. N 1.00 1.N T518119I5/8 1.00 1.00 1.00
1. N I. 0F 1.N 1.00 f.N
1. 00 1.00 1.N TS1211213/8
4. 77 1.00
1. 00
8. 77
1. 00
1. 00
8. 77
1. 00
1. N 8.77
1. 00 TS12I1211/2
1. 00
1. 00 1.00 1.00 1N
1. 00 1.00 1.00
1. M l.N
1. 0P TS1411411/2
1. 00
1. 00 1.08
1. 00
1. 00
f. 00
1. 00 1.M 1.M 1.N 1.N C Y. C ~ ', ' ' ' ~

fEf-LS2?___'Id.9 l u.K : min .,I l J aa ~ w M. ~i \\ =t 4 uL g'

LCCAL STRESS P%"MT(2.25'I2.12t'lTYTT-A LO@ fre.t 4-13 4: U11Lll4fICN FACT 08'ALLDtJLE vp/ACT!hG Yp) FlhAL U'S FOR TITT-A LCC flif illi (DC f YPE -Q p% i 2 1/412 1/8;7AA.E 4 13. O ThlM 55 (lo UI U2 U3 Ul' U2' U3' Ul" u?" U3" Ul ' " U2" ' u3"' KTA(0.8 KTA(P.8 KTA(f.8 (B). 8) tt). 8) (8). 8) (ETA (f.8 aed Blinil (INi --..w-BY ll CA D CC CD E CF G Di Cl CJ D 1.N

1. N

!. 00

1. N 1.N
1. 00
1. 00 1.00
1. 0$
1. M 1.00 1.00 TS 31311/4 8.60 0.56 1.00 0.64 0.57
1. 00
0. 64 8.56
1. 00 0.64
6. 56
1. 00 TS 41413/16
1. 0f
1. 0P

!. 00

1. 00 1.00 1.00
1. 0F
1. 0F
l. 00
1. M 1.00
1. 00 TS 414II/4 1.00 1.00
1. 00
1. 00
1. 00
1. 00
1. 00

!. h

1. 00 1.08
1. 00 1.N IS 4'415/16 1.00 1.00
1. 00
1. 90
1. 00 1.N 1.00
1. 00
1. 00
1. 00
1. tic
1. 00 TS 414I3/8 1.00 1.00
1. 0F
1. 00
1. 00
1. 00
1. 00
1. 00
1. 00
1. 00 1.00
1. M TS 4I411/2 8.47 0.45
0. 92 8.47 0.45
a. 92 8.47 8.45
0. 92 8.47 0.45
8. W TS SI!I3/16
8. 84 0.M

!. 00

8. 64
0. 80 1.00 0.84 0.M 1.00
0. 64
0. M 1.00 TS !!!!!/4 1.N
1. 00
1. 00 1.00
1. 0F l.N 1.M
1. 00 1.00
1. 00 1.00
1. M TS tI5I3/6
1. 0F
l. 00
1. 00
1. 00 1.N 1.W l.00 1.N 1.H 1.00
1. N 1.00 TS !!!!!/2
8. 48
8. 37
8. 77 0.44
8. 37
0. 7' O.44 0.37
0. 77
8. 44 8.37
8. D TS 61613/16 8.7%
0. M 1.N 0.79 8.E
1. 0L 0.70 8.E 1.00 8.79 8.E 1.00 TS 61611/4 1.00
1. 3f 1.00
1. 00
1. H
1. 00
1. 0F 1.00
1. 00 1.N
1. 00 1.N IS 6I6I5/ll
l. 0F
l. 00
1. 00
1. 00
1. 00
1. 00
1. 0f 1.00 1.00
1. 0P 1.00
1. N IS 61613/8
1. 0F
1. 00
1. 00
1. 00 1.00
1. 00 1.M 1.00
1. 00 1.N 1.00
1. N IS 61611/2 8.53
8. 50 1.00 0.53 0.50
1. M 8.53 8.50 f.N
t. 53 8.54
1. 00 TS IIIII/4
1. 0F
l. 00
1. 00
1. 00
1. 00
1. 00
1. 00 1.00 1.00 1.06 1.N
1. ff TS 818I3/8
1. 0F
1. 00 1.N
1. 00
1. N 1.00 1.00 1.00 1.00 1.00 1.00 1.00 75 818tt/2
8. 95
8. 90 1.00
8. 95
8. 90 1.00
8. 95 8.90 1.00
9. 95
8. 90
1. N f5193!013/8 1.00
1. 00 1.00
1. 00
1. 00
1. N l.N 1.00
1. 00 1.00 1.N 1.N f51f!1011/2 1.N
1. 00
1. 00
1. 00
1. M
1. 00

.'. 00

1. 00 1.00 f.N

!. 00 1.N TSlf!!f!5/8 j 0.79 0.75 1.00 0.79 8.75

1. 00 0.79 0.75 1.N
8. 79
8. 75
1. 00 TS12112I3/8
1. 00
1. 00
1. 00
1. 00
1. N 1.N
1. 6%

l.00 1.N !. 00

1. 0f
1. N f512112I!/2 1.10 1.00
1. 00
1. 00
1. N
1. 00 1.N
1. 00 1.M
1. f4 1.M

!.M 1514I14!1/? {,..f~ 6 k~ $ ~ ~ ' ' ' f - MM.. -._.' _sp /77 i ~ \\... s . N7/fE % 41. a. 'u ' ,w, _,-,v--

LOCAL STPISS EIDIIll.25'Ill25')TM.4 LCC TAk[ 413 40 ftM $17f Ttti 512E li/D T,+ ps O IT SIIE W1 W? W3 W4 17., W6 F K!6.fi F!!ve r;:.c rc ;,- TH1CWSS TH10M(SS ra r4 .g. (!h) (IM (Lil (L2) H (!ht (IM (IM (IM (!N) (K!Il (17) (P.!! # '* :h (14.- !

  • ressure m sse rumm aresvass er s e as esarra r==ve me====s e==se su mm e.

_ _ esesvess esears eavvvem mrus s rersee s s n rsaza r s e s A A 8 C D E F 6 H I J K L fi N C i mr== erer r n==n smm r===

n. _

. r==n res ,rer..rm un n m. nn a TS 313I!/4 TS 3I3I1/4 3.se 4.29 2.25e 2.125 2.8 N 2.125 8. N 2.tN 2.254 8.754 8.9 2.53

8. R 6.93
10. 9 TS 4I413/16 TS 4I413/16 4.Pe 0.188 2.29 L 125 2.5e 2.15 8.N L 125 2.29 8.75e
4. 02. L3 8.N 6.53 If.D TS 4:4:l/4 TS 4:4:l/4 4.N 8.2W 2.2W 2.125 2.25e 2.15 8.75e 2.125 2.25e 8.750 8.8 2.63
8. N 6.92 It.N TS 41415/16 TS 414I5/16 4.se 0.313 2.29 2.125 2.rA 2.125 8.N 2.15 2.2W L 75e 4.02.0
8. N 6.53
10. 9 TS 41413/8 TS 4I413/8 4.N I.375 2.2W 2.125 L2W 2.15 8.N 2.125 2.254 8.754 4.02.0
4. N 6.93 If.5?

T5 4I4t1/2 TS 4I4I1/2 4.8t p.5N 2.FW 2.125 2.Ne 2.125 8.N 2.IN 2.2W 8.m 8.92.0

6. N 6.93 If.W TS 51513/16 TS 51:I3/16 5.R I.188 2.25e 2.15 2.25e 2.125 8.N L125 L2W 8.N Le EM 8.M 6.93 If.9 TS 5I!!!/4 TS $15 l/4 5.N 4.29 2.25e 2.125 2.254 2.125 8.m 2.15 2.PA 8.75e 4.0 2.L3 8.H 6.12 If.9 TS 5I513/8 TS 51513/8 5.N 0.375 2.2W 2.125 2.25e 2.125 8.75e 2.125 2.25e 8.75e
8. 02. L3 8.N 6.53 If. N TS SI5II/2 TS SI!!!/2 5.N 8.We 2.25e L15 2.254 2.125 8.750 2.125 2.254 8.754 8.92.0 LN 6.93
16. 9 TS 61613/16 TS 61613/16 6.N 0.188 L25e 2.15 2.25e 2.125 8.75# 2.15 2.25e 8.75e8. t 2. 0 8.N 6.93 If.9 TS 616I1/4 TS 61611/4 L W 8.29 2.259 2.125 2.2W 2.125 L N 2.125 2.29 L 75#

6.4 2.63 8.se 6.51

10. 9 TS 616I5/16 TS 616I5/16 L N 0.313 2.FA 2.125 2.25# 2.125 8 N 2.15 2.25e 8.754
8. e 2. H 8.te L S3 Id.W TS 61613/8 TS 6I613/W Lee 0.375 2.25e 2.125 2.2*A 2.15 8.7W 2.15 2.250 L N L 2.0 2.63
8. M LS3
10. 9 TS 61611/2 TS 616I!/2 LN 1.5W 2.29 2.125 2.29 2.125 8.7 0 L125 2.25e 4.75e 4.9 L U 6N 6.93 f t.N TS 8I8I1/4 TS 8I8II/4 8.N 0.2W 2.FA 2.125 2.2W 2.15 L N 2.125 2.25e 4.N
4. 0 2. L3 8.N L93 le W TS 81813/8 TS 818I3/8 8 N I.375 2.25# 2.125 2.25e 2.15 8.750 2.125 L2W 8.N L e 2.0
8. M L 93 It.N TS 81811/2 TS 818II/2 8.Ie 0.5N 2.25e 2.125 2.29 2.15 8.75+ 2.15 L 250 LN 8.9 2. 63 4.N 6.93 If. M T510I1813/8 istillf t3/8 It.N 8.375 2.254 2.15 2.29 2.125 8.754 2.15 2.25e L N L e 2.0
8. N 0 93 ' af.N TS19118II/2 TS!PIllll/218.ee 0.We 2.2W 2.125 2.25e 2.125 LW 2.125 2.PJ LN
8. 8 2. 63
8. N 6.93 If. 5e TSittlFI5/8 TSittler$/8 lt.N t.625 2.25e 2.!P5 2.2W 2.125 8.N 2.15 2.25e 8.N 4.02.0
8. N
6. 9i If.M 7512112I3/4 T5121 213/812.se 0.375 2.25e 2.15 2.29 2.15 8.79 2,15 2.29 L75e 8.0 2.63
a. N 6.93 It.5e I

TS!!Ill!!/2 751231211/212.se 0.5fe 2.254 2.15 2.25e 2.125 8.754 2.125 2.2W 1 75e

4. 82. L3
8. N 6.13 If.M T514I14I1/2 TS14I1411/214.N I.We LF5e 2.125 2.2W 2.125 8.75e 2.125 2.2W L 756 8. 0 2.63 8.N 6.53 If.N s

e 6 1'.e r.i b '!.4. I !...../E_..._- O/M l .pW.W sh,n. r P A Y. ' 'A Y. ( c.-,.. _. -.. _ _ _ _ _

LOCA. ST8tS? $NC=ET(2.25'I!. !M') Tnt-4 LMD TEE 4-13-4: TL'M $17f FSlHS FCS45 rilue FH:M3e FCsf istal KTM ETAl (14 GW1 of 5 gp TH! Fv45, >45 Fv3e r'w a 33 ,a ,3 ,pj;;, ggf; t r '. 6* f.t (10 1x!P[ 11 MIN (k!N tlHIN tlM m A *hi tit a T;.K

===me wmu wm . m ca. _. ..-=.=u.m.=m. .m..m m. A 0 A 1 y V W I Y M 4 4" .,,w ms.m m m m ..m.mmme. TS 31311/4

5. 6/,

14.85

4. 9P 10.19
21. N 0.67 8.67 0.71 0.75 Lee 1.te it. N 1.11 15 41413/16
5. f4 14.t5
4. N 18.19 21 N 8.%

0.53

0. 53
9. 56 10.67
1. N
5. 63 1.M TS 4:4:l/4
5. 6 L
14. 85
4. N 18.19 21.00 4.%

0.53 0.53

0. %

4.te !.N

7. M
1. M is 43415/16 5.?6 14.85 4 90 14.19 21.N 0.%
0. 53 0.53
0. %

L ee

1. N 9.36 1.91 TS 41413/6 5.66 14.85
4. W li.13
21. 00 4.%

0.53 0.53

0. %
5. 33
1. N

!!.H

1. M TS 4I4I!/2 5.66
14. 85
4. N 18.19
21. N
0. St 8.54
p. 53 8.%
4. N
1. N
15. N
1. N TS '4t'.13/16 5.E 14.85
4. N 18.19 Pl.N 0.45 0.43 0.43 0.45 13.33 1.N 4.M
l. N TS $15I!/4 5.66 14 E
4. M 18.19
21. N 8.45 8.43 8.43 8.45 IP. M
1. N 6.N 1.N TS 51513/6 5.E 14.85
4. 00 18.19
21. N 0.45 0.43 0.43 0.45 6.67
1. N 9.N
1. N TS $1511/2 5E
14. 85
4. te 18.19
21. N 0.45 8.43 0.43
f. 45
5. et 1.N
12. N
1. N TS 61613/16
5. 66 14.05
4. N 18.19 21.ar 0.32
0. 35
0. 35
0. 30 IL ee

!.N 3.75

1. N 15 61611/4
5. 64 14.85 4.N 1L 19 21.N
2. 38 9 75
s. 35 0.38 12.N 1.N
5. N 1.fi TS 61615/16

' 66 14.85

4. N 16.19 fl. N J.38 6.35
0. 35
8. 34 9.64
1. N L 25
1. N Ts $1613/8 5.66
14. 45
4. #

18.19 21.N

0. 36

' d. 35 0.35 L 34 LN

1. N
7. M lN TS 61611/2 5.66 14.65
4. M 16.19 21.0f 0.34 0.35
0. 35 0.38 6.N
1. N lt.N
1. N T5 81811/4
5. 66 14.85 4.09 14.19 21.Ge
0. T0 5.27 0.27 8.26 ILN 1.N 3.75
1. N 13 01013/8
5. 66 14.45
4. sp 18.19 21.te
0. 20 0.27 8.27 0.25 10.67
1. N 5.63
1. N TS 01611/2
5. M 14.85
4. 08 14.19
21. N 0.28 8.27 0.27 0.20
8. 0F l.00 7.'.e

!.N TS10!!II3/8 5.66 14.45

4. N 1L19 21.00 0.23
f. 21 0.21 8.23 13.33 1.N
4. M
1. 80 1510110!!/2 5.66
14. 45
4. N 18.19 21.00 8.23 n 21 8.21 0.23 10.te
1. N LW l.N TS10!!tI5/8 5.66 14.05
4. N 10.19 21.N C.23 0.21 0.21 0.23 8.N
1. N 7.M 1.N T!!!Il213/8 5.66 14.85
4. N 18.19 21.8f 8.19 A 10 0.18 8.19
16. le 1.N
3. 75 1.N T51211211/2
5. 66 14.&5
4. 00 18.29 21.N 1.19 0.10 0.10 f.19 12.N 1.N

!.N !.N T5141411/2 5.66 14.85

4. Je 1L 19
21. N 1.16
f. iS 0.15 0.16 14.te 1.N
4. 5 1.N r

q ,Q P [0?Q 'I .,. f....-. 57 M,I) h..' j!: 5l7 _.._. $I... - i v:. .Q c'. ) 'J

.y ) 5l 1 \\ \\ -\\ q 3 s LOCA STRESS PRAChE7(2.25'I2.125'ITYtt-A LO@ TAILE 413-4C f~ l \\ s 4 9'2 OP!' IR?' SW1 SW2' Y Sw4 SW', S4 'i f, '. li,4

22. t i

J i 517E r TW! FACTS S&TER

t. t>6Eli 904TER

~. - -? ) (IN) CD ED ED LCRfAR WiiR ALLROL!c SCRTER LOTER ALLROUND SMEAMO:U.6 C# id.t . -. ~.. sensass: ACR3SS ACROSS ACROSS E's \\ CD ED > CD ED ED ^\\ n,W t: ,(14) TUPE TUPi TUPli ACR0 d N W EL MRSSS NM s .on n =.====.------ ===========u

==n....- .... L LIL (50 {t$ t!. A (5',. h. nu . mie=== on mnn,u nin A AD AE M M Av V AJ

  1. f s

-w a========== m m,= =. _.. _ m e.m m m....._. AL AN f(; it .n m.....-..-...n m m,m nen TS 31:n /= 1.13 2.14 2.19 1.33 4.78 2' [47 7 4.M !.69 6.47 1.33

4. f4 E.47
6. 7 '

TS414!3/th 1.fe 1.91

1. 95 1.69 4.78 4.78 1.69 4.47 1.69 4.76 6.47
9. e t

+. TS 4:4:l/ ' !.M

1. 91
1. 95 1.69 4.78 6A7 4.78 1.69
6. 4! -

1.69 4.78 6.47

7. d 3 TS 4x4rcilt 1.8e 1.91 f.95 1.69
4. 78 6.87 4 78 f.69 s 6.47 1.69 4.76 6.47

'49 TS 4I4I3/8

1. M
1. if f 1.95 1.69 4.78 C. 47 4,1f.

1.J9 L 47 1.69 4.76 6.47 < 74 TS 4!4I1/2 ' J.N 1,91

1. 95 1.33 4.78 L 47
4. 50 1.H 6.y 1.13 4.M L 47 9e TS 5I!!3/16
. N
1. 78 1.81 1.69
4. 7e L 47 4.78
1. 6's Lc 30 4.76 6.47 L4!

TS 51511/4

1. M 1.76 1.81 1.69 4.78 6.47 4.78

!!69 6.47 1.69 4.78 6.. T

7. 4 TS 515!3/8 I;W

!.78 1.81 1.69 4.78 L 47 4.78 1.69 L 47 1.69 4.78 Lo 4.*a ' 13 5I5II/2

1. M 1,78 1.81 1.69 4.78 L47 4.70 1,69 6 47 1.69 4.78 6.47
3. "A T561613/16 1.N

!.69

1. 72 1.69 4.78 6.47 4.7b'

!.hr 6.47 1.69

4. M

.i. h;, 3 45 TS 6IIII/4

1. M

!.69

1. 72 1.69 4.78 6.47 4.78 1.69 6.47 1.69 4.'9

. 6 w7, '7.11 TS 61615/16 1.N 1.69 1, 72 1.69 4.78 L 47 4.78 1.69 6.47 1.69 4.78 6.47 5.19 ^ TS 671.13/8

1. M 1.69 1.72 1.69 4.78 6.47 4.76 1.59 6.47 1.69 4.78 6.47 4.74

's h611/2

1. *9 1.69
1. 72 1.63 4.78 L 17 4.78 1.69 6.47 1.63 4.76 6.47
3. 'A i

T3 81811/4

1. ri 1.58 1.64 1.69
4. 7f N 47 4.78 1.69 6.47 1.69 4.76 6.47
7. v.

TS 818.t3/8 f.M !.f3 1.64 1.69 4.78 6.77 (e. 7is 1,69 6.47 1.63 4.78 6.47 4.74 TS (1811/2

1. M 1.58 1.68 1.69 4.73 6.47

'4.78 1.69 L 47 1.69

4. ' 8 6.47
3. M i

T111119I3/8

1. N 1.2
1. 53 1.69 4.78 i'.47 4 78 1,69 L 47 1,69 4.76 L 47 4.74 l

T314tlill/71

1. M 1.52
1. 53 1.69 4.78
f. 47 4.70 1.69 L47 1.69 4.76 L 47
3. %

TSIL IleI*.,o

1. N 1.52 1.53 1.69 S 78 L 47

,4.78 f.69 L 47 1.69 4.78 6.47

2. 64 751211211/8'. 1.N 1.47 1.48 1.69 i.78 6.1T 4.78 1.69 L. 47 1.69 4.76 6:4?

4.74 [ 151kI1211/2 13. N 1.47 1.48 1.69

9. 78
b. /7 4.78 1.69 6.47 1.69 4.76 L 47
3. 'A TS!4114I!/h

's. N 1.44 1.45 1,69 4.78 - L47 4.78' i.69 6.47 1.69 4.74 6.47 3.56 l 1 l N. A. w R. v. 70.. d6

d. t 3 i

l '.. D. @ Is'7. e @ f 6.. ct. S._. ) ~ N ~ ,_.__.."\\,

y~

p e

A h LOCAL 57RESS PRACyET(2.25'I2.125'17yM-A LDO TABLE 413 4t i TUPE SilE LMD TYM-4 T 'f L0AD T Y t E -P THICANESS (ACTING-Vp) F0RCEON WELD qJN) m .m.m i m a m m.m et...............m s nm n.mmm u n. -.s m mm nmm n m FA?/te FW.3/te 17W%8 15Fhli45 15rb7r30 15FWPt FWI.1 24FWie 24tWI45 24FW53t 24FWii Fw~d 36t="ri? t!N) (ksil (ksi) (KlPS/lN) (KIPS /IN) (KIN /lN) (KIPS /IN) (KIM/IN) (KIPS /IN) (K!M/IN) (KIPS /IN I A Aa AR AS A7 AU AV AW AI AY Al f(. 4 K mn - TS 3I3I1/4 8.te 3.M 9.61 12.55 14.64 15.75 IL 75 4.97 4.71 5.94 4.67 5.04 2.41 m. -e \\ TS 414I3/16 1 8. 04 4.88 7.76 li. M 11.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 15 4:4:l/4 7.53 3.E

7. %
10. M 11.67 12.44 12.44 3.03 4.44 4.74
4. D 4.74 2.41

.i TS 41415/16 E. 82 2.93

7. M
18. 66

!!.67 12.44 12.44 3.83 4.44 4.74 4.D 4.74 2.41 t T! 41413/8 5.02 2.44 7.M 10.06 11.67' 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 TS 41411/2

4. 00 1.83 9.61 12.55 14.64 15.75 15.75 4.07 4.71
5. 04 4.57
5. P4 2.41 TS 51:13/16 10.04
4. 88 7.76 10.06 11.67 12.44 12.44 3.83 4.44 4.74
4. 39 4.74 2.41 i

IS 51511/4 7.53 3.66 7.4

10. 06 11.67 12.44 12.44 3.83 4.44 4,74 4.39 4.74 2.41 TS 5I!!3/8
5. t?

2.44 7.%

10. 06

!!.67 12.44 12.44 3.83 4.44 4.74

4. 39 4.74 2.41 TSfd511/2 3.76 1.83 7.M
10. 06 11.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 TS 6MI3/16
10. 04 4.88 7.76 10.06

!!.67 12.44 12.44 3.43 4.44 4.74 4.39 4.74

2. 41 TI 6I611/4 7.53
3. 66 7.M le.E 11.67 12.44 12.44
3. 83
4. 44 4.74 4.39 4.74 2.41 TS 616I5/16
6. 82 2.93 7.76 10.06 11.67 12.44 12.44 3.83
4. 44 4.74
4. M 4.74 2.41 TS 6 Q 3/8
5. 02 2.44 7.M
10. 06 11.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41

/ T3 61611/2 3.% 1.83 7.76

10. 06 11.67 12.44 12.44 3.83 4.44 4.74 4.M 4.74 2.41 15 81811/4 7.53
3. 66 7.4 It. E 11.67 12.44 12.44
3. 83 4.44 4.74 4.39 4.74 2.41 TS 81823/8 5.42, 2.44 7.M 10.06

!!.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 TS 81411 R 3.% 1.83 7.M

10. 06 11.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 TS1611tI3/8 5.82 2.44 7.M 10.06

!!.67 12.44 12.44

3. 83
4. 44 4.74
4. 39 4.74 2.41 T51811011/2 3.%

1.83 7.76 It. E !!.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 T51611975/8 3.01 1.4 7.M

10. 06 11.67 12.44 12.44 3.83 4.44 4.74 4.33 4.74 2.41 TS!211213/8
5. 02 2.44 7.%

lt. E 11.67 12.44 12.44

3. 83
4. 44 4.74 4.39 4.74 2.41 TS1211211/2 3.M
1. 8.?

7.76

10. 06 11.67 12.44 12.44 3.83 4.44 4.74 4.n 4.74 2.41

%1411411/2 3.76 1.83 7.%

10. 06

!!.67 12.44 12.44

3. 83 4.44 4.74 4.39 4.74 2.44

..y.......- 36s-?.h 7e lte.l.1.. Ip.. %... sY lr] ii . a s &_ c l 1

LOCAL STRESS DRACxET(2.25'22.125'lTVPE-4 L(KD TAILE 4-13-4C TUK S!!E LO@ TM-B ALLOWARE Yp (ETA (0.8) F. THIONESS ACTING-Vp I (IN) 36FWP45 36FWP3e 36TWFe FWP3 FWPl/te FWB2/te FVP3/tc VpAl Vp4 MIN F1 F:' PIN (!N) (MIN /IN)(KIPS /IN)(KIPS /IN)(MIPS/lN) (ksil (ksi) (ksil (ksil (ks)) V$1/VpA2 (kst) (6sil F1,Fl' __.. -. _.... 11 ALncuc - A BD E BF 36 BH B! BJ BK BL iM Dh PC 14 .... g633 TS 3I3!I/4 2.94 3.27 3.5 3.27 L3. te 29.17 13.87 II.E 11.25 11.25 ll.M 11.25 11.25 TS 4I413/16 2.94 3.27 3.25 3.27 E 37 25.31 17.43 5.71 5.65 5.65 5.65 5.71 5.65 TS 4:4:l/4 2.94 3.27 3.25 3.27 49.78 18.98 13.07 7.62 7.53 7.53 7,53 7.62

7. 53 TS 4I4r5/16
2. 94 3.27 3.25 3.27 39.62 15.18
18. 4 9.52 9.41 9.41 9.41 9.52 9.41 TS 4I413/8 2.94 3.27 3.25 3.27 33.19 12.65 8.72 11.43 11.29 11.29 11.29 11.43

!!.29 TS 4I411/2

2. 94 3.27 3.25 3.27 31.56 It. N L 54 14.60 14.44 14.68
14. 64 14.49
14. 4 TS 515I3/16 2.94 3.27 3.25 3.27 E 37 25.31 17.43
4. M 4.5e 4.54 4.5e 4.9 4.9 TS 5I511/4 2.94 3.27
3. 25 3.27 49.78 18.98 13.87 6.N 6.M
6. 00 6.N 6.te
6. N TS 515I3/8 2.94 3.27 3.25 3.27 33.19 12.65 8.72 9.M
9. N 9.N
9. N
9. W
9. W TS 515I!/2 2.94 3.27 3.25 3.27 24.89 9.49 L 54 12.00 12.90 12.te
12. N
12. N
12. N TS LI6I3/16 2.94 3.27 3.25 3.27 E 37 25.31 17.43 3.75 3.75
3. E 3.E 3.E 3.75 TS 61611/4
2. 54 3.27 3.25 3.27 49.78 18.96 13.07
5. 00.

5.00 5.N

5. 00 5.0c 5.00 TS GIGI5/16
2. 94 3.27 3.5 3.27 39.82 15.18
10. 4 L 25 L25 L25 L5 L PS 6.25

~- TS 6I613/8 2.94 3.27 3.25 3.27 33.19 12.65

8. 72 7.50 7.5e 7.54 7.5e 7.50
7. 50 TS 61611/2 E94 3.27 3.25 3.27 24.89 9.49 L54 10 N

!P. N le.N IF. N IP. N IP. N TS 8I611/4

2. 94 3.27 3.25 3.27 49.78 18.98 13.87 3.75 3.75 3.75 3.75 3.75 3.75 TS 81813/4 2.94 3.27 3.25 3.27 33.19 12.65 8.72 5.63 5.63 5.63
5. 63 5.63
5. L3 TS 818I1/2 2.94 3.27 3.25 3.27 24.89 9.49 L54 7.54 7.5e 7.54 7.50 7.50
7. 5e TS!p!!8I3/8
2. 94 3.27 3.25 1 27 33.19 12.65 8.72 4.54 4.54 4.54
4. 59 4.50 4.5e 151011011/2 2.94 3.27 3.25 3.27 24.89 9.49 L54 Lee Lee Lee
6. 92 6.97 6.N TS19I18I5/8 2.94 3.27 3.25 3.27 19.91 7.59 5.23 7.50 7.59 7.54 7.5e 7.50 7.5e TS12I12I3/8 2.94 3.27 3.25 3.27 33.19 12.65 8.72 3.75 3.75 3.75 3.75 3.n 3.75 TS12Il211/2
2. 94 3.27 3.25 1 27 24.89 9.49
6. 54
5. 00
5. N 5.8e 5.N
5. N
5. N TS14114!1/2 2.94 3.27 3.25 3.27 24.89 9.49 6.54 4.29 4.29 4.29 4.23 4.29 4.29 l

l t ...n...==- l V sp/ ki* sh)n., -wA c

LOCA. STRESS PRACKEl(2.25'I2.125'Ifyrf-A LOG TAKE 413 4C TtM $1!E LLO4KE Vp tK1A)9.8) 1 ALLOAE F1 (MTDED CONNIC710N)1 UT !'61!P;0'. FZ,:1' THICNESS ICALCl) LATE IF Ll CR L2)*CDL-P 1 (Iki LOM I M F2 F2' RIN MINIFl.F2 Fl" Fl"' MIN (Fl" MINIFl"+ UI U2 U3 UI' U2' (IN) (F2 ETCH CDi ALSO F2,F2',(Fl'42') Fl"'I F2),(Fl"K1 A(P.8 KTA(0.8 KTA(f. 8 (D.fi (b 4 2')==================rrs======= 3 (ksi) (hs I (hs ) ( k i : )============ - -- = A 70 PR BS PT SU SV BW PI BY BZ CA Cl C5

========re======================= s e rm ar= =rs TS 31311/4 14.46 14.49 14.48 25.65 0.M 0.00

0. N 14.44
1. 8P 1.08 1.De 1.M 1.N TS 4I4I3/16 9.08
8. 75 8.75 14.47 8.8e
0. 00
0. N 8.75 0.64
8. 56 1.se 0.6e 0.57 15 4:4:l/4 14.44 14.44 14.44 21.93 0.00
8. M
0. N 14.44 1.89
1. 80 1.N 1.M
1. N TS 4I415/16 14.44 14.44
14. 44 23.81 f.N 0.88
0. te 14.44
1. 88 1.80 1.se 1.N 1.N l

TS 4I413/8 14.48 14.44 14.48 25.69 0.N 8.N 9.N 14.40 1.M

1. N 1.M l.N
1. N TS 4I4I1/2 14.40 14.44 14.40 28.80
8. 00
0. 0F
8. 80 14.48 1.09
1. 00
1. 80
1. N 1.N TS 51513/16 6.76 L 50 L5e
11. 89
0. N 8.00
0. 80 L 54 8.47 0.45 0.92 0.47 f.45 TS $1511/4 12.82

!!.55 !!.55 17.*5

0. 00 8.8e
0. 00 11.55 0.84 f.84 1.te 0.E4
8. N 15 EI513/8
14. 4 I4. 4 14.48 23.48 8.N 8.N 0.N
14. 48 1.08 1.M 1.N 1.N
1. N TS SI',II/2
14. 48 14.44 14.44 26.44 0.0e
8. 80 8.N 14.48
1. 8P 1.M
1. N 1.N 1.80 15 61613/16 5.X 5.14 5.14 8.89 0M
0. 8F 8.N 5.14 8.48
4. 37
f. 77 f.49
f. 37 l

TS 61611/4 9.52 9.13 9.13 14.13 0.88 0.N 0.N 9.13 0.70 8.66

1. N e.7f 8.66 TS 61615/16 14.40 14.27 14.27 28.52 8.N 8.00 8.M 14.27 1.M 1.fe
1. N
1. N
1. N

^ TS 61613/8 14.44

14. 48 14.40 21.98 0.00
0. 8f 0.N
14. 48 1.N

!.M !.M !. 8f lN TS 61611/2 14.40

14. 4 14.44 24.44
f. N 0.N 0.N
14. 48 1.M 1.N 1.M
1. N
1. N TS 81811/4 6.67 6.38 L38 10.13 0.N 8.N 0.M 6.38
8. 53 0.50 1.N 0.53 8.'A TS 81813/8 14.4#
14. X
14. N
19. 98
8. N 8.N 8.N
14. E 1.fe
1. 88 1.M
1. N 1.88 TS 81811/2 14.4f 14.44 14.40 21.90 0.00
0. 8F 0.8e
14. 40 1.N 1.N 1.N 1.N 1.N TSIPIl0I3/8

!!.51 10.98

18. 98 15.48 8.te
8. se 8.fe
10. 98
8. 95 0.90 1.fe
f. 95 F. 9 T510I10!!/2 14.4#

14.48 14.40

28. 44 8.N
0. 00
0. 00 14.48 1.N 1.N 1.98 1.M 1.N TSip!!9I5/8
14. 40 14.48 14.48
21. 90
0. 8$
f. N 8.N 14.44 1.M
1. N 1.M 1.N 1.N TS12tl2I3/8 9.31 8.87 8.87 12.62
8. 00 8.00 0N L 87
0. 79 0.75 1.N 8.73
0. 75 TS1211211/2 14.48 14.48 14.48 19.40
0. 00 8.N 9.M 14.49 1.M 1.M l.M
l. N 1.fi 751411411/2 13.88 13.21 13.21 17.54
0. 00 0.8e 8.N 13.21 1.80 1.80 1.fe
1. N
1. N o

k spl'1 .W ^ sh)n ncs *) c,r M c

\\ LOCAL STRESS D%M1(2.25'I2.125')TYM A L0c Tait.E 4-13 4C TUPI $11E MKE Yp/ACllNG Vp) FIM. O'S F0li TWi-A LOT TH:DMSS -4 PRK121/4121/6;TAKE 413.4Cl (lN) U35 glis y2it g3st gjini mi e i g3 it (!k) (B.8) (PETA (f.8 and Pllr!! u n m e=== =- . m n A CD E CT CS CH Cl CJ mn._ r .n n m

m..

TS 31311/4

2. 00
1. 00 1.te
1. 00 1.00 1.00 1.00 TS 41413/16
1. N 8.68 0.56 1.00 0.60 0.56
1. 0F TS 4:4:l/4 1.N 1N
1. N
1. M 1.N 1.00
1. 00 TS 414I5/16
1. 00 1.06 1.00 1.00 1.N 1.M 1.00 l

TS 414I3/8

1. 00
1. N 1.08 1.00
1. 00 1.te 1.00 TS 4I411/2
1. 00 1.00 1.00 1.00

!.00 1.te 1.N TS 51513/16

8. 92 8.47 8.45 0.92 0.47 0.45 0.12 TS ',I5II/4 1.00
8. 84
f. 80 1.te
8. 84 8.88 1.00 TS51513/8
1. M
1. M 1.00
1. 00 1,e0 1.ge 1.te TS 515I!/2 1.N 1.80 1.00 1.00
1. 0F
1. N 1.00 TS &I613/16 0.77 0.48
8. T7 0.77 8.44 0.37 0.77 TS &I6II/4
1. 00 8.78 0.66 1.80 0.78 0.66
1. 0F TS &I615/16 1.M 1.00 1.00
1. N 1.fe
1. 00 1.00 TS &I613/8 1N 1.00 1.ft
1. N 1N 1.00 1.N TS 6I611/2
1. N 1.fe
1. 09
1. M 1.00 1.te 1.M TS 81811/4 1.N
8. 53 8.5e 1.Ge 0.53 0.5e I.M TS 818I3/8
1. 00 1.M 1.00 1.00
1. 00 1.N

!. 00 TS 818ti/2

1. te 1.00 1.00
1. 00 1.N 1.N 1.M TSlf!!0I3/8 1.8e
0. 9' O.90 1.M 0.95
0. 90 1.N TSlf!! oil /2
1. 00 1.00
1. ft
1. M 1.00 1.N
1. N TS10Il0I5/8
1. 00
1. 00
1. 88
1. 0F

!.8e 1.00 1.M T512I!2IJ/8 1.se

0. 79
8. 75 1.N 8.79
0. 75 1.00 T512I1211/2 1.00
1. M
1. N 1.M

!.N 1.00 1.N TS14tl4!!/2

1. 00 1.19
1. 00
1. te 1.00 1.00 1.00

...--e i

l. '.

R&E-@eP.haJ> 5]2Is') ' _.LM sMtF._;. P.'.GE 3 tr.h g

L0rA STRESS 940IT(3.f*13.25')TYFT-A LORD TAILE 4-13-40 UTILl!ATICH FACTORIALLCEPLE Vp/ ACTING vp) FIML U'S FDA TYPE-4 LGC TUR S!!E L(M3 TYPE -A (SAKT 3131/4tTABLE 413.4D) T@ < SS TIM Ut U2 U3 Ul' 12' U3' Ul" U2" U3" Ul'" U2' " U3" ' KTA(f.8 KTA(8.8 KTA(f.8 (P). 61 (Pl.8) (B). 81 (BETA (e.8 and Plin!) (IM - - _ r m.. _ _ SY B2 CA CP II CD E CF CS CH Cl CJ CX 6.72 8.72

1. 00
8. 92
0. 92
1. M
1. 00 f.N 1.00 0.72 0.72 1.N TS 31311/4

_... _. _.. =

0. 54 6.58
1. 00 9.66 0.54 1.00 0.66 0.58
1. 00 0.54 8.58 1.te TS 4 413/16 8.%

8.%

1. 90
8. %

0.%

l. 00
0. %
3. 00 1.00
8. %
0. %

1.00 TS 4 411/4

1. tf 1.00
1. 00 1.90 1.00 1.00
1. 00 1.00 1.00 1.00
1. 00 1.M TS 414tt/16
1. 00 1.00 1.00
1. 00 1.09 1.00 1.00 1.00
1. 00 1.00

!.N 1.M TS 41413/8 i

1. 00
1. 00
1. 00 1.as
1. m
f. es J.na 1.80 1.92 1.M l.90 1.00 TS 41411/2
0. 34 8.E
8. 70
8. 35
8. E 0.70 0.35 0.36 8.79
8. 34 8.36 0.76 TS 51513/16 0.64 4.65 1.M 8.63 8.65 1.00 0.63 8.65 1.00 0.64 0.65 1.M TS 515I1/4 1.00
1. 00 1.00
1. 00 1.N

!.00 1.00

1. N

!. 00 1.00

1. 00
1. 00 TS 515:3/8
1. 00 1.08
1. 00
1. 00
1. 00 1.00 1.00

!.N 1.00

1. 00
1. 00 1.fe TS 51511/2 8.27 8.29 8.56
8. 27 0.29
8. 56 0.27 8.29 8.56 8.27 8.29 4.56 TS 61613/16 8.48 8.52 1.00
0. 48 8.52 1.00 0.48 0.52 1.00
8. 48 8.52 1.19 TS G16 l/4 4.75 S.81 1.00 8.75 0.81 1.00 0.75 8.81 1.00 8.75 8.81 1.00 TS 61615/16 1.00 1.00 1.00 1.00 1.00
1. 00
1. 00 1.00 1.00 1.00
1. 00 1.00 TS 6161318

^ 1.00 1.00

1. 00 1.00 1.00 1.00
1. 00
1. 00 1.00 1.00 1.00 1.M TS 61611/2

,e

8. 36 0.39
8. 75
8. E 0.39 0.75 8.E 0.39 8.75 4.36 4.39 8.75 T5 81811/4 8.81 0.87 1.00 8.81 0.87 1.00 8.81 8.87 1.00 0.81 S.87 1.00 TS 8181318 1.80
1. 00
1. 00
1. 00 1.00 1.00
1. 00 1.00
1. 00 1.00 1.00 1.06 TS 81811/2 4.64 8.78 1.00
0. 64 8.70 1.00
9. 64
8. 70 1.00
8. 64
8. 78 1.N TSlftlf!3/8 1.00 1.08 1.00
1. 00 1.00
1. 00
1. 00 1.00
1. 00 1.00
1. 00
1. N T51911011/2 1.00 1.00
1. 00 1.00 1.00 1.00 1.00 1.00 1.00
1. 00 1.N 1.00 TSif11015/8
8. 54 8.58 1.00 8.54 8.58
1. 00
0. 54 8.58 1.00 0.54 8.58 1.fe TS1211213/8 8.%

l.00 1.00 0.%

1. 80 1.00 0.%

1.00

1. 00
8. %
l. 00 1.00 TS1211211/2 S.42 0.89
1. 00
4. 82 4.89 1.00 9.82 8.89
1. 00 9.82 8.89 1.00 TS14114II/2 l

l l l . ~ ,. 9 6 e - M i o. A l ) ._E' M _M... ~ nh)f+ .:.a n, n. l o l l l

LOCA. STRESS PRO 11(3.P*I3.25')TWi-A LOV TAR.E 4-13-4D TL1C SlIE B/L T* PROIT SIIE W1 E h3 b4 W5 W6 F KIGHT FSIN9e FSIO' r< N in1%iSS Fv9e F /> K2 1]M (L1) (L2) H (!N) (IN) (!N) (lN) (KIN ( g r.) (MIN (K]f) ( ! h-t ! *- er mi m.esa ra summsme susnesswi s sesreswess asse ss e n es serramma asse su rse s=====m ens a m esre sswe==res e ss A B C D E F G H I J K L M W 0 (- m er re rs. TS 3I3II/4 3.00 f.2W 3.Ne 3.22 2.000 3.25e 12.5N 2.Ne 3. fee 12.We 157 3.44 15.7f

13. 6e M.%

TS 41613/16 4.N 9.182 3.9N 3.25e 3.pN 3.25012.5N 3.254 3.0N 12.5ee 15.7 3.44 15.7f 13.6e M.% TS 4:4:l/4

4. N 9.22 3.pN 3.29 3.000 3.25e 12.5 # 3.006 3.Ne 12.5N 15.7 3.44 15.74 13.6e M.96 l

75 4I4I5/16 4.0e f.313 3 kJ 3.256 2.75e 3.2912.5N 2.75e 3.0N 12.58e 15.7 3.44 15.78 13.6e K.96 - TS 41413/8 4.pe P.375 3. fee 3.22 2.5N 3.25e 12.5e4 2,5N 3. tee 12.5e4 15.7 3.44 15.70 13.68 M. 94 t l TS 41411/2 4.le f.5N 3.9N 3.256 2.000 3.25012.5N 2. fee 3.N212.5N 15.7 3.44 15.78 13.6e

21. %

TS 5I513/16 5.te 0.188 'L epe 3.29 3.DN 3.2912.5# 3.29 3.Ne 12.564 15.7 3.44 15.79 13.6e E 96 TS 5I511/4 5.se 0.25e 3.6N 3.25e 3.Ne 3.25e 12.5# 3.250 3.0N 12.500 15.7 3.44 15.79 13.6e

26. %

TS 515r3/8 5.00 8.375 3.800 3.22 3.fW 3.2912.We 3.250 3.Ne 12.500 15.7 3.44 15.79 13.6e

25. %

TS 51511/2 5.fe 0.50e 3.080 3.256 3.f N 3.254 12.500 3.000 2.999 12.5N 11 7 3.4415.70 13.6e 26.96 TS 6I613/16 LN f.18e 3.Ne 3.25e 3. fee 3.25e 12.500 3.29 3.8 N 12.5 N 15.7 3.4415.78 13.6e E 96 TS 61611/4 Lee 0.258 3.902 3.254 3.000 3.25812.5N 3.250 3.0N 12.5M 15.7 3.44 15.70 13.64 M.% TS 6!6!5/16 LN t.313 3.9Pe 3.254 3. fee 3.2212.5# 3.22 3.fN 12.586 !$.7 3.44 15.78 13.6e M.M w / TS 616!3/8 6.N f.375 3.Ne 3.25e 3.Ne 3.25e 12.5N 3.25e 3.0Pe 12.50e 15.7 3.44 15.70 13.6e M. 94 T5 EI611/2 L fe 8.5# 3.000 3.29 3.0N 3.25e 12.5N 3.22 3.8 N 12.5 N 15.7 3.44 15.70 13.64 26.96 TS 81811/4 8.ge f.25e 3.Ne 3.250 3.000 3.25e 12.500 3.2M 3. tee 12.5N 15.7 3.44 15.74 13.6# 26.96

  • S 81813/8 8.ge B.375 3.Ne 3.25e 3. lee 3.25e 12.500 3.29 3.fM 12.500 15.7 3.64 15.79
13. 6e 26.96 TS 81811/2 8.9e 0.5W 3.000 3.25e 3.088 3.25e 12.5 N 3.254 3.9N 12.5N 15.7 3.4415.79 13.64
26. %

751011813/818.fe 0.375 3.N3 3.29 3.0P6 3.25612.5M 3.22 3.00012.500 15.7 3.44 15.74 13.6# M. % TS1011011/2 If.N 8.500 3.099 3.250 3.fM 3.25e 12.50p 3.256 3.0N 12.5N 15.7 3.44 15.79 13.6e

26. %

151tIlf!5/8 If.N 8.625 3.000 3.29 3.f00 3.2912.5M 3.254 3.88e 12.5N 15.7 3.44 15.78 13.68 M. 96 TS12Il213/812.N 8.375 3.8ee 3.25e 3. tee 3.2212.We 3.250 3.00012.5W 15.7 3.44 15.70 13.6e M.9e 131Pil2I!/212.Pe f.5# 3.Ne 3.2'.e 3.fM 3.2W 12.5N 3.250 3.Ne 12.588 15.7 3.4e 15.78 13.6# M.91 1514114I!/214.N f.50e 3.Ne 3.25e 3. tee 3.25012.500 3.25e 3.se212.50e 15.7 3.44

15. 78 13.6#

26.9e l r sy/r7 l .... _.h I {?' u..v.9.d : W. p t l

LOCAL STRES! iECKU(3.f*13.25')TyM 4 LDa Tr.R.E 413-40 TUM S!?f FS!445 DCCS45 FS N30 DCOs3e Fgost gia: pggy ggj ggp gj gg y', p. TM DMS3 Fv45 M45 Fv3t m39 N mi e rl @t iph F '. l* f.: r f0;:S (10 (K!P) (IN-MIP) (K!f) (IN-K!r) (th-KIP) n N'n aserszas se n e===se s s e rner== r......... -. e n us=== rrssenses============ rse a ss e snesn esasses s es A 0 R S T U V W X Y rd f.*r f.; .. -...-... a ss er esssersnesaurerrrumenever==rss==== r========suserie r s o rasursseners e n a rri e n nias s ers : TS 31311/4 11.19 33.16 7E 46.74 53.97

f. 67
f. 67
1. 68 1.fe 6.N
1. M If.e!

1.13 TS 414!3/16 !!.19 38.16 7E 46.74 53.97 0.75 8.81 0.81

f. 75 10.67
1. Po 5.63 1.33 TS 4:4st/4

!!.18 38.16 7.85 4.74 53.97

0. 75
0. 75 8.81
0. 75
8. M

!.M

7. W

!.32 15 414I5/16 11.10 38.16 7.85 4.74 U. 97 8.69 8.69

f. 81 8.75 6.40
1. N 5.16 1.lt TS 41413/8

!!.10 38.16 7.85 4. 74 53.97 8.63 8.63 8.81 8.75

5. 33 1.M 11.2!

1.f7 TS 414!!/2 11.10 38.16 7.85 4.74 53.97 8.54

8. 50 8.81
f. 75 4.N 1.N
15. N 1.N TS 51513/16 11.10 38.16 7.85 4.74 53.97 8.68 8.65
0. 6!,

8.68 13.33 1.N 4.N

1. e*

TS 51511/4 11.19 38.16 7.85 4. 74 53.97

0. f4 0.65 8.65 9.68 j f. N
1. N
6. N
1. f o TS 52513/8 11.19 38.16 7.85 4,74 53.97 0.68 0.65 8.65 8.68 6.67 1N
5. N 1.9*

TS 5I511/2 11.19 38.16 7.85 4. 74 53.97 8.60

p. 68 8.65
0. 6f 5.N 1N li, f f 1.e4 TS 61613/16 11.10 38.16 7.85 4. 74 53.97
0. 50
f. 54
f. 54 0.50 16 N
1. N 3, 75
1. et TS GI611/4

!!.10 38.16 7.85 4.74 53.97 0.54 8.54 8.54

0. 50
12. N
1. N
5. N 1.M T3 616I5/16 11.18 38.16 7.85 4.74 53.97
f. 58 8.54 8.54 8.5e
9. 6f 1.N 6.25 1.N TS 61613/8 11.18 38.16 7.85 46.74 53.97 0.50
0. 54
8. 54 8.50
8. N 1N
7. 50 1.N TS 61611/2 11.19 38.16 7.85 4. 74 53.97 0.58
8. 54 8.54 8.56 6.N 1.N lt.N 1.N TS 818II/4

!!. lf 38.16 7.85 4.74 U. 97

f. 38 8.41 8.41 0.38
16. N

!. f0 3.75

1. N

' TS 81813/8 11.10 38.16 7.E 4.74 53.97

0. 38
f. 41 0.41
8. 38 It.67 1.N
5. 63 1.N l

TS 8I811/2 11.10 38.16 7.85 4.74 53.97

8. 38 8.41 8.41 0.38
8. N
1. N 7.5e
1. fi i

TS!8tifr3/8 II.If 38.16 7.85 4. 74 53.97

8. le 0.33 8.33 0.38 13.33 1.N
4. M 1.M l

15191!8t!/2 11.10 38.16 7.85 4. 74 53.97

8. 3F
8. 33
8. 33 e.3e l'.N 1.N 6N
1. N istellf!$/8

!!.19 38.16 7.85 4.74 33.97 8.38 8.33 8.33 0.30

6. N
1. N 7.50
1. N l

151211213/8 11.18 38.16 7.85 4.74 53.97 8.25 0.27 8.27 8.25

16. N
1. N 3.75
1. N i

T$12I12I1/2 !!.18 38.15 7.85 4.74 53.97 0.25 0.27 8.27 8.25

12. M 1.N
5. N
1. N TS14tl4I1/2 11.18 38.16 7.E 4.74 53.97 8.21 8.23 8.23
p. 21
14. N 1.N 4.29 1.N l

C 't. ' ' i'. _v.e u m o * .~ .v..- p \\ 6 - '= 1 PACE M OF p G --,.-,..,.-,,.,,.,,,.,,--.-.e,-

LOCA. STRESS PROET(3.t*I3.25')7YPE-4 LOC TABLE 4-13-40 TUBE S!!E 052 0P1' OPP SW1 Sw2 SW3 Sw4 SW5 Sw6 !!,5 22.4 72, ! 7WICNESL S0t!ER LON0!R SHORTER - tir EiD ELD WE5D LDNi~ R SHCETER A.LROUC SOTER LO$ER ALLRCLDC SECTION KO.LUS Or =~

m s:

KR055 ROSS ACUSS ELD ELC WELD ELD WEiD WELD r.,:.:. t c (IM TUR TUM TLEE ACROSS MR.UEL ACROSS FAPALLEL (S0 (53. !M fi'.1%. um .mmmenmemm n...........m mmn nu mm==mn-m nmmmnmemm.10u m m n s,m m... g A E AE F A6 M Al A3 AK AL m K

============-================m======nnmm..-...es._...AR......ranm mamma mm TS 31311/4 1.13 2.5e 2.58 1.33 9.E 12.75

6. M 3.N
12. M 1.33 6.77 li. Pt 11.??

TS 41413/16 1.64 2.27 2.19 3.M 9.75 12.75 9.75 3.M

12. E 3.W
9. E li.E

!!.E TS 4:4:!/4

1. 33 2.27 2.19 3.M 9.75 12.75 9.M
3. N 12.75 3.98 9.N 12.75 I P. 47 TS 4I4!5/16 1.16 2.27 2.19
2. 52 9.75 12.75 8.25 3.M 12 E 2.52 8.25 li.E 3.13 TS 4I4I3/8 1.87 2.27 2.19 2.M 9.75
12. 3
7. 50 3.N 12.75 2.98
7. 'e ti.E 6.T TS 4I411/2 1.M 2.27 2.19
1. 33 9.75 12.75
6. M 3.00 12.75 1.33
6. W 12.75
7. E!

TS 5EI3/16 1.10 2.06

2. 0P
3. M 9.75 12.75 9.E 3.M 12.75
3. M
9. 75

!!. T5 13.% TS 5I511/4 1.19 2.M 2.te

3. Se 9.75 12.75 9.75 3.M
12. 3
3. M 9.75

!!. E 19.47 TS 51513/8 1.19 2.M

2. tr 3.M 9.75 12.75 9.75 3.M
12. 5
3. M 9.E li.E
6. M TS 51511/2 1.04
2. M
2. M 3.se 9.75 12.75 9.N
3. N 12.75 3.M 9.M 12.?5 5.23 TS LI613/16
1. 01 1.93 1.88 3.M
9. 75
12. 5 9.75
3. M 12.75
3. M 9.75 12.75 13.%

TS 61611/4 1.01 1.93

1. M
3. 00 9.75 12.75 9.75 3.M 12.75 3.M 9.75 11.75 19.47 TS 61615/16 1,91 1.93 1.M
3. M 9.75 12.75 9.75 3.se 12.75
3. M
9. E
12. 3 8.37 TS 6I613/8 1.01 1.93
1. 88 3.N 9.75
12. 3 9.75 3.M
12. E
3. 00 9.75
12. E
6. M TE 61611/2 1.01 1.93 1.M 3.M 9.75 12.75 9.75 3.M 12.75 3.N 9.E 12.75 5.23 TS 61811/4
1. M 1.76 1.72 3.M 9.75 12.75 9.75
3. M 12.75 3.M 9.75 12.75 It. 47 TS 8I81316 1.se 1.76 1.72 3.N 9.75 12.75 9.75

.l. N 12.75

3. N 9.75 12.75
6. S!

TS 818I1/2

1. M 1.76
1. 72
3. 00 9.75 12.75 9.75 3.M 12.75 3.W 9.E li.E 5.23 7510I1873/8
1. 08 1.66
1. 63
3. M 9.75 12.75 9.75 3.M 12.75
3. M 9.5 12.75
6. %

T51911011/2

1. M 1,66 1.63 3.M 9.75 12.75
9. 75 3.et Ic.75
3. M
9. E 12.7!

'.23 T51911815/8 1.00 1.66

1. 63 3.M
9. 75 12.75 9.75
3. N 12.75
3. N
9. E 12.71 4.15 i

TS12I12I3/8 1,3e 1,59 1.56 3.M 9.75 12.75 9.75 3.M 12.75

3. M 9.75 10.75 6.98 l

TS1211211/2

1. 80 1.59 1.56
3. M 9.75 12.75 9.75 3.M 12.75 3.M 9.E 11.75 5.23 j

TS14I!4t1/2 1 Se

1. 54
1. 52 3.N 9.75
12. 3 9.75
3. M
12. 3 3.N 9.E
12. ':

5.23 l l ._L,.'. *. f.'.. (D d d h. . A f's-R O_70 - r l ~ SMir]

.c sh N7-dwL PAGE % 03 N p

l l

_-,m--,--g

%g.- - -.

1 1 LOCA STRESS PRXXET(3.8'I3.25')T1Ti-A LQQ TAP E 413 4D TW S!IE LDC TYM-A L0AD T Y P E -6 THID M SS (ACTING-Vpt F0REEON WELD (lh) se m esservorrswa sa rus ses re mresu rz = =res a ss s essus s a u rs so n ss e rs F A2/te F W3/te 15M60 15M45 l'JWI3e 15MP M1 24M6e 24M45 24M3P for ~rf Fu JU H2 (lk) (ktal (ksil (KIPS /IN)(KIPS /IN)(K!PS/IN)(KIPS /thi(KlM/lN1(K!P5/IN)(KIM/lN)(MIPS s usessesse m e M RaC marses enws rurr===rs asru rs e ese ss==33 : sesseum s es s as s eses amars e s s e s 5 'It A A0 AR AS AT AJ AV AW AI AY A2 BA K _......=...... mmisrarm s,. m m arm.m .ma.,m.m mm e m s omm,,H TS JI311/4 15.79 5.23 23.64 31.49 37.82 48.48 4e 48 7.9e 9.14 9.75 8.M

9. P,
3. 3i

,,,,,,,,,m, TS 41413/16 12.88 L 78 11.26

14. D 16.89 17.95 17.99
4. E 5.62 LN
5. 'A 6.R
3. N TS 4:4:!/4 18.47 5.82

!!.26 14.57 16.89 17.91 17.99 5.26 6.99

6. '4 6.N 6.'.4
3. N TS 4I415/16 9.13
4. 82 13.18 17.16 19.97 21.41 21.41 5.74 6.64
7. F3
6. 'A
7. e,
3. N TS 414!3/8
4. 37 3.35

!$.67 29.54 24.00 21 91 25.91 6.32 7.31

7. 8f 7.29
7. 8f
3. M TS 4I4I1/2 7.85 2.51 23.64 31.48 37.82 48.48
46. 48
7. 98 9.14 9.75 8.M 9.75
3. M I

TS SI513/16 12.88 6.78 !!.26 14.57 16.89 17.99 17.99 4.E 5.62 L Pe 5.54

6. M
3. N TS 515I1/4 9.66
5. 82

!!.26 14.57 IL 89 17.99 17.99 4.E 5.62 L ee

5. 's 6.M
3. N T5 51'13/8 L 44 3.35 11.26 14.57 16.49 17.99 17.99
4. E 5.62 L fe 5.54 6.M
3. N TS !!511/2 5.23 2.51
11. 26 14.57 16.89 17.99 17.99 5.26 6.99 L5e LN
6. 55 3.2e TS 61613/16 12.88
6. 78

!!.26 14.57 IL 89

17. M 17.99
4. E 5.62
6. M
5. 54 6N 3.29 TS 61611/4 9.66 5.82 11.26 14.57 IL 89 17.99 17.99
4. E 5.62 L 80
5. 54
6. N
3. 29 TS 61615/16 7.73
4. R2

!!.26 14.57 16.89 17.99 17.99

4. E 5.62 L 80 5.54 6.N 3.29 TS 616!3/8 L 44 3.35 11.26 14.57 16.89 17.99 17.99 4.E 5.R LN 5.54 6.N
3. N TS GI611/2 4.83 2.51 11.26 14.57 16.89 17.99 17.99
4. E '

5.62 L 89

5. 'A
6. N
3. N TS SI8!1/4 9.66 5.82 11.26 14.57 16.83 17.99 17.99
4. E 5.R LN 5.54
6. P2
3. N TS 818I3/4 6.44 3.35

!!.26 14.57 16.89 17.99 17.99

4. 86 5.62 6.M
5. 'A 6.P2
3. N TS 41811/2
4. 83 2.51 11.26 14.57 16.89 17.99 17,99 4.25 t.62
s. M
5. 'A 6.M
3. N ISitI!8I3/8
6. 44
3. 3'

!!.26 14.57 16.89 17.99

17. 93
4. E 5.62 6 to
5. !4 6.tv 3.N TS19I18t!/2
4. 43 2.51
11. 26 14.57 16.49 17.99 17.99 4.E4 4 62 6.M
5. 54 6.H
3. 2f T51911815/8 3.E
2. 8) 11.26 14.57 16.99 17.99 17.99 4.86 5.62 6.80
5. 54 6.N
3. 29 1512112 0 /8 L44 3.35

!!.26 14.57 !! 89 17.99 17.99 4.E 5.62 L 88 5.54 6.N

3. N TS!211211/2 4.83 2.51 11.?6 14.57

!6.89 17.99 17.M 4.E 5.62 6.M 5.54

6. N
3. N 7514I141!/2 4.13 2.51 11.26 14.57 16.49 17.99 17.99 4.E
5. 62 LN
5. 54 6.M
3. 29 i

I \\ r.h?.cdcrio L.H.b. ' I 3 I. bf$.... -.. 3.2 'p. u.. l l r t

1.0 CAL STRESS NOET13.f *I3.2i'1 TYPE.4 Ltm TAKE 4-13-4D P TM SE LDAD TYM-P ALLOW 4F.E Yp (BETA (f.8) 3 ggg: ACTING-Vp

]N) ememnenessiemessiersmme 36Fd 45 36FWP3f 36F@f FWI.3 FVP!/tc FWS2/te FW93/tc Ypel V A2 RIN F1 Fl' F!*.

f IIN) (MIM/]N' (KIPS /IN: (KIM/IM (KIPS /IN) (ksi) (ksi) (ksi) (ktil (ktil VoA!/VpA2 (6tn fest) F1.Fl' arrse mes esen e s reresservernm en ee rs erremerem (( s gL g hg s,,sesswasuss==.-.~...... A fD DE If BG PH Il E K M k K' M r m arrer

t. g o me sswesen raseress a-......... -. re==rrass............ -........ e=BJ

===ss.. ... _............erves-TS31311/4 4.11 4.55

4. 5e 4.55 161.91 39.01 18.29 11.25 11.25 11.25

!!.25 !!.M !!.it . =rerrerrsennsre TS 41413/16

3. 88 4.29 4.23 4.29 9L94 32.81 22.9f 7.50 9.23 7.5e 9.23
7. W
7. M TS 4:4s)/4
3. 88 4.29 4.23 4.29 71.%

26.01 17.17 II.N 10.0f it.8e If. N le.N lt. N TS 4I415/16

3. 88 4.29 4.23 4.23 68.51 22.78 13.74 14.91 If.91 It.91 19.91 1t. 9; It.11 TS 4I413/8 1 88 4.29 4.23 4.29 69.88 N. 88 11,45
12. 00
12. M 12.00 12.02
12. N
12. N TS 4I4I1/2 3.88 4.29 4,23 4.29 St. E 19.54 8.59 14.49 14.4f 14.4f 14.42 14.4f 14 tf TS 51513/16 3.88.

4.29 4.23 4.29 %. 94 32.91 22.98 4.69 4.% 4.69 4.% 4.69 4.69 TS 515Il/4 3.88 4.29 4.23 4.29

71. %

24.41 17.17 6.25 6.51 6.25 6.59 1.25

6. 2' TS SI513/8 3.88 4.29 4.23 4.29 47.97
16. M 11.45 9.38 9.69 9.38 9.89 9.38
9. 34 TS 51511/2
3. 86 4.29 4.23 4.29 35.98
13. N 8.59 12.M
12. 2 12.M
12. M 12.T 12.M TS 61613/16
3. 88 4.29 4.23 4.29 9L94 32.01 22.98 3.75 3.78 3.75 3.76 3.75
3. E TS 61611/4 3.M 4.M 4.23 4 29 71.%

24.01 17.17 5.00 E93 5.8f 5.03 5.N

5. M TS 61615/16
3. 88 4.29 4.23 4 29 57.57 19.29 13.74 6.25 6.29 6.25 6.29 6.25 6.25 TS 61613/8
3. 88 4.29 4.23
4. ??

47.97 16.M 11.45

7. 2 7.55 7.W 7.!5
7. M
7. M TS 61611/2 3.88 4.29 4.23 4.29 35.98 12.fe L59
19. 98 18.07 f f. M If. f 7 I f. f f it. N TS 81811/4 3.88 4.29 4.23 4.29 71.%

F4.01 17.17 3.75 3.75 3.75 3.75

3. 7'.

3.75 TS 81813/4 3.88 4.29 4.23 4.29 47.97

16. M

!!.45 5.63 5.63 L63 163

5. R L63 TS 81431/2
3. 88 4.29 4.23 4.29 3L 98
12. M 8.59 -

7.58 7.54 7.W 7.5f 7.W 7.M 7510110!3/8 3.88 4.29 4.23 4.29 47.97

16. M 11.45 4.50 4.M 4.54 4.5e 4.5f
4. 9 i

7510!!t!!/2

3. 48 4.29 4.23 4.29 E 98
12. N L59 6.M
6. N 6.M
6. M 6N
6. N I

TSittil15/8

3. 88 4.29 4.23 4.25 2L 78 9.6e 6.87 7.50
7. 5d 7.9 7,5e 7.9
7. M TS1211213/8
3. 88 4.29 4.23 4.29 47.97 16.Se

!!.45 3.75 3.75

3. 75
3. 75 32 3 73 TS12Il211/2
3. 88 4.29 4.23 4.29 E 98
12. M 8.59
5. M 5.M
5. M LH LR
5. N

~ TS1411411/2 3.88 4.29 4.23 4.29 EM

12. N 8.59 4.29 4.29 4.29 4.29 4 ??
4. 21 E. t. :T~~

q i SDQ bh b me.BMi-j m m a-u p

l i LutA $1RISS BmEll3.P*I3.25')TYTI-f LO@ T4.E 4-13-4D TUIC SlIE LLOMK! Yp (KTA)t.8) 1 AJ0WAF F1 (MTCTC CINECTION)] LU I. !!" l'A Ft'". W TNICATSS 1%.CtLME IF L1 OE L2)*CD.-6 1 (Ili) Lor W F2 F2' MIA M!N(F1,F2 Fl" Fl"' M! hit" MINtFl"+ L'l U2 L'3 Li' (l'd) (F2 PAICat CCN ALFO F2,F2' ,(Fl'+F2') Fll F2),(Fl'MTA(f.0 P!TA(0.8 KTI(f.B ti. 6) (F. 6, esserversen (kst) (kst) (ksg) (kgg)=== rursrers m m szsevesse +f2') sermersserrerwarmsmaururarissennezums s A BC PR FS F1 FU PV I6' 0! PV PZ CA CF C: .w3........... es er==== =3................- = senessrea r==........... res ess eri rrezrrr rrr : ::::: TS 323I1/4 14.40 14.49 14.49 25.65 35.16 32.49 32.40

46. 8P 0.72 9.72
1. M
t. 52
f. 51 TS 41413/16 14.34 14.4 14.34 21.90
0. N
0. 00 0.00 14.34
0. 'A 0.58
1. M
t. 65
9. '4 15 4:4:!/4 14.49 14.46 14.49 24.40
0. P8 0.N 4.N 14.40 f.%

0.56

1. N
t. 9i
9. 9i TS 4r4I5/16 14.49 14.44 14.40 25.31
f. N 0.M
8. N
14. 44 1.N

!.N

1. N 1.N 1N TS 41413/8
14. 4
14. 4 14.4 26.4 0.M
t. 00
0. N
14. 46
1. M 1.N 1.N
1. N

!. N TS 43411/2 14.44 14.44 l'.40 28.8f

0. N 0N
0. 0f 14.40
1. 0$

1.N

1. M 1.N 1.N l

TS 515I3/16 IP. 44 10.97 10.44 15.39

6. M
8. N
f. 00 10.44
p. 34 0.36
f. 7e f.3:
0. 3i TS 515t1/4 14.4 14.49
14. 4 29.65
0. 00 0.00 0.N
14. 40 0.68 8.65 1.M 6.63
e. 6!

TS 51513/8 14.44

14. 4f 14.4f 23.78
f. M 0.N 0.00 14.40 1.N 1.te
1. N 1N
1. 62 TS 51511/2 14.49 14.44 14.40 26.99
8. te 0.N
0. N 14.44 1.N
1. M
1. M
1. M
1. t?

TS 61i13/16 8.13

6. 57 8.13

!!.9)

9. M 0.N 0.M 8.13
f. 27 0.29
9. '4 f 27 P. 25 TS 61611/4 14.44
14. 40 14.49 19.49
0. se
t. Se 0.M
14. 4 0.48 8.52 1.N t.4!
9. '.2 TS 616I5/16 14.40
14. 4 14.4 29.65 P.N
f. Pe
8. N 14.40
0. 75 f.81
1. N
t. 7!
f. 5:

TS 61613/8

14. 4 14.44 14.44 21.9e
0. 8e
0. N
0. te
14. 4 1.M

!.Ie 1N

1. M 1N TS 61611/2 14.48 14.4
14. 4P 24.4f
f. R 0.N
0. 0P 14.44
1. N 1.N
1. N 1.N

!.N TS 4I811/4 9.81 10.47 9.81 13.64

8. N
0. N 0.00 9.83
f. 36 0.31 0.75
f. 36
f. T.

TS 81613/8 14.40 14.46 14.48 2f. 03 0.N

0. M
0. N
14. 4
f. 81 B. 87 1.M
t. 61
f. D TS 81811/2 14.40
14. 44 14.64
21. W
0. N
0. N
0. N
14. 44 1.00 1.N 1.H
1. N 1.N T51611913/8
14. 4
14. 44 14.4f 18.9f
0. 00 0.00 0.f0 14.49
0. 64
f. 7f
1. N f.64 f.??

TS10titti/2 14.44 14.40 14.40

20. 4f
0. N
f. 0f
0. f9 14.40 1.N
1. N 1.N

!.D 1.N TSil1915/8 14.40 14.44 14.40 21.9e f.N 0N 4.te 14.46

1. N 1.H 1.N 3.f?
1. N TS12112I3/8 13.60 14.28 13.40 17.15 0.N
0. N
0. M 13.44 0.54 0.58 1.M t.!4 f.

1512I12I1/2 14.44

14. 4 14.40 19.4#
f. M
0. N 9.N 14.49 P. %
1. N 1.N t.?!

!.N TS14Il411/2 14.44

14. 44 14.40 18.61 0.N
f. 00 0.N 14.49 0.82 8.81 1.N
t. 52
f. 81 7 - ~

b d,N k.p2DJ. N .... 8 $ .I -..Akl g)y}g[ =.94. a.bb p u

LOCA. STRESS PM:xE113.f*I3.25')1M-A LOC TABLE 413-4D TUPi SilE OW:P.E Yp/A"TING % s FI ML U'S FOR T M -A L W THIchtSS -A (9W.13131/4;1re.E 413.4D) (IM ~~~ g3+ y}it (pii g3.s y}is' U2 U3 tlk) (P). 8) (MTA(f.8 ard PI)r.1) er seswo mewus==== s rs s eu rsass re essassesss s enes e sse _....... reews o me n su m ma A CD E CF CS Di Cl CJ . =. =.. TS 313tl/4 1.N

1. N
1. N 1.N
f. 72
0. 72 1.00 TS 414I3/16 1.06 0.66
0. 58 1.M
0. 54
0. '.e

!.N TS 4:4:1/4

1. N 0.%

1.N !.N e.%

0. %

1.te TS 4I4I5/16 1.N 1.ge

1. 06 1.M

!.N

1. N 1.N TS 41413/8
1. N 1.N
1. N 1.00
1. N 1.M

!. 0F TS 414I1/2 1.N

1. 00 1.N 1.N 1.06
1. N 1.00 TS 5I513/16
8. 70
8. 35 8.M 0.70
8. 34
8. 36 8.70 TS 5I511/4 1.N
0. 63 0.65
1. ft
0. 60 0.65 1.0F TS 5!513/8 1.te 1.N 1.N 1.fe 1.00
1. N 1.00 TS 52511/2 1.0e 1.te
1. Be
1. 0F 1.00 1.00
1. 00 TS 61613/16 0.%

0.27 0.29 0.56 0.27 0.29 0.56 TS 6I611/4

1. 00 0.48 0.52
1. 00
0. 48 0.52 1.N TS 61615/16 1.00 0.75 0.01 1.M 0.75 0.01 1.Ge TS 61613/8
1. 0F 1.N
1. 00 1.00 1.Be 1.fe
1. 00 T5 GI611/2 1.C0 1.N 1.00 1.N
1. 00 1.N 1.N TS 018I!/4 0.75
0. 36 0.39
0. 75
0. M 0.39 0.75 TS 81813/8
1. 0F 8.81 0.87
1. 06 0.81 0.87 1.fr TS 818I1/2
1. N 1.N
1. 00
1. 0F

!.N 1.N

3. Be T510110I3/8 1.00
0. 64 0.78
1. 00
0. 64 0.70 1.00 TS10!!III/2
1. N-1.C4

!. 00 1.N !. 00

1. ft 1.00 T51011025/8
1. 00 1.00 1.N 1.N
1. N

!. 00

1. 00 TS12Il213/8
1. 0F
0. 54 8.58 1.00
0. 54 0.58 1.N TS12Il211/2
1. 00
0. %

1.N

1. N
0. %
1. ft 1.00 TS14I1411/2 1.N 8.82 0.83
1. N 0.82 0.89
1. 00 i

4. x de .~. i5 .~/A 'l S)7IA v.: A2 e a P l L

LCCAL STRESS PRA>fi(6.0'I7.0')1tTT-4 LORD TABLE 413-4E UTill!ATION FACT 0A(ALLGAPLE Yp/ ACTING Yp) FINAL U'S FOR TWE-A LOAD TUM S!!E LOC TYM -A (Bh i 6'I7'liAK E 4-13.4El THlCNESS tlM UI W U3 U1' T' U3' U1" U2" U3" U1'" W'" U3"' M'TA(f. 8 K1 A (P. 8 f(TA(0. 0 (P). 8) (9).8) (P).8) (0ETAff.8 se illn!) (lo S_ WWsar33rsrvBTerptst3* PY el CA CB CC CD E CS Di Cl CJ O' O.50 0.50 1N

0. 85
0. 85
1. 00 0.58 8.67
1. 00 0.50
0. 50 1.tr TS 61613/16 0.67 8.67 1.06 1.00 1.N
1. 00 0.81
8. 94 1.00 0.67 8.67
1. M 15 61611/4
0. M 0M

!.N

1. 00 1.00 1.M
1. 00 1.00
1. 00 0M 0.M 1.00 TS 61615/16
1. 8P
1. 00
1. N 1.N 1.00 1.80
1. M 1.00 1.00
1. M 1.N

!. 00 15 616I3/4

1. 00
1. 99 1.N
1. N 1.M
1. 00
1. 00 1.00 1.N 1.00 1.00
1. 00 TS 61611/2 9.45 8.52 0.97
8. 77 0.52 0.97
0. 77 0.52 0.97 0.45 0.52 0.97 TS 818:l/4
1. 00 1.00 1.N
1. M

.l. N

1. 00
1. 00
1. 00
1. 00
1. 00 1.00 1.00 TS 81613/8 1.00 1.00 1.N 1.00
1. 00 1.00 1.M
1. N 1.N
1. 00 1.00 1.N TS 81811/2
8. 63 8.73
1. N
t. 72 8.73
1. N
8. 72 0.73 1.80
8. A3 4.73
1. 00 T51011013/8 1.00
1. 00 1.N

!. 00

1. 00 1.00 1.00 1.N
1. 00 1.00 1.00 1.N TS19110!!/2
1. 00
1. 00 1.00 1.N
1. 00 1.00 1.00 1.00
1. 00
1. N 1.N
1. M TS!tillI5/8 8.50 9.59 1.M 0.52 0.59
1. 00
0. 2 0.59
1. N 0.50 0.59
1. 00 T512I1213/4 8.19 1.95
1. 06
8. 92
1. N
1. 80
0. 92 1.N 1.00 0.90 1.00 1.00 TS12It2I1/2 8.77 4.90 1.00
9. 77
0. 90 1.00 0.77
0. 90 1.00
8. 77
0. 90
1. 00 TS1411411/2 l

5;l e.: IQ A . T..I. 60 (' A d l ,b -....,... sN. F7,..,1

i. M ' _._. 5hin-!

c. 4J.. /,g g' ,,-,we- ,-w v-- ~w "'"Y ' * ' ~ * '" '

LOCA. STRESS PRACXET(L P'I7.f'litT(-A LOC TfRE 4-13-4E TWE SIZE TUlf $17E I/D THK I.DACKET S!!E W: W2 W3 W4 W'., W6 F Elfra FS M ? F5:%? f.'iw Th:CwISS Th! M ESS Fm F.ic ap (!N) (IM (Lil (Lil P (lN) (IM (IM (!NI (!N) (K!F) ( n r.) (VIF) ( !I s (I n,.* :', ..erv eres==.rrassaws s=strarsanwass nerveres se-russerwursta rsan33 rrrunterres.ruuss ara rsersra ama rmes a A A B C D F. F S H I J K L M N O 5- _m.nw.=rren =w - =r===rs ,=.. ww.n un ...rranens. TS 61613/16 TS 61613/16 6.M t.188 6. pee 7.9N 5.25e 7.N7 26.N7 5.25e 6.e# 24.000 33.5 4. M 33.5e M. fi

67. N 15 6I611/4 TS 61611/4
6. M 8.25e 6.8N 7. Nf 5. NP 7. pee Effe 5.Ne LNP 24.Nf
33. 5
4. M
13. M M. fi 6". K TS 6161'/16 TS 61615/16 L N 9.313 6.PN 7.9N 4.759 7.0N 26. fed 4.75e 6.9N 24. M 33.5
4. N 33.59 n.f:

67.t? TS 61613/8 TS 61613/8 L M 8.375 6.Mt 7.Ne 4.5ee 7.8N &SN 4.5N 6.000 24.Ne

33. 5
4. M 33.50 25.91
67. N TS LI611/2 TS 616tt/2
6. N 8. 5N 6. 9N 7. 9N 4. M 7.Nf E PN 4.00f 6. M 24.000 33.5 4.M 33.M ti.fi
67. N TS 8I8I1/4 TS 81811/4 4.M 8.254 6.fN 7.ter 6. tee 7.#7 & #7 7. W LWe 26.M 33.5 4.N 33.M
5. fi
67. N TS 81813/8 TS 8I813/8
8. N 0..T75 6. tei 7. 8e9 6. 9N 7.PN 26.Ne f.5N 6.W26.We 33.5 4.00
33. M 21.91

( 7. M TS 81811/2 TS 818I1/2

4. M 0. 5M 6. NP 7. ON 6. fee 7.Ne 26.Se? 6.fre 6.0Pt 26.000 33.5
4. M 33.'.e 21.f:
67. N TSitt!#13/8 TSIFIleI3/8 le. M t.375 6. R 7.8N 6. N7 7.tet 26.Ne 7.Ne 6. Set 26.efe 33.5 4.fe 33.5e M. fi
67. M 151PI1011/2 TSif tle!!/210.M f.5N 6.

7.N, 6..M 7.,* 26. f.e 7..N 6.

26. N.

33.5 4.M 33.5e n.fi 67.N TsifIlfl5/8 TSitIlt!'/819.9e f.625 6.0fe 7.Ne 6.fe? 7.tN 26.800 7. tee LDN 26.8N 33.5 4. M 33.M M. l!

67. M TS12I12I3/8 TS12Il213/812.# 8.375 6.fN 7. Set 6. lef 7.000 26.960 7.PN G.9N 26.000 33.5 4.fe 11.54 M. 91
67. W

~ TS!!Il2II/2 751211211/212.M 8.5N 6.PN 7.9N 6.Ne 7.Ni 26.N7 7.fM 6.M 26.tet 33.5 4.N 33.'.4 M.t: 67.N 7514I1411/2 TS1411411/214.M l.'.Ae LMP 7.900 E.fet

7. Pee 26.9N 7. Pee 6.000 26 Me 33.5 4.P2
33. M M.r:

67.N l g7... _.._- b-. 79.!M.dh b-d L.Ar r.: sp W % e+.y7E, a w

i LOCA. 575259 emit (6.f'!7.f'lTM-4 LOAD TAI. E 4-13-4E TLW 5:!! FSIN45 000$45 FSIN30 DCC$30 DCC50 MTA! KTA2 ETAl ETA! GwAl of ^.: ca THlCMESS Fv45 M45 Fv3r RSS N r.1 r4 rl 117.i:. LON;il (IN) F /. (- WE.* y (C8:35 (!h) (KIP) (!h KIN (K!N (IN-KIN (!h-K!N t r.o it% BTSE.B BS rW WFE.WtSFSS ETERTSart WE23SEFE RE S BSSS 3 8tt3 RSTESRS ARS S ETSERRETTmt3ENT A 9 R S T U V W I Y Z 4 4 cc ..uar re 3.........._......-.. m . m m m T,,m me m... . m.2: TS 61613/16 23.69 94.75 16,75 116. 5 134.00

0. 88 0.88 1.17
1. N
16. N

!.N 3.E 2.M TS &l611/4 23.69 94.75 16.75 116.95 134. 00

8. &3 4.83 1.17 1.00 12.94 1.fe 5.N
1. N TS 61615/16 23.69 94.75 IL 75 116.f' 134.0e 0.79 0.79 1.17 1.N
9. 60
1. N 6.25
1..'2 TS 61613/8 23.69 94.75 16.75 116.80 134. N A,75 8.75 1.17 1.00
4. N 1.N
7. 'J
1. 33 TS 61611/2 23.69 94.75 16.75 !!6.85 134.N 0.67 0.67 1.17
1. 00 6.Ie
1. N lt.N 1.13 TS 81811/4 23.69 94.75 16.75 116. 5 134.08 8.75
0. 88 0.88 8.75
16. N 1.N
3. E
1. 33 TS 81813/8 23.69 94.75 16.75 !!6. E 134.se
0. 3 8.81
8. 88 0.3 If.67 1.00 5.63
1. 33 TS 81811/2 23.69 94.75 16.75 !!6. f5 134.N
0. 75 0.75
0. 88 f.75 8.N 1.N
7. ')

1.33 TSlfIlf!3/8 23.69 94.75 16.75 !!6.fi 134.M 0.64 s.70

0. 70
0. 6#

13.33 1.N

4. N
1. t.

T51911011/2 23.69 94.75 16.75 116,95 1 34. 89

f. 69 0.78 8.78
f. 64
19. 00
1. ft 6.N
1. e4 TS!811f15/8 23.69 94.75 16.75 !!6.85 134.0f
f. 6f
0. 78
f. 76 6.64
8. N
1. H 7.54 1.f4 151211213/4 23.69 94.75 16.75 !!6.05 134.fe
8. 58
8. 58 4.58 4.5e
16. N 3.fe 3.75
1. N TS1211211/2 23.69 94.75 16.75 !!6. 95 134.09 8.5e
8. 58
8. 38
6. 58
12. N 1.N 5.97
1. K TS14tl4I1/2 23.69 94.75 16.75 !!6.95 134. 99 8.43
f. 58 8.54 8.43
14. N
1. N
4. i;
1. N
  • h g-

= w.......,, lj n.*3. e ... j C.,,,,,,,,'- 's]jfI n.-As.,m 6 ^ j w-7 y

l LOCA STRESS PRACXE7tE.P'17.0')TYTT-4 LSD TAF.E 4-13-4E TUFE S!!E Cl4 QFI' QF2' Sul SW1 S.i3 S.4 SW5 SWE 21,5 ??,4

72. !

THICkESS SOFFER LCh3E8 SFCETER - (IN' CD WELD RD LOGER SrOTER ALLR3.hD SKRTER LOGER ALL R'A SfCTICA CJ.' ' Cr*.6 i

nern AC8 CSS R'POSS ACROSS WELD ICD WELD WELC WELD ED 54;'t:

(IM Tt4E TUFi TLE! ACR03$ NR.tLEL ACROSS MriLLEL t55. IM iS*,. IM t L*. atu . - -.. _.................. _.,=,m mm m=====mn. m m,mu m, m m. I N. mm n e m..... ,n

g A

AD E W AG m Al AJ AK A $P CLN 2 f4 .n e===mm========= es sm e==== mmmmanemmn -mr mmrerum ;. m mm e==== n nm u m m n i m TS 61613/16 2.29 2.50 2.M 9.19 42.M 54.M 31.9

12. M
48. N 9.19
31. 9 4 5. t.'
7. N TS 61611/4
1. N 2.50 2.50 8.33 62.N

$4. 00

30. 00
12. N
64. N
8. 33 3e.M
46. e?

11 4 TS 6161'/16 1.2

2. 50 2.50 7,52
42. M 54.M 28.50
12. M 48.N 7.2
28. '.#
42. N 11.26 TS 61613/8
1. 13 2.56 2.58
6. 75
42. M 54.N
27. M
12. M
68. M 6.75 27.M 45.N S. H TS 61611/2 1.13 2.56 2.5e 5.13 42.00 54.M
24. N la.N
48. M 5.13 24 ft
46. fi 8.37 TS 81811/4 2.29 2.34 2.19 12.se
62. M
54. M
42. M 12,se 54.M
12. M
42. N

' 4. N 11.17 TS 81813/8

1. 64 2.34 2.19
12. N
42. N 54.N
39. N
12. N 54.M
12. N
39. N

!4. 6

7. n.

TS 8ttil/2

1. 33 2.34 2.19
12. M 62.M 54.N X.N
12. N 54.N
12. N X. R 54.0!
5. 54 151011913/8 1.19 0.13 2.M
12. M
42. N 54.M
42. N
12. N 54.N
12. N 42.N 54.N 7.46 TSlettent/2 1.19 2.33 2.00 12.se 42.9e 54.N 42.M
12. N 54.N
12. N
42. N 54.e?

5.!! T51911915/8 1.19 2.13 2.M

12. N
42. N 54.99
42. N

!&. N 54.N

12. N
42. N 5.N 4.47 T51211213/8 1.83 1.98 1.88
12. N
62. se 54.N
42. N
12. N 54.N
12. N 62.N

$4.M 7.44 ( T51211211/2 1.83 1.98 1.88

12. M
42. M 54.M
42. M
12. N' 54.N
12. N
42. N

!4. N !.$i T51411411/2 1.M

1. 88 1,79
12. M 41.N 54.N
42. N
12. M

$4.N

12. M
42. N

!4. N 5.!! 7--s.~.- .-.= 7.;.., D

  • A. P 3

{ I"l' ?~ T*..$" d/, r l _--.4 ( L > - ' 's]., trj l f.. j~Ih nc u q 2. g

i 1 j LOCA. STRESS FRACAEi(6.f *I7.t*)71TT-A LCA.i inF.E 413 4E TL'FE $12E L0c: TITT-A L 0 A t-TYPE 4 NMSS (ACilN3-Vpt F0RCEON WELD (jy rearrunwes m m e es ss s s es seva ssa m m es m m ::: r esurserseserrarse r ra rserzrewwsres s en n es s F44/te FC/te 1F i'? l' 4 45 1V437 l'/ 7e Fel 24*4!4 24r.14' 24r43t 20 0? F 4, sir lg / iIM (ksi) Iksi) (KIPS /IM (k!M/IM (k!PS/IM (KIPS /lu (kips /IM (kips /lM (kiM/IM (kIM/I'a (t!M/Ir '6 'N!!*.e 16/1'. Att,p;pc m 3== suur== nnneenm..mmnrisernaummnenmensememnemusemannin .mn orm A AD AA AS A7 AU AV AW AI Ay &c 2E K err =mm n===r=re rmm.. _....nr== = rr ra m e s.s um mm.ms n.mem s ,,Al m en m,u m,,,n,,,,,u,,,,, 15 61613/16 17.62 7.44

19. 86 12.57 14.23 14.*1 14.51 4.89
  • P6 5.28 4.25 5.2!
2. 6f TS 61611/4
13. 68
5. 58 18.94 13.74 15.67 16.88
16. 88 5.13
5. '3
t. 54 4.47
5. 's 2.67 TS 61615/16 11.28 4.47
11. %

!!.t3 17.19 17.82 17.82

5. 44 5.82 5.83 4.75 5.61
2. W 15 61613/8 9.93 3.72 13.15 16.67
19. P5 19.85 19.85
5. 71 6.14 6.16
4. %

6.16 2.64 TS 61611/2 8.37 2.79 16.19 29.73 23.85 25.13 25.13 6.62 6.91 6.93 5.58 6.93 2.62 TS 818I1/4 9.57 5.15 8.M 9.87 11.07 !!.17 11.17 3.67 3.95 3% 3.19

3. 9i
1. 11 TS SI813/8 6.87 3.44 8.M 9.87

!!.07 !!.17 11.17 3.95

4. 2 4.26 3.44 4.it
2. 56 15 81811/2
5. M 2.58
8. M 9.87 11.97 11.17 11.17 4.28 4.61 4.62 3.72
4. E!
2. 3!

TS19!!f!3/8 6.38 3.44 8.N 9.87 II.f 7 11.17 11.17 3.67 3.95

3. %

3.19

3. %
2. 36 TS!tilft!/2
4. 79
2. 2
8. M 9.87

!!.87 11.17 11.17 3.67 3.95

3. h 3.19
3. ".:
2. 2:

T$itIlf!!/8 3.83

2. 96 8.N 9.87

!!.f 7 11.17 11.17 3.67 3.95

3. %

3.19

3. k
2. 2i TS12I12I3/8 6.38
3. 44 8.N 9.87 11.07 11.17

!!.17 3.67 3.9', 3.% 3.19

3. Si 2.3!

F TS1211231/2 4.79

2. 58 8.M 9.87

!!.97 II.17 !!.17 3.67 3.95

3. %

3.19

3. 9i
2. 34 TS14I1411/2 4.79
2. 2
8. M 9.87 11.97 11.17

!!.17 3.57 3.95

3. %

3.19

3. 96
2. Si i

i e- - @p :..j : 9.. c.v.27p. p1 g) ~ /

a....

... f.9 i i l t . 1 ~,. ~..y ] t'.7. l a.p s. I l 1 l 1

LOCR. STRESS PRAC* tit 6.e*I7.p*)TITY-4 LOU TAR.E 4-13-4E TLSI $12E LOC Tytt-Ie ALOW' E Vo (IT7A(f.8) TH:CW!5 A"11h34; I slu enransinme-maramemreren --- 3(77 5 36N30 36 M i M3 MI/tc M2/te M3/te vpAl v$2 M;h FI FP r; (th) (K!fS/!M (KliS/]Ni tKlfS/lN) (KIPS /IN) (kst) (ksil (ksil (ksi) (ksi) V$l/V %'. (hts) bts) F1,F1' me rm am me rs ers urs emes serrs== m rse mem 11 AL O.pc assese m m===== re m esr=3 A IC BE Tf 96 IH B1 PJ IE k Im IN If IJ ve rre sses ngs; u........a..mi===~.-.----....-------mem==----------. -- --- - m r== = =m e rrre n = = re rn a TS 61613/16 2.%

3. !!

2.79 3.12 77.79 28.16 16.62

8. 57 8.57
8. 57
8. '7 f.!?
6. !?

TS 61611/4 2.% 3.12 2.79 3.12 64.32 22.17 12.46 9.M 9.et 9.M

9. N 9.N
9. P?

15 6161!/16 2.% 3.12 2.79 3.12

57. t!

18.67 9.97 9.47 9.47 9.47 9.47 9.47 9.47 TS 61613/8 2.% 3.12 2.79 3.12 52.94 16.42 8.31

18. M 18.8e it. M If. N li. N It. P?

TS 61611/2

2. %

3.12

2. 79 3.12 58.25 13.86 6.23 11.25 11.25 11.25 11.25

!!. 2' II.i! TS 8181!/4 2.67 2.79

2. 48 2.79 44.67 15.84 11.17
  • P9 8.57
5. P9 8.57 5.fi
5. '?

TS 81813/8 2.67 2.79 2.48 2.79 29.78 11.37 7.45

7. 50 9.23 7.5e 9.23 7.52 7.'d TS 81811/2 2.67
2. 79 2.48 2.79 22.33 9.24 5.59 If N l'. M II. N li N If* N If* N TS!PIl013/8 2.67 2.79 2.48 2.79 29.76 18.f4 7.45 4.69
5. 36 4.69 LE
4. 6's 4.63 T51011911/2 2.67 2.79
2. 48 2.79 22,33 7.92 5.51 6.25 7.14 6.25 7.14 6.25 6.2!

TS1911915/8 2.67 2.79 2.48 2.79 17.87 6.34 4.47 7.81 8.93 7.81 B. 93 7.21

7. !!

751211213/8 2.67 2.79

2. 46 2.79 29.78 It.56 7.45 3.75 3.86 3.75 3.81 3.75
3. 75

/- TS12tl211/2 2.67

2. 79
2. 48 2.79 22.33 7.92 5.59 5.M 5.14
5. N 5.14
5. N
5. M 7514I1411/2 2.67 2.79 2.48 2.79 22.33 7.92 5.59 4.29 4.29 4.29 4.29 4.29 4.29 i

l s g L.Pf: E-f-m2 / t d.M__.., f Q., (........ !.. ! k ~ shind ..sb u g 6, w

LOCAL STRESS BRACVT(6.f*I7.f *)TM A LOAD TAP'.E 413-4E TUK $!!! LLM!tt Yp (Kf Alf.8) I ALLOMPLE F1 (MICED COST:110 Nil L"1. !m !'.A FV.T A.. THICh4SS JCA.Cd. ATE IF L104 L2)=CDA 1 LE TG.' g;y F2 F2' MIN MIN (Fl.F2 F1" FI MIN (F1" MIN (F1"+ U1 L2 U3 U:' Ci' (IW1 (F2 MTCH CDN ALSO F2,F2', (F l' +F2' l Fl"'I F2),(Fl"MTA(0.8 MTA(f.8 PETAff.8 (0.6) (b.D (ksil (ksil (ksi) ( k s a l===== rr==== =rr---- -- - -- * +F2' l=== r=======r==rr=rm====n e n= = m e re s =rs a n

=== - A B0 PR 95 BT BU PV IW bI BY S2 CA CF CC rer... -. - -. - -.... - rs -.. -. - - - - - m====rs -. -.... - --.....======= - - -. _ -. : : =ri m - rm rm s TS 6I6I3/16 14.49 14.49 14.4e 22.97 56.7f 48.6# 48.64

63. W
8. 'J
8. 'J
1. N
f. fi
f. t TS 616II/4 14.49 14.40 14.49 23.69 75.6f
64. M
64. M 79.2f 8.67 8.67
1. N 1.N

!. N IS 61615/16

14. 40 14.48 14.40 23.87 94.54 81.00
81. M
95. 48
0. 84
8. 84 1.N
1. N
1. N TS 61613/8 14.44 14.49 14.49 24.4e 113.44 97.2f 97.29 Ill.6f 1.N
1. 00 1.M 1N
1. N l

TS 61611/2 14.49

14. 44 14.40 25.65 151.20 129.64 129.68 144. M 1.te I.N
1. N
1. N

,1. N TS 818II/4 14.44 14.44 14.44 19.49 0.fe S. M 8.N 14.48 0.45 0.52

f. 97
f. 77
f. '?

TS 81813/8 14.49 14.44 14.40 21.9f 0.N

f. 0F
f. 00 14.44 1.W

!.M 1.N

1. N I.N TS 81811/2 14.4#

14.44 14.49 24.49

0. N
0. N 8.N
84. 4f
1. 8f 1.00 3.8e
1. N
1. N T51f11813/8 14.49 14.40 14.40 19.99 8.N
s. N
0. N 14.48
8. 63 s.73 1.N
f. 72 t.73 TSlf!!PII/2 14.49 14.44 14.49 29.65 0.00 0.ft 0.90 14.49
1. 00 1.8e
1. N
1. N 1.N TSIFIllI5/8 14.4e 14.40 14.40 22.21
0. M
0. M P.8e 14.48
1. M
1. M

!.N

1. N

!.N T51211213/8 14.48 14.40 14.44 18.15

8. M 8.N
1. M 14.44 8.59 0.59 1.M
0. 'A
8. D TS1211211/2 14.40 14.49 14.40 19.48
8. M
0. N
8. 80 14.40
f. 9f 1.M 1.N
f. 92
1. N TS14I!4II/2 14.48 14.44 14.48 18.69
8. N f.se e.te 14.44
f. 77
e. 99
1. M
f. 77
f. 9F

....... ~.. m. P..h 2-E. 2-e. e I % d .O_ /eq IA' 5/7)/7-l l 1:.- hm. 4d, g i

l LOCA. STRESS R:c/IT(E.t'17.t'livTi-C LCR 1rJ.E 413-4E T4E SlIE MF E Yp/AC11h5 Vr> FIW. O'S FOR 1)Ti-A LOC 1 i:CNeE55 -A (Mr T l'I7';TAF.E 4-13.4El llN) ~ g3 pgie

w. i U3

UP U2 U3 ' " (!N) 19).81 (BETAtt.0 ard P1)ml) ....... sure r==m ers ererw a== = = nra ssa s e rmm em a m enwma rm er A CD E CF CS CH CI CJ swen... _........... ...r. ...........s m an=se m m a m users m e === TS 616I3/16

1. N
t. 58 0.67 1.N 0.'.4 0.5e
1. pt TS LI6Il/4
1. 8P 0.81
0. 94 1.N 0.67 0.67 1.00 TS 61515/16
1. N
1. 4
1. N 1.te 0.84
0. 64 1.00 TS 61613/8 1.M 1.Ge 1.00
1. 00
1. N 1.M 1.N TS 616tt/2
1. 89 1.M 1.N 1.N
1. 00 3.N 1.M TS 81811/4 0.97 0.77
0. 52 0.97 0.45
0. 52
f. 97 TS 81813/8
1. N
1. N
1. M 1.W 3.N

!.N

1. N TS BI811/2 1.fe
1. 00
1. N
1. N
1. N
1. N
1. N TSlfl1813/8
1. N 0.72
0. 73 1.N
f. 63 0.73 1.00 TS10!!0!!/2 1.N
1. N 1.00 1N 1.N 1.M 1.00 TSit!!f15/8 1.N
1. M l'. 00
1. te
1. N 1.00 1.00 751211213/8 1.N 0.52 0.59
1. N 0.5e 0.59 1.N

^ TS12I!2II/2 1.0e 0.92

1. N 1.N
f. 99
1. N
1. N 1514I14I!/2 1.N
0. 77 0.99 3.N 0.77
0. 99
1. 08 M

? 0 . - E S OY.... 0 0. 4.. i P_-.... 77/97 ! 3 b_.... f . e. x...$.. Ih e l l l I 1 ,,,,.-,=1r' -. - - - - - - - - - - - - - - ~ ~ ' ' ~ - ' - ~ ' ' ~

La STRESS DRADTTl7.P'I9.p') TYPE-A LOAD TARE 413 4F UTIL12A110N FACTOR (ALLul 4 LE Yp/ACT!WG Yp) F!hAL 11'$ FDR TM-A LOO TLH Sl!E gg yg g (I N T 719' TABLE 4 13.4r) Tal d is5 (10 Ut U2 U.1 01' W' U3' U1' U2" ul" U1'" U2" ' U3"' BGAff.8 K1A(f.8 KTA(0.8 (B). 8) (P).8) (B).8) (BOA (P.8 afd f!)n!) < !M = _ __ _ _ uerem==..............n em Bf 32 CA D tt CD E CT CS Of Cl CJ On 4.59 8.59 1.00 8.59 1.88 1.N 4.59

8. 76 1.00
8. 59 8.59
1. M TS 8:511/4
8. 89 0.89 1.90 9.89
1. 90
1. 00 9.%

1.M !.N 6.89 4.89 1.N TS 61813/6 1.89

1. 00
1. 00
1. 06
1. M
1. 00
1. 00
1. N 1.N
1. 08 1.N
1. M TS 81811/2 8.56 8.67
f. 80
0. 92 8.67 1.00 9.92 8.71 1.80 8.%

0.67 1.00 151011613t6

8. 99
1. 00
1. 80
1. N

!.M

1. 00
1. 08
1. 08 1.N 0.99
1. N
1. M TS1911011/2
1. 00
1. 00
1. 80 1.08
1. 00 1.N
1. 00
1. 00 1.90 1.00 1.M l.N TS!8tletS/8
4. 68 4.51 0.91 4.52 8.51 8.91
8. 52 8.51 8.91 0.48 8.51 8.91 TS12tl213/8 8.71
0. 91
1. 90 0, 92 9.91 1.00
0. 92 0.91 1.00 0.71 0.91
1. M T51211211/2 S.59 8.76 1.te 4.65 4.76 1.00 0.65 8.76
1. M 8.59
4. 76
1. N TS14114I!/2 e

~ s... a. - =. ~ ~ ~ ~ '

-. ~ -

tac wm .n..a . <= e p

LOCAL STRESS pmi1(7.f'I9.f')TYif A LDO Tff.E 4-13-4F TLW 5!!E P/:' T+ FE

  • WET SIIE W1 W1 W3 W4 W5 W6 F WIGi1 FSIW99 FSIM# FrCE F FS:A*

Tg! MSS Fv9e Fv6e h? r.4! (!h) nli (L21 H (IM (INI (!N) (!NI .,nns.. enam==.mm..n en. un m.. um. .m...nnnn.(.Kll ) (19.1 (KIS I (K!s t (ik-. 's

i. :

m au.m m u.eum..n.n....mnn n A B C D E F 6 H I J K M N O t 0 n me========. mmn re r==mu n==me= = nrum m mm...L n = = =mmmm a nnn u... n..=m TS 81611/4

8. M 9.2M 7.9M 9.992 7. M 9.PN 32. M 7.8et 7.0 N 30.9 N $t.6 5.25 5e.6e
43. 82 IM.63 E. 75 TS 818:3/8 8,N f.375 7. Ne 9. Ne 6.5N 9. N 0 32. M 6.548 7. fee 34.9M M.6 5.25 M. 68 43.82 12.63 E.75 75 81811/2
8. N 8.5N 7.pN 9. M 6. N ? 9. M 32. M7 6. Ne 7. PN 30. DN $4.6 5.25 54.6f 43.82 IM.63 2. 76 751f11f13/8 If. N 9.375 7. M 9.8te 7. M 9.f M 32. Ne 8.5 N 7. M 32.9N 5t.6 5.25 M.M 43.82 1 2.83 E. 76 75191911/2 If,N f.5N 7.Nd 9.807 7. fee 9. N t 32. Mi 8. M i 7.DN 32.fW $4.6 5.25 5t.M 43.82 12.63 E.7E T519:1915'6 19.fe 8.625 7.9N 9. Ne 7.99f 9.pfe 32.0ff 7. 5N 7.000 32.884 5f.6 5.25
54. W 43.82 132.L3 Z 76 TS121:213/812.N t.375 7.fM 9.9N 7.Me 9.8N 32.0N 9.9e2 7.000 32.00e 5e.6 5.25 54.60 43.82 iM.t}

E. 7! 15:221211/212.N t.5N 7.000 9.09e 7.Ne 9.M 32.6ef 9. Pee 7.9 N 32.0N 5f.6 5.25 5f. 6f 43.52 132.63

25. 76 751411411/2 14.se 4.5N 7. M 9. MJ 7. M 9.tN 32. M 9. M 7. fee M. M 54.6 5.25 Se.&4 43.82 1M.62
r. 71 a. i i....
7.._

N CA P.pd2 Co k 0. d ) ..:. - -. u,.w. sp/F1 nu sen16 4: ~

a LOC 4. STRi$5 PROET(7.p'19.9*lTYli-Q LN' TAF.E 4 !3-4r T W $1!E OR G71' QR' Swl S';? SW3 S4 SW5 %E 21.5 72.4 22,6 THIDK!S SORTER LDiU STA1ER (IM WE.lD EC WRD LGGR SHp Es ALLRDLAD SHORTER LGGR ALLROLAS SECilGi G.LL'i (r LIM KCSS ACC5$ ACCSS Wi;D WE'C ED WE.0 CD CD (IM TE TE TUii M OSS PA R LEL ACOM PGRLEL 50 (53. !M C. !N n r.mmemw. .nn..._....,m.m nm mmen.nmann.mu mm an nm.m...(n u. ! M n m. m m n n u.., A AD E F R M Al AJ AK At M 4 m nm.e -- - . -..n.. _........... n nm......_. _........ n n n n. n......n.. ., n. TS 81f11/4 2.29 2.5e 2.34 16.13 63.00 79.13 49.0P 16.33 72.33 16.33

49. M 72.D TS 81813/8
1. 64
2. 57 2.34
14. N 63.pe 79.33 4! 50 16.33 72.33
14. M
45. 9 72.33 TS 81611/2
1. 33 2.50 2.34
12. M
63. f9 79.33
42. te 16.33 72.33
12. N
42. N
72. M TS!PilPI3/8 1.%

2.34 2.13 16.33 U. M 79.33 D. 58 IL13 79.33 IL 33 59.5e 75.33 TSil11f11/2 1.56 2, 34 2.13 16.33 63.9e 79.33 56.9e IL 33 79.33 16.33 '4. M 79.33 T!!sritI5/6

1. 33 2.38 2.13 16.33
63. 00 79.33 52.2 16.33 79.33 JL 33 2.9 79.33 TS1211213/C
1. 33 2.19 1.98 16.33 U. tf 79.33
63. W 16.33 79.33 IL 33 63.te 79.33 TS1211211/2 1.33 2.19 1.98
16. 33
63. 0P 79.33 0. 00 16.33 79.33 16.33 63.89 75.33 T514I101/2
1. P9
2. 85 1.84 IL 33 63.8e 79.33 U.te 1L33 79.33 16.33
63. N
79. 33

! 654 6,. 9. fg. _ ' td 2..{. 4 .5'p_/_M..q OC. - i - ~ ' JWC Shl13 - rt. d 5.6 cr M f. t i I 1 l l i i _ - ~ _ _ -

LOCA STTdSS PUC tT(7 e 19.e-) Tnt.A LW Tre.E 413 4r idE $1?i DCOS*5 (Sth3e FCSM ncSe ETAl f(TA.! ETA! ETQ 64 w11 Qf Vc TMitx'ESS 545 Fv3e M34 lee r1 g r] (p;;p, :,..9 (lu p f, g, 4,g y COM E (thi (I M IF) (KIP) (!%-MIP) (INelf) ggg;,

==m m m m,3,=m .. u m... ms m,3 m n,==u m,, m nm un n,m,m mmm.....,,,m

m....,,,,,,,

A R S T U V W I y 2 m A cr. ............_......n,.. = m or m._ a.. m. u,,o n, m u,,n,,,m,,,,,,,,,,,,,,,,,,,,,I. TS 81811/4 167.84

25. 30 2W.E 265.65 0.88 0.88 1.13 8,88 16.99
1. W 3.75
2. 23 TS 8I813/8 187. fA 2* 30 23e.% 265.65 0.81 4.81 1.13 e.88 19.67
1. N 5.63 i.64 TS 81811/2 187.84 25.30 230. E 265.65 0.5 0.75 1.13 e.88 8.H 1.w
7. *A 1.21 TSlf!!Pf3/8 187.84 25.30 23F. M 265.65 9.70
8. 85 0.9e 0.78 13.33 1.96 4.5e 1.19 TS!PI!ftl/2 187.84 25.3r 23e. M 265.65 9.70
8. 8#

0.90 0.70 18.80

1. 00 6.pe, 1.19 TSIFIlf!!/8 187.84 25.38 23e. M 265.65
f. 79
8. 75
8. 99 9.76
8. M 1.M 7.Se 1.19 TS!!Il213/8 187.84 25.39 23e.E 265.65 0.58
0. 75
0. 75
0. 58 16.00 1.se 3.75
1. t2 TS12Il211/2 187.64 25.38 238.M 265.65 8.58
0. 75 8.E 0.58
12. M 1N
5. N 1.93 1514114I1/2 187.84
25. 39 230.E 265.65 0.50
0. 64 0.64 0.58 14.8e I.W 4.29 1.N r

O \\ 6 -Qb[ Q f.-(T70 Y.. c

~.

s - P " 'i ... T . WC "~ ~ S/7//P, PA3; C O' [b p l l l

Lu(A STRESS 9%DIT(7.P'I9.P')TYM A LOC TAAE 413-4F TV K SilE LOC TYM-A L0AD T Y P E -6 s Tw!CKNES? (ACTING-v;) F0RCEDN WfLD (lN) wwwmewsersese nserstsen ses ssu res seres s ess ess..... -.......s==.....-. _ _ ..wesessamure n nere FWA!/te FA?/te FM3/te l' d68 l'J445 l'J43e l'/WM FVP! 24FWIG 2 WWF45 24F 4 37 26F4? J (1M Iksil (kso (ksil (k!ss/INHKIPS/INHMlis/INHkirs/IN)(K!PS/INHk!PS/IN)(KliS/IM (K]fG/IM Ull* *!O .m - 11 ALL R0th*. mn====a ru n a n==== men === = = n e= rr==== s a n n e n== u s e n A AP AD AR AS A7 AU AV AW AI AY Al M ...-.........-.._..-.................... mum- ........ m m - - n.o.n,u TS 41811/4

14. 66 14.46
6. 75

!!.26 14.85 15.89 16.26 IL 26 5.84 6.39 6.5e 5.42 TS 81813/8 1 9. 34 18.38 4.5e 12, 88 16.P9 18.28 18.86 IL 86 L 29 L 88

7. h?

' 64 TS 81811/2 8.43 8.43 3.37 14.72 18.64 21.28 22.14 22.14

6. 81 7.45 7.59 6 33 TSittl813/8
9. 64 7.94 4.22 11.26
14. E 15.89 16.26 IL P6 4.81
5. 2o
5. 3*
4..'6 7519118!!/2 7.23 L 33 3.16

!!.26 14.E 15.89 16.26 16.26

5. !!

5.59 5.69

4. 7*

TS1811815/8 5.78

5. 48 2.53 11.26 14.8e 15.89 16.26 IL 26 5.45
5. %

L e7 5.E T51211213/8 9.64 7.58 4.22 11.26 14.P6 15.89 16.26 16.26 4.54 4.97

5. E 4.22 TS!!!!!!!/2 7.23 5.62 3.16

!!.26 14.86 15.89 IL 26 16.26 4.54 4.97 5.M

4. H TS14Il4II/2 7.23 5.62 3.16 11.26 14.86 15.89 IL 26 16.26 4.54 4.97 5.M 4.22 A

a 7 y a i"ht" . sin-! It:0 g.ce !/;? I / <2 p l l l -~-- ,-..,-..n-..- , - - - + - -,

) 1 LOCA STRESS P%"OTT(7.r*19.p*)Tyrf-A L(g0 TG' E 413 4r ft M S!!E LO@ TVTT B ALLMiLE D (Kn f.6-THI:xNESS Kilks-vp-(th)

==================m=======

W12 364cLP 36Trc45 ' 36r.'P30 36h?P F' T3 Frel/te Wr2/tc W13/tc Wil VW Pl% m (lo (x!r$ '!N) (k!PS/l N) (M !I$/]N) (K!f$/l%) (klPS/!h) (KIPS /IN) (htti (ktil (ktil (htd (ktu VtM./V W a ri s m a mm.m==3 .........== = m e me=,.m .. ]) AtR:pc nnemnenamnmie. A BP BC BD BE BF M D( II Ej BV BL 1* .n m. ,r n -=

==.-a r m .. - me==,.-i -mn m.. -..... m mm m u s. TS 8I811/4 6.5e 3.3r 3.79

4. 82 3.67 4.82
65. M 26.01 16.18 8.57 6.57 6.57 15 818I3/8 7.et
3. 30 3.79 4.82
3. 67 4.P2 50.38 h 67 18.73 9.23 9.23 9.23 TS 81811/2 7.59
3. 30 3.79
4. 42 3.67 4.82 44.26 15.17 a.95 If.et IJ. R le.N TS1911913/8 5.35
3. M 3.49 3.69 3.5 3.61 4 3. 37 14.20
9. D L36 8.N L 36 T51911011/2
5. 6'i 3.64 3.49 3.69 LE 3.69 32.53 11.38
  • 30 7.14 9.38 7.14 TSlfIlf!5/8 6.87
3. H 3.49 3.69 3.E 3.69
26. 92 9.71 5.*

L93

19. M 8.93 7S1211213/8
5. 86
3. f 4 3.49 3.69 3.E 3.69 43.37 13.49 9.64 3.E 5.00 3.E TS1211211/2
5. 06
3. M 3.49 3.69 3.E 3.69 32.53
18. !!

7.38 5.14 6.67 5.14 TS1411411/2 3.E

3. H 3.49 3.69 3.E 3.69 32.53 10 !!

7.38 4.29 4.67

4. P9 e

s t i t . c.. . a i.. !b.C2 k_,'.bi. I. v..-)(%:, u t.. :.si,lin i N CF bb Ft.GE p r 1 1 s

t i i ,( LOCAL STRESS NWOITO.p*19.8')ffF(-4 LORD TAPLE 413 4F TLE SIZE I 4.LWARE Vp (pef 4:e.8) ! A.LO4KE F1 (MTOC CDNIC'ICr..! THIDMSS 1 1CA.CULAff IF LI OR L2)= COL B (161 F1 F1' MIN F2 F2' MIN MIN (r),F2 Flo FlH ' MINIFl" MIN (f!"* L1 (!N) (ksil (kst) F1.F1' (F2 MTDi CON A.90 F2,F2', (Fl' 42' ) Fl"') F21,(Fl'EI'Uf.6 .s s=-r===== =

= = =

(ksi) (ksi) (ksal (ksi) (k si) emes====rs a r== =rs s e rrs= rs 4 2') ressimarv A DN 30 BP 90 58 PS 97 P; DV 16i 61 6, ..__.._.m.n nnmem.m n m.nsms.m e n nnaeammmune,. TS 81811/4 8.57 8.57 8.57 14.49 14.40 14.49 22.97 0.M 7',. 6e 8.07 14.42

f. ' i 15 81813/3 L 2.3 9.23 9.23 14.40 14.49
14. 4 23.63 0.N

!!3.49 0.00 14.4e f.63 TS 81811/2

19..
10. N
10. W t o. tt
14. 44 14.40 24.48 0.N 151.20
9. M 14.4e
1. N TSittitI3/t
8. 62 5.%

5.X 14.44 24.40 14.40 19.76

0. M
8. M 0M
14. 4f
f. '.4 YS1911011/2 9.38 7.14 7.14
14. 4 14.4#

14.49 21.54

0. N
3. N e.te 14.4e
0. 9) 7319I18I5/8
18. tr
8. 9J S.93
14. 4 14.49 14.49 23.33 6.N
0. M
8. N 14.49
1. N m,u2m.

5.. 3.. 3.a

14.... i 4. 4.

i 4. 4 28.26 i4.4, . 4, m2u2m2 6.n 3.i4

5. it i4. 4 i4. 4 i 4. 4.

i9. 54 i4.;. .. n 151411411/2 4.67 4.29 4.29 14.44 14.68 14.44 18.69 8.N 8.M 8.N l 4. 47

f. '1

( e. 9 4 . s e.. O g$ip.'d-f707o- -.. - - -. A 0. b. =g ...t. .u j g.,g e f% /.A p 8 e f ~.,.-

' 4. \\ ' ' 3' s s-i V . s, g g' \\a, \\. 4 .) LN151 CSS SNChil(7.p*19.p ;ty pfig ;g igptg 4,33,4p s z W 512E UTILllATION FA:70%L0 walt.E Yp/A: TIT vpl FINA. It'$ FOR TWi-4 L0c: N. MSS l0AI TYli -A tila j QWT 719' TAFLE 413.4T) T U3 UI' . t2' U3' 01 ' U2" U3" Un'" 12" ' C'" 'P).81.,(Is.8f (Kfa't.8 at4 Illnl) (Ih) EfG(f.8 KTC(P.8 (B).81 i avere seers rusas==.3r::erassesssan=3einers a ru ss anns a ses.rer==s ee rs axes s. ram a.s sars e res a as A 92 CA D CC CD E CF 04 C1 CJ j _ _.. _ r . _ e..., _ .. r..l'G .r . rs. TS 11111/4 8.59

1. N 0.59 1.0f
1. Of 8.59
4. T6
1. M 1.53 0.53 1.N TS 818 9,8 8.89
1. le 6.89

!. N

1. N
0. %

1.Se

1. M
9. 8) 9.83
1. P4 TS 818II/2
1. If
1. N 1.N
1. N 1.N

.:. N 1.N 1.M 1.99

1. N
1. tt T5191191.*/8 8.67
1. M L 92 0.67 1.N 0.T A 71 f.N
p. 56 0.67
1. N l'ill.';9G.'? -

1.M

1. M LN
1. 99
1. 9F l.00 f.N 1.M
t. 93
1. N
1. tr' TSitt1M'./8
1. M
1. M 1.00 1.N 1.19
1. N

!. 0P 1.w 'N 1.00

1. N TS124.43/8 0.51 0.91 0.52 0.51
9. 91
0. 52 0.51 8.91 8.60 0.51 0.91 TS12I1?;1/2
4. 91 1.N
0. 92
f. 91
1. 0f 0.92 6.91
1. 00 8.71 0.91
1. M 1314t tut /2 0.76 1.fe
0. 65 0.76
1. M 8,65
0. 76 1.N 0.59
f. 76
1. M t

s 4 m ."1 P_...............- I hh.l-f- ?0.... b'Yt.. - ....... - @. -/F7j l' s. Myi: @W) 7.~~ I G R r o .,4 =- --. iv. ,mw-g t

i O NSS NT(!!.5'Ill.5'lig.A LW TME 4 % UILII8IIM FAC70R(ALLargg y fe, y FI R U.S FOR T M.A L e I p L W TrPE 4 ( - 2*Ilt 1/2*:Tagtg 4 33, 4 ( J ai) Ut U2 U3 me U3' Ul U2 u3si g.,, U2... . m.,,.,,',',,,,,, EAG.0 MTA(8.. KTA(p.3 (33, 33 i>..> (IM U 3I CA D C CD g g CI CJ y

*=======

8.4 8.4 3,gg g,3 , 88 8.67

8. 6 3,go g,4 3'I3'8 86!

8.61 1, gg g, p 3'N 0.95 0.95 3,ge .61 8* $ I 8' 7538318Jl/2 0 1.'00 T51,11f15/8 0.76 s.76 3, 33 g, g, j, 8'" 3'88

f. 0F 0,76 8' 7,*

8E 8 35 .de

8. 92 gg 1.00
0. 65 g,65 g,g g

g3 4.'73 ( 73 g,,,

    • II 8'93 1.80 07
3. 88 f511I1213/8 1.

151,II,,,,, l 8.85

g. 35 1.88 8.85 g-i.-

3.88 751411411/2 r r. 3 l E. :.T"' I . u,. c .. ? b M f - 9 7 0 37,/@ ~ l jit ' ' s)74 C7 or O 0; n.s I 4-- g...--,.

.----,,y.

---,---,m.,

LOCA. STRESS PRACT1(12.**Il2.5')T1Tf4 LOC 1Rt 413 4s TUPE filt li/D T* PM>II Sill W1 W2 W3 W' W' W. F H[lWT FS!vN FSt% r.;;,;,. THlWSs FW Fdi eiP (!hl (Ll> (ty, tlN) llN) IIN) flN) (F.lt) (p) (k!N (Flf; (!w ::) an.. .= n..u. = n n==ms. ... m. m ======..=n n o........... n a A P C D E F 6 H I J K L M N O I ... m..- - - m= mm en.==== u mn s m.m n.. 151211913/8 If.N f.37512.5N 12.5N 8.50012.500 45.0N 8.5N 12.".M 45.N3 123.9 8.N 123. N lE 'J 4W. N TSlf!!!!!/2 If.N f.5N 12.5N 12.E' 8. Ne 12.5fe 45.0M 8.Nf 12.5N 45.0N 123.9 8.N 123.N l E J' 4H.N T516I1015/810.0e 0.L2512.5N 12.5N 7.5 N 12.5M 45. N 4 7.500 12.'. M 45. N0 123.0 8. N 123.N TS!211213/812.N f.37512.50012.5N 10.5N 12.5N 49.0N lt.5N 12.5M 49,tM 123.9 8.92 123.N IM. 'J 4U.92 T512I1211/212.N 8.5N 12.W 12.5N IP.DN 12.5N 49.fN It.N212.'.M 49.Nf 123.9 8. N 123.N IE'J 4M.P T514I1411/2 14.ge 0.5N 12.'M 12.5N 12.0N 12.5N 54.8N 12.8N 12.500 50.0fe 123.0 8.00 123.0F IE '2 4%.N r / - ~ _.6_f.- Q.N. V i~' w sp/r7; L2 :. i... g pg 6} [ l nu.227. oF.!.t.l2-l l l l i l I

LOCAL STRESS PROIT(12.5'Il?.5')T1Tf-A LOC TfJLE 4-13-46 TU K SlIE FS!h4' FG45 FSlkW FNCOSM FEt KTAI K TA"- ETAl ETA? WI Of v: THIChhiSS Fv45 M45 FvM RM N0 r.1 ti? Pl (f;*:D (th) F v'. i' (!N) (X1N (IHIN (K!N (lHIN (IN-KIP) (et:1 .. -...russ emm as sines er===...._ s ssanssurwes a rri s res e rnsarmes erressessemes se rs ras e rersa n en e ns a s s es s a.: A 0 R S T U V W I Y M 4 - rrre.... ...nerasesasussars=runswerersurserurseerses, _ _ -. _....... suuss i s s e s re a rs TS!PI:tI3/8 E. 97 69',.79 61.5e 852.17 964.W 8.85

0. 85 1.25 1.25 13.33 1.N
4. 9 TS!flital/2 E.97 695.79 61.54 852.17 M4.N
8. 80 0.84
1. 25 1.5 It.M

!.W E. N TS!*I!P15/8 E. 97 695.79 61.5e 452.17 964.N 4.75

0. 75 1.5
1. 25 6.N 1.M 7.'.#

751211213/8 E. 97 695.79 61.5e 852.17 M 4. M 0.88 0.88

1. M 1.e4
16. W l.W 3.75 15!211211/2 E. 97 69' 79 61.58 852.17 964.W 4.83
0. &3
1. 64
1. 94 12.88
1. W
5. W T514I!411/2 E.97 695.79 61.50 852.17 M4. N
0. E 0.86 0.89 0.89
14. M 1.W 4.21 e

...., _ q

.. 4. j.. C., f. 070..,.f. $_ t.\\.

2 s7,1 6 _ 4]+)k:l ....E r ...h/L mc_idm.fi 6

LE STRESS PReffil2.5.Il2.5')frPE-A LOC TARI 413 46 ftM Sl!E QP1 DP2 091' Off SW1 S4 SW3 SW4 SW5 94 II,5 22,4 in!CMSS 10Nta 5041ER LOWER SHOUER (IM ELD Et 20 EL LOKER 90RTER AaIO.rc 90RTER LC>dGEE A.LROLb3 SE0f!Ch C/.'.! 0: EROSS ER?SS EROSS EROSS ELD ELD ED ELD ED CD (IM TUlf M TUBE TUBE ACROSS PARAdEL ACROSS PARALLEL ISO,lM ($;. lu se nm. ...-== -ma m n ..m.m.-

m...m m m n== m m. m A
  1. C AE W

AG IM hl AJ AK AL AP 4 -========.i......_...--..=m.n... .mm.--.mm.mm -m TSitIltI3/8

1. %

1.%

2. 5t 2.50
24. M 1125 1 % 33
85. W 52.68 177.H 24.48 85.M tSitutst/2
1. %

1.56 2.54 2.M 21.33 1125 158.33 N.W

52. 68 177.48 21.33 N. N T519 1915/8
1. 33 1.33 2.M 2.5e 18.75 1125 158.33 75.N 52.68 177.t8 18.75 75.N TS1211213/8 2.29 2.29
2. 50 2.54 E 75 1 % 25 198.N 126.m 52.N M2.ta E 75 IM.N TS1211211/2
1. 6e I.M
2. 54 2.50 33.33 1 1 25 198.N iM.N 52.68 M2.48 33.33 IN.N TS1411411/2
2. 64
2. 64 2.37 2.37 48.00 1 % 25 268.13 IM.N
52. 68 2el.M
45. N l'.t. N l

l p.gg m mW e

  • 8.e*

9 ess'S t. - _ ,.i - c4 M 4: 07o i1 J I7 ..b.L Sh)[L

T

..*2 's. - l 1 p:.3-b2. w J.a. s

LOCA 31RESS MN(12.5'Il!.5"Mi-c LMD TABLE 413 4 R M 512E 23,6 LK TYTf-A L0AD 1YPt4 TH]CWSS (ACilNG-Vr) F0ACEON W[LD (IM ED

===== s em ==== ==== === = s u

n ma n e==

=.m.== = = =s en===== = n n n e rn e s FWl/te FE2/te IW3/te lYw%2 15 M 45 15 M 3e 15 Fbi 4 M1 24 M &# 24 M.! i.Foilt (10 S.lN) Iksi) (kst) (ksti (K!PS/]N)(MIPS/]N)(KIPS /]N)(K!fS/lN)(Klf$/ N)(K!f Aapaso. w= =.m .=mm ].nn S/INi(KlfS/IM D I.blY en _....... 1I .= n e m m u m e n na A A0 AC A4 AS AT AU W AW AI Av rd

===.m m.. ..-..--m.- TS1tilf13/8 1 % 33 19.29 19.29 7.29 N. 78 34.01 39.06 40.E 44.E 12.05 13.3r 11.64 151011011/2 158.33 15.38 l'. 38 5.47 29.72 38.05 43.79 4.13 4.13 12.81 14.13

14. 5f TSillitt'.18 1 1 33 13.12 13.12 4.37 33.34 42.91 49.55 2.48 2.48 13.66 IL. N
11. 4 E TS12tl213/8 198.00 15.62 15.62 6.69 18.4 23.87 M.!!

M. 78 M. 78 8.98 9.66 9.61 151211211/2 196. 88

12. 30 12.3P 5.82 M. P9 25.22 28.64 29.2
29. 2 9.43 18.15 It.18 f51411411/2 262.98 18.25 18.25 4.92 14.69 18.12 M. 32 M. 58 M. 54 7.72 4.26 8.24 pl-cnne.lbA.O.q

^ t i s ....es.w-.. ..s }{sfik $A h PAGE /2._.OF

LOCAL STRESS 88.DIT(12.5'Il2.5')W 4 LR TAR.E 413 46 TUK $!!E LOC TYPE-8' ILLCha*F.i ts (Fl4 THICh\\15$ ACllWG*VD (jN) es.esess saneeses.essese svnvesseurzwee.sw.entesraer ees 24rkT4 FhW 36146# 39 145 36/ 43e 3FWIf F43 FWFl/te Fh?2/te F 4 3/tr VS1 V 4d (INi (K IPS /l h MK !f5 /lkH N if5/l h MK !!S/l h ) ( Alfi/!N) (K IPS/!NHK!fS/ IN ) (ksti (htti (ht0 (6til bnD m er=== mer== m ru. m = n==.u. )) ALRotc=====remes riens, A M BP IC BD K IF B6 Di 8! 8J IE P. _...--...m=m.n..=m-........mm____ = = =. - -. - _. w.

me.n=====,.

TSjprjpI3/8

11. 58 13.64 5.47
6. 13 6.75 6.21 6.75 18L%

3L 38

18. H 8.82
8. 8:-

TSlf!!ft1/2 12.30 14.50 5.47 L33 L 75 L21 L 75 T. 25 28.99 13.50 9.38 9.36 7519I1915/8 13.12

15. 46 5.47 6.33 L 75 L21 6.75 83.97 24.74 10.8e it. N It.H TS12Il213/8 7.81 9.69 4.66
5. 29 5.%

4.97 5.% 71.40 25.84 14.82 8.57

8. 57 TS12Il211/2 8.29 10.18 4.66 5.29 5.%

4.97 5.56 59.64 M.35 11.12

9. M
9. M TS14Il411/2 L%

L 26 4.57 5.18 5.45 4.87 5.45 41.08 IL53 10.89 8.75 8.75 ( p M. *SP ' l!ag gg' =b 0 DL?*Q-f O]O S- ..v..e a j ~[ p L':a,:.* L L' . PML 60 II'F n..:.I,4. v nh-6

LOCA STRESS PROffill.5'Ili.5'Ifwt-4 LW TEE 4-13-43 EL M I VP (I(IA)P.8) l Aj,(hdyrJ f! ($1[>{p y;*.7;. umm i, u, u..a.., M!N F1 Fl' Mih F2 F2' M!N MIh(F1,F2 F1" Fl P!MFl" # N r:o. (lN) V$1/VS2 (ksil (ksil F1,FI' (F2 MTCx CEN ALS3 F2,F2', (F l' +F2' ) FlI Th, 8 8 )' ..seneseresers answeesis (httl (hlli (htt) (kst) (kg3) me.ssssevsaurserrasassansas .5 2. ; A let BN 10 F IC PR BS ST 10 PV led PI wax _.. TSIFIlf!3/8

8. 82 L 82
8. 82 8.82 14.49 14.40 14.44 23.22 29L.M 292.M 292. 2 216.W T510119!!/2
9. 34
9. 34
9. 34
9. 38 14.49 14.44 14.40 23.78 27t.M 278.99 27e. N 284.48 TS1911tI5/8 19.te ID. M lt. N
10. 09 14.48 14.40
14. 48 24.48 337.2 337.59 337.5e 3';. 90 151211213/8 4.57 L57 8.57 4.57 14.44 14.44 14.40 22.97 292.M 262.50 2ti.M 216.W 151211211/2 9.M 9.N 9.se 9.00 14.49 14.40 14.48 23.48 278.N 279.N 27f.N 264.47 TS1411411/2 8.75
4. 75 L7b 8.75 14.44
14. 44 14.40 23.15 0.M 0.N
0. se
14. 4f r

'%dd L 10 'T.J Qnk@.$. 070 P r s. ** .,.w g u a 4Q nu.s.w hh

< = im ss.. = >(>,. . m.::11 m < o, m 4.,,.., 7P !!E U71<!IAT10N FETC8hMOWN V;/ttflm VD) Fl*t. U'S FCs tc;.c tej; LW IUI *A gjg3 (Hv.1 12 1/2'!!2 1/2*:*tJ.F 4.;;,6., UI W U3 Ul' T' U3' Ul" U2" U3' t'l' " t0' " R'" (IN) KTA(0.8 KfA(0.8 PETAtt.8 (6). 8) (Pl.8) (B).8) (RfA(0.4 ard Blinii m eu. m .n muu==..m m nannessuas m n .msnenenmnin. A BY S2 C3 CC CD E CF CS D4 Cl Cl ..___nu-- a... .=m mmnnn T$ltlltI3/8 0.46 0.46

1. N
t. 75
0. 7' l.M
t. 67 8.67
1. 00 0.46
f. 4(

l.M T$19I1011/2

8. 61
0. 61
1. 09
8. 94
0. 94 1.af
0. 95 0.95
1. N
p. 61 f.61
1. p?

f$17I1815/8

8. 76
f. 76 1.80 1.pr
1. N 1.00 1.M
1. 00 1.Se f.76 0.76 1.N TS!!IntI3/6
8. "w
8. ",

l.ft 0.92

8. 92
1. N 0.65 8.65
1. N
8. 55
8. 51 1.H TS1211til/2 0.73 0.73 1.fe 1.00 1.N

!.N 0.91 0.91 1.M 9.73 0.73

1. M T514114I!/2 0.85
8. 85 1.88 0.85
p. E 1.ge 8.89 6.89 1.N 8.85 0.85
1. N i

,~ ~ _c.:...,

  • $* G A L. *

..mi i ;.. <. ,..g,,.m 4g l sa' s l l l l l

1 LOCR. STESS INDIT(12.5'I!2.5') TYPE-4 LOC TAitt 4-13-46 M (F2) (W12) '791011013/8 Me (F2) M) le C9: (F3) (W6) 8.375 Ms W3) M) 12.5 E9: (F3) M ) 12.5 F9: (F3) M) f!F(M(.(99-4CS),M, (99-4+C9)) Ma (F3) M) +ES M9: (F3) M) 2+(MIN (D9,M)495 19: (F3) M) flF(E9(=(99-4C) E9,(79-eC9)) M W3) M) +M K9: (F3) M) te(MIN (E9,M)+D9) LS: (FI) M J 123 Ms M) 8 W9: M ) 4 9WSIN(fol/2) 09: M ) 4 9dSIN(fol/3) Ms M) 49+#9eOS(fpl/3) M M) 49dS!NIOPl/4) M: M149+a9+CSIOP!/4) 89: 49etSIN(f01/6) T9: 49+#94CDE(fPl/6 1/9: 49+#9 W: M!N(49,M)/79 W9: MIN (*19,M)/M r9: 49/M Yli*M/M 29: *M/(2+CS) M9: 1 } Ar9: X/(0.6e!9) l ACS: 0!FM(0.5,l t.25/(V9+(1-Y91)) i 1 AD9: f!F M(0.5,1,0.25/(W9+(1 W911) .,,;,q ;, ~-y M : 0!F( (1.1. 25+ (1 + ). 5) j , - [ g*- j .5 ...mi3 AHS: 490 i---. q i _/ A19: (MIN (M,99)+E9)+(MIN (D9,99))*2/3 d '" h ) ) / AM: *ll* MIN (39,D9) I M9: 09'2)/3 ///Y (/")/fh 88.93 (MIN (E9,M)+D9hDt*2/3 pgg g g 4 i Apr9: MIN (AS9,M1) APf9: MIN (AH9, AM) 803: MlW(A19,4.9) j iP9: +$t9/I2*mlN(F9,MIC) A09: +W9/(MIN (69,19)+C9e2) A49: *W9/(M1NM,M9)*CS) fE9: +09/(24 MIN (F9,JS))@9/(M9) AT9: +09/(2*MINIF9,D))+M/M1 fU9: 49/(2* MIN (FS,JS))+19/M9 Mt M/MS AW9: MGI(AS1, AT9,8U9, AV9) A!9: +09/(2+fm!N(69,191)+P9/fW9 AY9: +09/(2+ MIN (69,19))+M/fW9 A19: *S9/f2* MIN (69,19)HT9/fW9

l LOCA STESS 84AC>IT(12.5'Ill.5'lifM-4 LMl) TARE 413 4 M9: +U9/AN9 BP9: M ItAI9,AY9,AI9, M9) BC9: +09/(MIN (W9,K9))+09/A09 K'9: +09/(MIN (H9,K9))+N/A09 E9: 49/IMIN(H9,M91)+i9/A09 IF9: +U9/A09 869: M I(BC9,BD9,E9,IF9) M *m 9/C9 819: +B89.'C9 119: +369/C9 M9 MIN ((*4C944V)+AP9),14.4) SLS: MIN (14D94R9dB9),14.4) M s MINIE9,3L9) M M IN((2+C9+0.4e X 4 9),IL9) 309: M IN((2*C9+4.4*E*D9),M9) F9: MIN (IN9,N09) 309 : M I N I ( 2 *C9+E9+@9df9*F 9 ),14. 4 ) DN: P !N((2*C9+W 9+AAS AP9419),14.4) BS9: MIN (109,8 N) 879: MIN ((+M IQ9), (+309+BMH BLS: f!F(D9)sp9,2eC949+0.6eXMQ9,0) M f!FIF9)=M,2K9eD9+0.6*Mo@9,0) Ms MIN (p),M) . BI9: MIN ((BU9+109),(9V9+DM)) M : MIN ((+ M /F9),1) 829: MIN ((+M/A09),1) CRS: MIN ((+M/AM),1) CP9: hl!NIMINIMIIIN9,M),809)/#9,1) CC9: M !N(MIN ( M I(IO9, M ), P91/A09,1) CD9: MIN (MINIMI(IF1 M),3511/AM,1) 29: M!N((MIN (ID9,IL91)/(W9/12*D9+C9)),1) CT9: MIN (MIN (*9,M)/l(W91/(249+C91),1) ][e, CE9 : M I N ( (MI N ( (IP()+ 309 ), k9 ) ) / ( (W9) / l (2 *C9) t (D949 ) ) ), D I GL f g,{,7 ;7 Q_s CH9 : p l W ( f !F (V9 (s t. N E4 V9 (s I 9, P Y 9, f l F (V9 (ef. N E14) 19,29, C99 H BY9 ) I. ' C19: MIN (flF(W9t=0.8,329,CC9) I!9) c9 : M i N i e l r (v9 (... u m m. I 9, CA9, e i r ia (... u m v9n 9, Cs9, m n, Cm) q f{ f Cx9 (r2) mu rSiin.Im .... j s g .. 4g i n:C _!.n cd.'E' l l 1

ATTACHMENT 5 (OAP E P 070) (1) LOTUS 1-2 3 Results for Table 413.4A, 9 sheets Type B Load (2) LOTUS 1 2-3 Results for Table 4 13.48, 9 sheets Type B Load (3) LOTUS 1-2 3 Results for Table 4 13.4C, 9 sheets Type B Load (4) LOTUS 1-2 3 Results for Table 4 13.4D, 12 sheets Type B Load (5) LOTUS 1 2 3 Results for Table 4 13.4E, 9 sheets Type B Load (6) LOTUS 1-2 3 Results for Table 4-13.4F, 9 sheets Type B Load (7) LOTUS 1-2-3 Results for Table 413.4G, 10 sheets Type B Load (8) LOTUS Spreadsheet Cell Definition 3 sheets 72 sheets

LOCA STRESS BRADITil Il 3/8')TWE-B LMD TAAE 413 44 UTILIZATI0h FACTORI ALLORE vp/CIE Ypl F!W U'S FOR TWE4 L%: TLM $1H L%D TWE -P (P%DIT 1 Il 3/8'l A0LE 413.4 nilDe T (lo Ut U2 U3 Un' LI2' U3i gl o go u3o ylo s Llai n g3 o KiA(P.0 OA(0.8 KTate.4 (8).8) (8).8) (8).8) (ETA (p.8 W pl)nt) (10 --==m = me= = m m m mm m _...r mu Bf II CA C3 CC CD E CT CS CN t! CJ A 0.27 L S8

1. 0F I.19 8.40 4.78 0.27 8.55
1. 00 8.27 0.te
1. 00 TS2r211/4 4.19
8. 77 8.97 9.17
0. 55 0.70 0.17 0.76 0.97 0.19 4.77 0.97 T1313rl/4
4. 68
4. 32 9.41
0. 05 0.26 0.26
0. 05
0. 32 0.41
0. 08
6. 32 6.41 T541413/16 0.14 8.58 0.73 0.12 0.55 0.61 0.12 0.58 0.73 0.14 0.58 8.73 T541411/4 L 22
6. 90 1.00
0. 22
8. 06
1. 0F 0.22
8. 90 1.08 8.22
8. 90
1. 00 T54I415/16 S. 32
1. 00
1. 00
6. 32 1.80
1. 00
0. 32
1. 00
1. 00 0.32 1.00 1.00 T542413/8
8. 55 1.00
1. N
0. 55
1. 00
1. M
t. 55
1. 00
1. 00 8.55
1. 00
1. 00 TS4ratt/2 L 86 8.26 9.33
8. 64 0.20 0.20
0. 64 0.26
8. 33
0. E 0.26 0.33 TS51513/16 Lil R.4 L 58
8. 99
8. 4 0.47
0. 99 4.4 0.58 8.11 0.46 0.58 T5515:l/4 8.5 1.00
1. 00 0.26 1.00
1. 00 8.26 1.00
1. 00 0.26
1. 00
1. 00 TS51513/8 0.4
1. 0P
1. 00 L4 1.M 1.00 0.4 1.N 1N 0.4 1.00
1. 00 T551511/2 L O5 0.22 8.27
6. 43 0.16 8.16 0.43 0.22 8.27 0.05 8.22 0.27 TS 61613/16
8. 99
8. 38 A 49 0.07 8.38
0. 37 8.67
8. 38 8.49
8. 99
8. 38 0.49 TS 6!6t!/4 4.15 0.64 8.76 0.14 0.64 0.73 0.14 8.64 8.76 0.15 8.64 8.76 TS 61615/16

(

t. 21 8.E
1. 00
8. 21 8.E I. 00 0.21 0.E I.M 0.21 4.E 1.00 TS 61613/8
8. 38
1. 00 1.00
0. 38
1. 00
1. 0F 0.38
1. N 1N
0. 38
1. 00 1.te TS 61611/2 S.07 L 29
4. 37
8. 05 8.28
8. 27
0. 05 0.29
8. 37 8.07 L 29 0.37 TS 81811/4 8.16 8.65 0.82 0.16 0.65 0.82 4.16 0.65 0.82 0.16 0.65 0.82 TS It!IJ/8 L 28 1.00 1.00 8.20
1. 00
1. M 0.20
1. 00
1. 00 8.28
1. 00 1.00 TS 81811/2 0.13 0.52 0.66 8.13 0.52 0.66 0.13 0.52 0.66 0.13 0.52 0.66 T510!!t13/8 4.23
6. 92
1. 00 8.23
8. 92 1.00 8.23 8.92
1. 00 8.23
8. 92 1.fe TS10!!PII/2
6. 35
1. 00
1. 00
0. 36
1. 00
1. 00 0.36 1.00
1. 00
8. X 1.00 1.fe T51#1191518 0.11 0.43 8.2
4. !!

8.43 0.2 8.11 8.43

8. 55 0.11 0.43
0. 2 751211213/8 0.19 9.77 8.97 0.19 8.77
0. 97 8.19 8.77 0.97 0.19 8.77 8.97 7S12:1211/2 8.16
6. 66 L 83 0.16 0.66
4. &J 8.16 8.66
8. 43 8.16 8.66 8.&3 751411411/2 k.

'h.. Ih -6* ~k SI?lYl t, J ;. : ) J.,;- - : '} Si] Pt.G E i ~! G f 0; 1 -~'

LOA STESS 84DIT(1 113/8'lTYW-P LDC 1ABLE 4-13-44 TUK S!!E 9/D T +. P4 0 E1 517f WI be W3 W4 W5 W6 F E !GHT FS!lf30 FS14e F C59 FSI%45 F <5. C TWithESS Fv90 Fv6e m6e F.45 (!Ni (Lil (L21 H (!NI (IM (!NI (INI (KIP) (iM (MIP) (KIP) (th4!C) (Fli) (t h-6 ti arass==nernesenerrassama rerson n essatnesessesses==u ssasss =sres e n smess a-e ssa ns a n s s aa n n-as s : A B C D E F 6 H I J K L M N O P Q s TS21211/4 2.N 9.25 1.999 1.375 1 Ne 1.375 4.750 1.000 1.000 4.750 2.70 1,63 2.70 2.34 2.19 1.91 3 li 1531311/4

3. N 0.251.IN 1.375 1. Ire 1.375 4.758 1.375 1.000 4.750 2.74 1.0 2.70 2.34 2.19
1. 91 3.1 +

T54I413/16 4.N 8.191.0001.375 !.Ne 1.375 4.75e 1.375

1. 8N 4.754 2.70 1.0 2.79 2.34 2.19
1. 91
3. :t T541411/4
4. 00 8.25 1.0N 1.375 1.000 1.375 4.75e 1.375 1.000 4.750 2.74 1. 0 2.78 2.34 2.19
1. 91
3. !?

T54I415/16

4. N 8.31 1.880 1.375
1. 000 1.375 4.758 1.375 1. 000 4.750 2.74 1.0 2.79 2.34 2.19 1,91
3. !?

154I413/8

4. M 8.38 1.000 1.375 1.0fe 1.375 4.754 1.375 1. 000 4.754 2.70 1.63 2.78 2.34 2.19
1. 91
3. lt 75414I!/2
4. N I.54 1.000 1.375 1.099 1.375 4.758 1.375 1.000 4.750 2.70 1.63
2. 79 2.34 2.19
1. 9) 3.It TS5I513/16 5.00 0.19 1.80e 1.375 1. tee 1.375 4.750 1.375 1.000 4.750 2.70
1. 0 2.78
2. 34 2.19 1.91
3. lt TS5I511/4
5. 00 9.25 1,000 1.375 1. 000 1.375 4.750 1.375 1.000 4.750 2.74 1. 0 2.78 2.34 2.19 1.91
3. It TS515I3/8
5. M 0.34 1.800 1.375 1.sN 1.375 4.754 1.J75 1.800 4.754 2.74 1.0 2.78 2.34 2.19 1.91 3.lt TS$1511/2
5. 00 0. 5e 1.ON 1.375 1.000 1.375 4.758 1.375 1. tee 4.750 2.70 1.0 2.79 2,34 2.19
1. 9)
3. It TS 616I3/15 6. N 0.188 1.0N 1.375 1 Ne 1.375 4.75e 1.J75 1.889 4.754 P. 70 1.0
2. 79 2.34 2.19
1. 9)
3. l t TS 616I1/4
6. 00 0. 254 1. 000 1. 375 1. 8N 1.375 4.750 1.375 1.000
4. 750
2. M 1. 0
2. 78 2.34 2.19 1.9) 3.19 15 61615/16-6.00 0.313 1.000 1.375

!. IN 1.375 4.75e 1.375 1.000 4.750 2.70 1.63 2.75 2.34 2.19

1. 9) 3.lt TS 61613/8 6.00 0.375 1.000 1.375 1.000 1.375 4.750 1.375 1.000 4.754 2.M 1.0
2. 79 2.34 2.19 1.91 3.19
  1. /

'S 61611/2 6.te 0.5N 1.IN 1. 375 1.000 1.375 4.754 1.775 1.Ise 4.750

2. 70
1. 0 2.76 2.34 2.19 1.91
3. lt TS 818I1/4
8. N 0.2 9 1.000 1.375 1.000 1.375 4.750 1.375 1.000 4.750 2.70 1.0 2.79 2.34 2.19 1.91
3. lt TS 4!813/8 A ff 0.375 1.000 1.375 1.9N 1.375 4.750 1.375 1. fee 4.754 2.701. L3
2. 70
2. 34 2.19 1.91
3. It TS 41811/2 8.00 0.540 1.000 1.375 1.9 M 1.375 4.75e 1.375 1.ON 4.7502. 70 1.63 2.79 2.34 2.19 1,91
3. lt T51011013/8 10.00 0.375 1.000 1.375 1.00e 1.375 4.75e 1.375 1.0fe 4.754 2.70 1.63 2.79 2.34 2.19 1.9) 3.16 1510!!e11/210.00 0.54e 1.0N 1.375 1.000 1.375
4. 754 1.375
1. IN 4.754
2. 70 1.0 2.78 2.34 2.19 1,91 3.10 TS10!!I!5/810.8e 0.6251.IN 1.375 1.004 1.375 4.754 1.375 1.000 4.75e 2.74
1. 0 2.70 2.34 2.19 1.91 3.19 TS!?Il233/812.N 0.3751.0ft 1.375 1.099 1. 375 4. 750 1.375 1.See 4.750 2.74 1.0 2.78 E.34 2.19 1.9) 3.1t T5121121!/212.8e 0.5M 1.0N 1.375 1. 099 1.J75 4.75e 1.375 1.Ne 4.750 2.79 1. 0 2.78 2.34 2.19 1.91 3.16 T514114I!/2 14.80 0.582 1.000 1.375 1. 0N !.375
4. 754 1. 375 1.00e 4.754
2. 70 1. 0 2.78 2.34 2.19 1.91 3.17 1

." $.?.. i lf; 5Dl8'7 l \\ n.. >M. sh n. PAGE __O' 3 h n,-----,- r,-- n- ~a .,, - ~ -,,,, - - - - - - - -, - - -, -., + - - - - -

LOCA STRESS t#OIT(1 Il 3/8'lTWi P LGV TABLE 413 4A FStk30 DC0536 FG KTA! KW E7Al ETA 2 IIArmal Of vp 31 52 CE1' Ch?' Sa: Fv3e M3e N nl n2 rl (BASIC) LOGR $08TER L&Go 9(:it e Fy/,6r ELD ELD CD E.: LOU 5 ACROSS KPOSS AC 55 R o','59

4. :

(Kir) (I H !rl (l H IP) (psil TUK 7UK TUK TUK ESN! l use e - - -- - muesses== ====33- ---smessw== ra rri zars e s === es s u rs e. 1 U V if I Y Z M AB SC AD M f( f4 ..== sis =r======== runs a====== ::: suurezzzarsa===== ====s ....-3-.- ar== rs :=rs ris :

1. 25
3. 84 4.39
0. 50 0.50 0.69 0.54
4. 00 1.te
15. N 1.N 1.N 2.11 1.M
e. 33 1.35
3. Be 4.39
8. 33 8.46 9.46 0.33 6.te
1. 00
10. N 1.N
1. N

!. 82 1.61 f.3. 1.35 18e 4.79 0.25

0. 34
0. 34 0.25 10.67
1. N 5.63
1. 00 1.80 1.64 1.%
t. M 1.35
3. 8e 4.39 0.25
0. 34
8. 34 0.25
8. 00
1. 00 7.54 1.00
1. N
1. 68 1.%

t.M

1. 35
3. 84
4. 39 8.25
8. 34
8. 34 0.25
6. 44
1. Se 9.38 1.De 1.Se 1.6e 1 'A tU l.35 1 86 4.39 8.25
8. 34
8. 34 8.25 5.33
1. te

!1.25 1.se

1. se 1.6e 1,56
0. 12 1.35 3.8e 4.39 0.25
0. 34
8. 34 0.25 4.se
1. 00 15.0
1. N
1. 00 1.68 1.56 t.13
1. 35
3. 88 4.39 8.29 0.28 8.25 0.29 13.33
1. 00
4. 54
1. N
1. 00 1.59 1.M
0. M

!. 35 3.8e

4. M 0.29 0.28 0.28 8.20
10. 00
1. 00
6. Se
1. N
1. et 1.59
1. M
t. 31 1.35
3. 84 4.39
0. 20 8.28 8.28 0.2e 6.67 1N
9. 00
1. te 1.N 1.59
1. 9
f. M 1.35
3. 84 4.39 8.20 8.28 0.28 8.29
5. te 1.80 12.00
1. 8P
1. 80 1.59 1.9 f.12
1. 35
3. 8e 4.39 8.17 0.23 8.23 0.17 16.Se 1.00 3.75
1. M
1. N
1. 54 1.46 f.33 1.35 3.8e
4. N 0.17 0.23 0.23 0.17
12. N
1. N
5. 00 1.te 1.ge
1. 54 1.46
0. 33
1. 35 1 80 4.39 0.17 8.23 8.23 0.17 9.64 1.00 1.25
1. 00 1.N
1. 54 1.46 4.33 1.35 3.84 4.39 0.17 8.23 0.23 0.17 8.N
1. 00
7. 58
1. N 1.te
1. 54
1. 66
0. 13 1.35 18e 4.39 0.17 0.23 0.23 8.17
6. N 1.N
10. 00
1. N 1.N

!. 54 1.46

f. li 1.35 3.84 4.39 8.13 8.17 0.17 0.13 16.0F 1.te 3.75
1. N 1.N
1. 66 1.41
9. 13 1.35
3. 80 4.39 8.13 0.17 0.17 8.13 18.67
1. N
5. 63
3. 86
1. 80
1. '5 l 41 8 32
1. 25 3.te 4.39 0.13 0.17 0.17 8.13 8.ge 1.se
7. M
1. 00
1. M 1,46 1.41
0. 33
1. 35 3.88 4.39 8.10 8.14 8.14
8. le 13.33
1. N
4. 50 1.00
1. M 1.42 1.3e t.13
1. E 1 84 4.39 0.10 8.14 0.14 8.10
30. 00
1. 88
6. 88 3.88
1. 88
1. 42 I. 33

33 1.35

3. 84 4.39 0.10 8.14
  • 14 8.18 I.N 1.N 7.5e I.N 1.N 1.42 1.36
0. 33
1. 35 184 4.39 0.06 8.!!

8.11 8.N

16. N
1. 00 3.75
1. 00 1.M l.M
1. 35 f.M
1. 35 1 80 4.39
0. 08 0.11 8.11
8. 8e 12.8e 1.M
5. te
1. N 1.N 1.35
1. 35
f. 33
1. 35
3. 84 4.39 8.07 0.18 0.10 0.07 14.00 1.00 4.29 1.8e
1. N 1.37 1.34
f. 33 r---.

h..='.'!.) [, 4"

i.... k_..

@ld hii ' shiti E.*. 2 1 C.I M-

l LOCA STRESS BmEl(1 113/8')mi P LOC 1AR.I 4-13 64 M S3 M SW5 SE 21,5 22,4 23,6 LW mt-4 (Acil4-VD) SK8'I A ALLR3AD SKETER LOPCER ALIDAD SEttlCh PCXI.tS (F ELD

      • m=="==r'-

N u m a n s ** s m m n" ELD ED ELD ED CD F@l/te ret /te F%3/te 15fvra l'j.s. I'J.73p lej. :.. e N 4U.D. AC CSS N R LEL (SQ.lk) ($0.lN> (SO.!h) (ksi) (ksil (ksi) (K!CS/lhi n t:S tiki n !ssit hi b itS '! A = = - .une m==m. 1I e AtLtV;D

==m.

==r m m,= e num m AH Gl AJ 4 A M M AP M AR A5 AT A' G. .m n. n

====rrau mr.m mrs=i 1.38

1. 71
1. 00 0.33 2.01
0. 33 1.te 1.71 5.44 5.4 2.27 7.75 It. it 12.97
12. !!
1. 38 1.71
1. 38
8. 33
2. 81
8. 33 1.38 1,71
5. 44 3.93 2.27
7. E I f. 2i 12.87 13.li
1. 38 1,71
1. 38 4.33 2.01 0.33
1. 38 1.71 7.29 5.24
3. 83
7. M lt.it 12.97
13. !!
1. 38 1.71 1.38
8. 33 2.91
0. 33
1. 38 1.71
5. 44 3.93 2.27 7.75
18. M
12. P t
13. !!
1. 38
1. 71
1. 38
0. 33 2.01
4. 33 1,38 1.71 4.32 3.14 1.82 7.75
10. M 12.97 13.26
1. 38
1. 71
1. 38
8. 33 2.01
0. 33 1,38 1.71
3. 68 2.62 1.2 7.75 I t. M 12.07 13.li 1.38 1.71
1. 38
8. 33 2.41
0. 33 1.38 1.71
2. 79 1.%

1.14 7.75 II.M

12. f 7 13.15 1.38 1.71 1.38
0. 33 2.01 L 33 1.38 1.71 7.29 5.24
3. 83 7.75 II.M
12. 67 ' 13.16
1. 38 1.71
1. 38 8.33 2.01 8.33 1,38 1.71
5. 48 3.93 2.27 7.75 II.M 12.07
13. li 1.38 1,71 1.38
8. 33 2.01
0. 33 1, 38 1,71 3.68 2.62 1.9
7. 3 It. M 12.97 13.16
1. 38 1.71
1. 38
0. 33 2.s1 0.33 1.38 1.71 2.78 1.%

1.14 7.75 If. M 12.f7 13 li

1. 38 1,71
1. 38
0. 33
2. 01
0. 33
1. 38
1. 71 7.29 5.24
3. 83 7.75 It. M
12. f 7 13.16
1. 38 1,71
1. 38
8. 33 2.01
0. 33
1. *,8 1.71
5. 64 3.93 2.27 7.M lt.M 12,67
13. !!

1.38 1.71

1. 38
8. 33 2.s1
s. 33
1. 18 1.71 4.32 3.14
1. 82 7.75 II. M 12.97 13.1E
1. 38 1,71 1.38
8. 33 2.01
0. 33
1. 38 1.71 3.68 2.62 1.5e 7.75 II.M 12.f7 13.16 O
1. 38 1.71
1. 38
8. 33 2.01
8. 13
1. 38
1. 71
2. 79
1. 96 1.14 7.75 lt. M 12.97 13.16
l. 38 1.71
1. 38
8. 33 2.01 0.33
1. 38 1.71
5. 44
3. 93 2.27 7.75 II. M 12.97 13.16 1.38 1.71 1.38
8. 13 2.91
0. 33
1. 38
1. 71 3.68 2.62
1. 2 7.75

!#. M 12.87 13.16

1. 38 1, 71
1. 38
0. 33 2.01 0.33 1.38 1.71 2.7tr
1. %

1.14 7.75 II.M 12.97 13.16

1. 38 1.71
1. 38
8. 33 2.01
8. 33
1. 38 1.71 3.68 2.62
1. 9 7.75 If M lid 7
13. lt 1,38 1.71 1.38 8.33 2.11
8. 33
1. 38 1.71 2.78 1.14 7.75 It.M 1237 13.16 1.38 1.71
1. 38
0. 13 2.01 8.33 1.38 1.71 2.16
1. 57 B. 91 7.75 II. M 12.07 13.16
1. 38
1. 71
1. 38
0. 33 2.41 0.33 1, 38 1.71 3.68 2.62 1.2 7.75 I t. M
12. f 7
13. li
1. 38 1.71
1. 38
8. 13 2.01
0. 33 1.33
1. 71 2.78 1.%

1.14 7.75 It. M 12.f7 13.16

1. 38 1.71 1.38 4.33 2.11 8.33 1, 38
1. 71
2. 70
1. %

1.14 7.75 It. M !!. 97 13.16 l l ..o. f. L: = ^ !.9 ?.....U:.."h '( Vl . p vl. i g 'i Pt.5 E C3 L; l,. 1 l l l

utA. STESS 5% Mill 113/8'lTM 9 LOC TRJLE 413-4A L0AD 7YPE-B LW IW4 W-F0RCEDN WELD 8CllMC m.m.n.,m .n. m.n... n u ..n== n m.m n.u s.n n..ur.w n.n==u M1 24Ni48 24M45 26M39 24WM N!Q 36 M 6# 36M45 ENP3r 3LNP9 M3 FWil/te FWM/te N3'te M iklSS /1hMklis/1% H klTS/ lh MKIPS/lN HKIPS/ l N) (kits /lH (K!fS / IN HK!r$ / !h MK!r$/ IN) (KII91N HKlfS/lN) und nio n50 usu m n..-.. !! c(%; n..nn GW Al A1 A7 8A DP IC 8D IE IF 8G 81 8J m. m._ _.... e u n m m m m m n n u.. n. n, m,,, 13.16 3.% 4.E 4.47

4. 39 4.47 1.78 L 2if 2.51 2.57 2.57 2. 65 17.99 19.27 14 *P 13.i6 2.45 2.95 3.25 3.19 3.25 1.78 2.22 2.51 2.57 2.57 52.65 13.03 12.27 IP. N 1116 2.45
2. M 3.25 L 19 3.25 1.78 2.22 2.51 2.57 2.57 70 M 17.36 13.76
5. 0 13.16 2.45 2.95 3.25 3.19 3.5 1.74 2.22 2.51 2.57 2.57 2.65 13.62 10.27
7. W 13.16 2.45 2.95 3.25 3.19 3,25 1.74 2.22 2.51 2.57 2.57 42.12 14.41 8.2?
9. 3E 13.16 2.45 2.95 3.25 3.19 3.25 1.74 2.22 2.51 E57 2.57 35.10
4. W 6.&5 11.2" 13.16 2.45
2. 95 3.25 3.19 3.25 1.78 L22 2.51 2.57 2.57 26.33 6.51 5.14 14.47 13.16 2.45 2.95 3.25 3.19 3.5 1.78 2.22 2.51 2.57 2.57 M 29 17.E 13.79
4. N 11 16 2.45
2. 5 3.25 3.19 3.25
1. 78 L 22 2.51 2.57 2.57 2. 65 13.52 18.27
6. N 13.16 2.45
2. M 3.25 3.19 3.25 1.74 2.22 2.51 2.57 2.57 E le
4. W 6.85
9. N 13.16 2.45 2.95 3.25 3.19 3.25
1. 78 2.22 2.51 2.57 2.57 E 33 6.51 5.14 li.fi 13.16 2.45 2.95 3.25 3.19 3.25 1.78
2. 22 2.51 LD 2.57 78.29
17. E 13.79
3. 7' 13.16 2.45 2.95 3.25 3.19
3. 5
1. 78 2.22 2.51 2.57 2.57 2.65
13. 0 1P.27
5. N 13.16 2.45 2.%

3.25 3.19 3.25 1.78 2.22 2.51 2.57 2.57 42.12 10.41

8. 22 L2' 13.16 L 45 2.M 3.25 3.19 3.25 1.78 2.22 2.51 L57 E57 35.10
8. W L 85 7.W 13.16 2.45 2.95 3.25 3.19 3.25 1.78 2.22 2.51 2.57 2.57

& 33 6.51 ' 14 lt. N 13.16 L 45 2.M 3.25 3.19 3.25 1.78 L 22 2.51 L 57 2.57 52.65 1 3. 02 19.27 3.75 13.16 2.45 2.95 3.25 3.19 3.25 1.78 L22 2.51 2.57 2.57 35.18 4.68 6.85

5. 0 13.16 2.45 2.E 3.25 3.19 3.25 1.78 2.22 2.51 2.57 2.57 PL33 L51 5.14 7.9 13.16 2.45
2. M 3.25 3.19 3.25 1.78 2.22 2.51 2.57 2.57 35.10
8. W 6.65 4.9 13.16 2.45 2.95 3.25 3.19 3.25 1.78 2.22 2.51 2.57
2. 57 E 33 L 51 5.14 6.R 13.16 2.45 2.M 3.25 3.19 3.25 1.78-2.22 2.51 2.57 2.57
21. E 5.21 4.11
7. 9 13.16 2.45 2.95 3.25 3.19 3.25 1.78
2. 22 2.51 2.57 2.57 35.lf 8.W
6. t' 3.75 13.16 2.45 2.E 3.25 3.19
3. 25 1.78 2.22 2.51 2.57 2.57 E 3J 6.!!

5.14

5. N 1116 2.45 2.95 3.25 3.19 3.25 1.78 2.?2 2.51 2.57 2.57 E 33 L SI 5.14
4. 29

-..n. L.. '.. L. ht E, l.D.Mef.270 N fh M, " M" ~ <h in-r..a= a y

LOCA STRESS $4DIf f! 113/8')fM-B LCC TARE 4-13-4A vp (K1A(p.8) 1 A10ERE Yp (KTA)0.8) 1 Attnggt Fj (m100 cpect;%; ICAC11. ATE IF LI 04 L2)=CII. t V$2 N!% F1 FI' MIN F2 F2' N!N MIN (FI,F2 Fl' Fl RIN(Fl" M!OFl'* Ul ti* (ksil VS!/v$2 (ksi) (hsil Fl,Fl' (F2 MTCH CIN AI 50 F2,F2',(Fl'+f2') Fl"'I F2),Irl"KTMt.3 [ cot. !

==**===== (hsiI (hsn) Ih:O (bsi) ( h 6 i ) ar===*== rr========*===** *

  • f2')=====w======rrrru K

Im M 30 90 90 BR BS IT RJ DV BW B1 Bi 52 =-__.- _ _ _ =. .rre. _._... _ 14.48 14.48

9. 90 7.29 7.20
14. 4 14.06 14.06 21.26
0. 00
0. f6
0. N
14. 06
f. 27 f.9
10. M
19. 8e
9. 90 7.29 7.20 9.!!

11.46

9. !!

18,66 0.N

0. 00 8.N 9.11 0.19
f. "

5.63

5. 63 5.0
5. 44 5.44 3.54 4.53 3.54 9.17 8.M
8. 00
0. 00
3. 54
8. M
t. 3; 7.54 7.54
7. 50 7.M 7.29 L 30 8.06 L 3e
13. M 0.00 0.00 0.0e 6.3#

e.14

f. '4 9.38
9. 38
9. 38
9. 00 9.M
9. H 12.59
9. H 19.22
8. N 8.M I. M 9.64 f 22
f. 9 11.25 11.25 11.25 II. M lt. N 14.17 14.44 14.17 E. M
t. 00 0.00 0.08 14.17 0.32
1. W 14.44 14.44
14. 44 14.48 14.40 14.44 14.44
14. 40
28. N
8. 00
0. 00
8. 00 14.4e 0.55
1. 9 4.54 4.54 4.50 4.54 4.54 2.69 3.48 2.69 7.19
0. 00
0. 00 0.00 2.69
0. 06
8. M L ee L 99 L If LI6 L 90 4.78 L19 4.78 10.78
8. N 0.N 8.00 4.78 S. ll f 65 9.00 9.N
9. 00
9. 00 9.00 10.76 13.92 19.76 19.76
0. 00
0. 0e
f. fe 10.76
6. M l.N
12. te 12.00 12.fe 12.00
12. M 14.48 14.44
14. 44 26.44
0. 00
8. N
0. N
14. 4 f
f. 46 1N 3.75 3.75 3.75 3.75 3.75 2.16 2.82 2.16 5.91 0.80 0.00 8.fe 2.16 4.85
0. 22
5. te
5. 00 5.88 L IG
5. 00 1h 5.01 3.H 8.M 8.80
8. 00 8.fe 3.64 8.03 f.5e L25 L25 L25 L 25 L 25 L et 7.83 6.te 12.25
0. 00
0. ft 8.88 6.fe 0.15
0. 60 7.58 7.54 7.54 7.54 7.54 8.64

!!.28 8.64 16.14

8. N
8. 00
0. 00 8.64 0.21
8. 66
19. 00 10.00
10. 0e IB. 00
18. 00
14. 44 14.44 14.44 24.40 0.00 0.00
0. 00 14.48 8.38

!.N 3.75 3.75 3.75 1 75 3.75 2.75 3.63 2.75 L 54

0. M 8.N
8. N 2.75
f. 07 f 29 5.0 5.0 5.0 5.0 5.0 L18 8.16 6.18 II.N
0. 00
0. 00 0N 6.18 0.16
f. 65 7.54
7. 54 7.50 7.50 7.54
18. 99 14.44 18.99 18.49
8. N 0.ft 8.00 16.99 8.28 1.90 4.Se 4.50
4. 50 4.54 4.50
4. N L38 4.00 9.30 0.00 8.cf
8. M 4.6e 4.13
0. 52 L 00 L ee L 90 L 80 LN
8. 53 11.34 8.53 14.53
8. M
f. 00
1. N 8.53 f 23
f. l.'

7.58 7.50 7.54 7.54

7. 54 13.33 14.44 13.33 20.83
0. 00 8.fe
0. 00 13.33
f. 36
1. N 3.75 1 75 3.75 3.75 3.75 3.92 5.24 1 92 7.67
8. M 0.fe
8. ft 3.92 8.11
f. 43 i
5. 00
5. se
5. 00
5. 00 5.00 6.97 9.31 6.97

!!.97

8. se 0.90 8.00 6.97 0.19
f. 77
4. 29 4.29 4.29 4.29 4.29
5. 88
7. 99 5.88 18.17 0.00 9.se I.ft
5. 88 f.16 0.66 i

l I ~- ~ - - " ...G......... - -, r--. i.. ....L f r PAGE b Or M g l l

i LOCAL STESS BROIT(1 Il 3/8'lTM-B LOCC TARE 413-4A UTILl! Ail (N FsCTORtR.LOWAPLE Vp/ ACTING Vo) F144. U'S FOR TM 9 LOAD TUK $12E I OR D-41 ppi s pi LOAD TM -8 (pac,ET I Il 3/ge;TAgt 413.4 TH100ESS L t.6 4t t L2, t-4t: !!N) U3 Ul' U?' U3' Ul" U2" U3" Ul"' U2 " ' U3' " KT A tt.t (P). 8) (P).8) 19).81 (KIA(0.8 ard Blin!) (!N) r.m .....r .= m =mm run uremem CA CP CC CD E CF CS 04 C1 CJ A Q. Cu Di

1. 00 0.19 8.68 8.70 0.27 8.55 1.00 0.27
8. 84
1. N TS2I2Il/4 1.N
1. N
1. N 0.97 8.17 8.55 9.79 0.17 0.76 0.97 0.19 0.77 8.97 7531311/4 2.N
1. M
1. M
t. 41
0. 05
8. 26 8.26 0.M
0. 32 9.41
f. te 0.32 0.41 TS4!4I3/16 3.25
1. N
1. 34 8.73 0.12
0. 2 0.61 0.12 0.58 0.73 0.14 8.58 0.73 TS4I4II/4
3. 00 1.N
1. M 1.N 3.22 0.E
1. 00 0.22 0.90
1. 00 8.22 0.90 1.pe T641415/16 2.75
1. N
1. 36
1. 90 0.32
1. 00
1. 00
0. 32
1. 00
1. N
0. 32 1.80 1.00 T54I4I3/8
2. 50 1.M
1. 38
1. 00
8. 55
1. 00
1. 00 0.55
1. 00 1.00 0.2
1. 00
1. N TS4I4II/2
2. 06 1.N
1. 38
0. 33
e. 84 4.29 0.20
0. 84 0.26
8. 33
8. E 6.26 8.33 TSSI513/16 4.25
1. te
1. 36
0. 58
8. 09 0.4 8.47 8.09 8.4 0.58 0.11 8.46 0.58 TE'I5II/4
4. N
1. N 1.y
1. 00 9.26 1.00
1. M 0.26
1. N
1. N 0.26 1.00 1.te TS51'.13/8
3. 9
1. N 1, 38
3. De B. 4
1. IP
1. De 8.46 1.N
1. OP
0. 4
1. If 1.N TSSI511/2
3. IP 1.W 1, 38 1.27 4.43 8.16 0.16 0.03 0.22 0.27 8.tt 0.22 0.27 TS 61613/16 5.25 1.te 1, 38 8.49 0.07
0. 38 0.37 8.07
8. 38 0.49
8. P9 0.38 0.49 TS 61611/4
5. ge 1.N 1, 38 4.76 0.14 8.64 8.73 0.14
0. 6#

0.76 0.15 0.60 0.76 TS 61615/16 4.75 1.00 1, 38

1. 00 8.21 4.E 1.00 8.21
0. E
1. tP 8.21 0.E

!.00 TS 61613/8 4.9 1.07

1. 38 1.00 9.38 1.00
1. 90
0. 38
1. 90 1.N 0.38
1. N 1.00 TS 6161!/2 4.00 1.99 1.38 4.37 0.35 0.28 8.27 0.05
8. 29 0.37 0.07 0.29 8.37 TS 81811/4
7. N

!.N 1, 38 8.62 4.16

9. 65 0.82 0.16
0. 65
0. 82 0.16
0. 65 0.82 TS 81813/8 6.M 1.fe
1. 38 1.0P
l. 2%
l. 00
1. 9P 8.28 1.00 1.00
8. 20
1. 00 1.fr TS 8181!/2
6. N
1. M
1. 38 6.E 4.13 8.52 8.E B.13 0.52 8.66 0.13
0. 52 0.66 TSittl013/8 8M 1.te
1. 36 1.00 9.23 9.92
1. 0e 0.23
0. *?

1.tr 8.23

0. 92
1. N TS19I10!!/2 8.N
1. N
1. 38 1.00 4.E 1.88
1. 00 0.36
1. 0 1.00 0.36
1. 00 1.00 TS10Il0I5/8
7. W l.N
1. 3e 4.55 4.11 6.43 4.55 8.11 0.43 0.55 0.!!

8.43 0.55 TS!!Il213/8

10. W
l. N
1. 38
0. f7 0.19 8.77 8.97 9.19 0.77 0.97 0.19
0. 77 0.97 TS12I1211/2
10. 00 1.N 1.38
8. 43 8.16 8.E
3. 83 8.16 0.66
8. 83 8.16
8. 66 8.83 7514I1411/2 12.N 1.N
1. 3e

.b.1-' N C b 4 .t hl@ d( (. ;).. 1.. hk r'.a.3 E Cr 3. p

LOCA STRESS PROET(1 Il 3/8*)7M-P LOC TABLE 413-4A Win N".4 M,16 W1 Sw? W3 Sa plN Sr., SE $7 54 r:A M-1 SCT LN AL *3JC SWi-Su E1.D ELD ELD !.! ~wi S ETTF3383538 tWE3 85 tW Wt tT EstrTrt et t t t t ttt tst a t a.tWTsamartstrer333rrgrt 3 33,333 rg s g 3 33 33333 333 33r&S$ trt t3 Ers t rT3 8 B**Ft 34ser333333343333333t-CD CF CQ CA CS CT CU CV CW CI CV C2 tt DC n=r.nn.. mmenm r==== m.msn===n mm n num Fm.m m u m am Fm Br==.m. 3,n n n n. - 2.M

2. M 4.75 1.38 8.33 0.33 1.N 4.33 1.99
f. 33 0.63 1.M

.. t?

2. t.

2.N 2.75 4.75 1.38

8. 33
f. 33 1, 38 8.33 1.38 8.63
8. 63 1.3e
1. 3e i.e:

2.N 2.75 4.75 1.38

4. 33
0. 33 1.38
0. 33
1. 38 8.63 0.63
1. 36
1. 3d
i. P ;

2.N 2.75 4.75 1.38 t.33

9. 33
1. 38
8. 33 1.38 0.63
0. 0
1. M
1. 38 2.f:

2.M 2.75

4. E 1.38
0. 33
0. 33
1. 38 8.33 1.38 9.63 0.63
1. 38

!. 34

2. e.
2. te 2.75 4.75
1. 38
8. 33 0.33 1.38 8.33
1. 38 f.63 0.0
1. 38 1.3e i.e:

2.00 2.75 4.5 1,38

0. 13 0.33
1. 38 0.33
1. 38
0. 0 0.63
1. M
1. 34 2.e;
2. 00 2.75
4. 75 1.38
8. 33 8.33
1. 38
0. 33
1. 38
8. 0 0.63
1. 38
1. 34 2.f
2. 00 2.75 4.75 1.38 8.33 0.33 1.38
0. 33
1. 38 0.63
0. 63
1. M 1.M
2. t '

2.te 2.75 4.75 1.38

f. 33 0.33 1.38 0.33 1.34
8. 63
0. 63 1.M
1. 36
2. P:

2.W 2.75

4. 5
1. 38
8. 33 0.33 1,38 8.33 1.38 0.0 0.63
1. 36
1. M 2.t:

2.W 2.75 4.75 1.38

8. 33
0. 33
1. 38
8. 33 1.38
0. 0 9.63 1.3e
1. 38
2. f; 2.M 2.75 4.4 1, 38 0.33 0.33
1. 38 0.33
1. 38 0.0 9.63
1. 38
1. 35 2.t:
2. at 2.75 4.75 1.38 8.33 1.33
1. 38 8.33
1. 38 8.63 8.63
1. 36
1. 36
2. t1
2. 00 2.75 4.75
1. 38
f. 33 9.33 1.38 0.33 1.38
0. 0 9.63
1. 38
1. 38 2.f:

f

2. N 2.75 4.75
1. 38
8. 33 0.33
1. 38
8. 33
1. 38 0.0
0. 63
1. 38 1.34 2.01
2. 00 2.75 4.75 1.38 I. 33 0.33 1.38
0. 33
1. 38
0. 0 9.63
1. 38
1. 38
2. t:
2. 00 2.75 4.75
1. 38
8. 33
0. 33
1. 38 8.33
1. 38
f. 63 f.O
1. 38 1.3e 2.f:

2.W

2. 75 4.75 1.38 8.33 8.33 1.38
0. 33 1.38
0. 0
9. 63
1. 38
1. 3e
2. f:

2.te 2.75 4.75 1.34

f. 33
f. 33
1. 38
8. 33 1.38 8.63
0. 0
1. 38 1.M 2.t:
2. 89 2.75 4.75 1.3e 0.33 0.33
1. 38 0.33 1.38 4.63 1.63 1.3e
1. 36 2.t:
2. te 2.E 4.75 1.38
f. 33
f. 33
1. 38 8.33
1. 38
f. O
f. 63
1. 38
1. 3i
2. 9:

2.89 2.75 4.5 1.38

0. 33 8.33
1. 38 0.33 1.35 0.63 8.63
1. 36
1. M
2. t:

2.8e 2.75 4.75 1, 38 9.33

8. 33
1. 34
8. 33 1.38 0.63
0. 63
1. 34
1. 36
2. f i 2.n 2.n
4. n 1.u e.u 8.u 1.u e.n 1.u e.u e.u 1.u
1. u
2. #:

i.* l i l F.. '1 [.- ^ ..'v 2..-5: \\ "' N L -G ....f%_.__ 577/r7_- \\ \\ ' AR ' _ k1lf b ..:a.h.. e 3.. L l l l l l 1 l

4 LOCA ST8ESS MOIf t! Il 3/8')TYM-P LOC ffAI 413-44 alk mik SWit $11 $12 plN L1,0 L2,0 SW9 SW12 m-00 DE Dr D6 DH DI

1. 71 1.71
2. 01
1. 71 1.N
1. 38 1.71 1.71 2.01 1, 71
1. 0f
1. 38
1. 71 1.71
2. 01 1.71
1. N 1.38 1.71 1.71 2.01
1. 71
1. N
1. M
1. 71 1.71
2. 01
1. 71
1. 0F
1. 38
1. 71
1. 71 2.01 1.71
1. N
1. 38 1.71 1.71
2. 0!
1. 71
1. 0P
1. 38 1.71 1.71 2.01 1.71
1. N 1.30 1,71
1. 71 2.01 1.71 1.N
1. 38 1.71 1.71 2.01 1.71
1. 00
1. 38 1.71
1. 71
2. 01
1. 71 1.N
1. 38 3.71 1.71 2.01
1. 71 1.00
1. 38
1. 71
1. 71 2.01

- 1. 71 3.M

1. 38 1.71 1.71 2.01
1. 71
1. 0F
1. 38 1.71 1.71 2.01
1. 71
1. 00 1.34 I
1. 71 1.71 2.01 1.71
1. 00
1. 38

!. 71

1. 71 2.01
1. 71
1. N
1. 38 1.71 1.71 2.01

'l.71

1. 00
1. 38
1. 71
1. 71 2.01 1.71
1. 0F

!. 38 1,71 1,71 . 2.01 1.71 1.N

1. 38 1.71
1. 71 2.01
1. 71
1. 00
1. 38 1.71
1. 71 2.01 1.71
1. 00
1. 34
1. 71 1.71 2.01 1.71
1. 00
1. 38 1.71 1.71
2. 01
1. 71 1.N
1. 38 1.71 1.71 2.01 1.71
1. 00
1. 38 i

pense m..=. .. -e.em== ...., => se= me e ee e=h a 3 e.g eee f.- 573lYi L sy C '~ shith

.m.4 c, 2 4

i l -r --,-------,----------nmn,, ,-e

LOCA STUS #Dertti 1/2113/f'Itm.i LR igg 4 33 4g TUK $!!I UflLIZAtl> FattDacitLMILI VD/ ACTING Yp1 Fl4L U'S FCA TM.) W THlMSS LOC TM.9 pavi i 1/2Il 3/8'H 21/lD/.f. a.13. a ilhi Ul T U3 UI' IF U3' Ul" LP" U3" Ul"' W"' V3 ' ' Ilhi ICTAid.8 KTA(f.8 KfA(f 0 (f.$. f i (8). 41 (8).8) (KTA(f.0 a4 D11r.11 mann nn=ne..mn.n un nmmmunmmm...m umn.n.mmmnun mn-mnunma n n A 95 fl CA CS CC CD CI CT Cti Cd Cl CJ .u ~ n.. _ _ _.-....m n m n.= n = =.a.. mama n n o n TS21211/4 0.12 0.50

0. 90
0. W 0.37 0.68 0.12
0. 34
0. 98 0.12
8. 'A
f. 94 TS3I3II/4 0.18
8. 44 0.64 0.10 0.48
f. 68 p.18
f. 47
f. 64 0.18 0.46 f.M T5414I3/16
f. 88 8.n
0. 29 8.07 0.18
8. 25 0.07
0. n 0.29 0.07
0. M f5 1541411/4 0.14
8. 36 0.51 f.14 8.36 8.51 0.14
f. 36 0.51 0.14
8. 36
f. 'l TS41415/16 0.21 0.56
0. N 0.21 0.56 8.W
t. 21 0.%

0.88 9.21 8.56

6. W 154!473/8 0.31 0.01
1. N 0.31 0.01 1.M 8.31
f. 01 1.#

8.31

f. 81 1.N T541411/2 0.52 1.N
1. te 0.52
1. 00 1.M 0.52
1. 00 1.N
0. '2 1.00
1. N TS5r:13/16
0. 06 0.16 8.23 0.E 0.13 0.19
0. E 4.16
p. 23 4E f.16
f. 23 TS5I511/4 8.11
0. 29 0.41 0.11 0.29 8.41 0.11 0.29 0,41 0.11
8. 29 0.41 TS$I:13/8
8. 25
8. 64 0.92 0.25
8. 64
0. 92 0.25 8.64
0. 9?

8.25

f. 64 f.9?

T351511/2 8.44

1. Of I. Se 8.44
1. 00
1. 00
9. 44
1. W

!.I$

8. 44
1. N 1.N 95 0 613/16
f. 85 0.13 0.19
8. 84
f. Il f.15
0. 64 0.13 f.19
f. 84 8.13 f.19 TS u ul/4
0. P9 0.24
0. 34
0. 99 0.24
0. 34
0. F)
0. 2(
0. 34 8.M 0.24
0. 34

[ TS 61615/16 0.14 8.37

8. 53 8.14 8.37
f. 53 p.14
f. 37
p. 53 8.14
f. 37
f. 53 Tsu6w4 e.n
0. 54 0.n 0.n 0.s I.n e.n
0. 54 0.n 8.n 0.u
8. n p ri uni /2 8.x

..,5 i.. ..x 0.n i.. .. x

9. 95 1.*

..x f.e

i. *

. Ts unu4 0.n .. ii 0.a

0. n
0. i.

8a

0. n 0.it f.a 0.n
f. iB
8. a TS 814I3/4 0.15
8. 48 0.58 8.15 0.49 0.58 0.15
8. 40 0.54 8.15 9.48
f. M TS 4t811/2 8.27
0. 72
1. 00 0.27
8. 72 1.00 0.27 0.72
1. 8P 8.27
0. 72
1. N TS10IlpI3/8 6.12
0. 32 9.4 8.12
8. 32 8.4 8.12
8. 32 8.4 f.12 0.32 9.46 7510!!0I1/2
0. 22 8.57 0.82 0.22 0.57
4. 62
f. 22 0.57
8. 82 0.22 0.57
f. 6!

TSlf!!II5/8

8. 34 0.09
1. 00
0. 34
0. f 9 1.M
t. 34 0.89 1.N
f. 34
f. 89 1.N TS1211213/4 0.10 0.27 0.38 0.10 0.27
0. 38 0.10 0.27
0. 38 8.18 0.27
f. 34 TS1211211/2 0.18
0. 48 8.68 8.18 f 40 0.68 0.18
f. 48 7.68 f.18
f. 48 f.62 T514114I!/2 0.16 0.41
0. 58 0.16 0.41 0.54 0.16 8.41 0.58 0.16 8.41
f. 'J l

1 -.. ~.. !.h..~ $.~

  • .b 0

~ i V 57,k7 .......y..... - )sa ' <h/m 5.v.E lC os 7 L I g

LODL Sin [SS $40ET(1 1/2113/8'ITM-8 LOC 1AB;.E 4-13-4) TV!( $1?T P/D T* Pf#.AE7 S!!! WI le W3 W4 W5 Wi F K !6HT FSIW90 F$lhie FicH4 ri:%.5 r.r; TWIMSS Fv9P Fv68 b# F.45 s.' (th) (Lll (L P) H lik) IINI (141 Ilhi (k!P) (in) (kif) (K!!; ([h !!) n[g, (;g ; ese uma. _.. -. -... -.... _ _,s ......... ees,sar==resareveseery,e eemne ,,,,,,,,,,,,,,,,,,,,,,,,n A f C 0 E F G H I J x 6 m N o e o

=== _ _ ... -.u TS212II/4 2.N 0.25 1.5N 1.375 1.fW l.375 5.757 1.eN 1.5N 5.754 5.N 2.06

5. 07
4. D 5.16 3.!4 7.

T13I3II/4

3. M f.25 1.5N 1.375
1. 5N 1.375 5.754 1.375 1. W 5.754 L N 2.E 5.M
4. 33 5.16
3. !4
7..

T54I413/16

4. N 9.19 1.5M 1.375 1. 5N 1.375 5.754 1.375 1.5ep 5.754 5.00 2. E 5.00 4.33 5.16
3. !4 7.;

TS414!!/4

4. M 0.25 1.5N 1.375 1.5N 1.375 5.754 1.375 1.5N 5. N
5. N 2. E 5.00
4. E 5.16
3. 9 7.i 754!41b/16
4. N 8.31 1.5N 1.375 1. 5N 1.375 5.754 1.375 1.5N 5. N
5. N 2. E
5. N 4.33 5.16
3. 9 7.-

T5414I3/8

4. 8F 0.38 1.5N 1.375
1. 5N 1.375 5. 5 1.375 1.5 N 5. D
5. 00 2. E
5. M 4.33 5.16 3.54 7.i TS41411/2
4. M 0. 58 1.5N 1. 375 1.548 1. m 5.754 1.375 1.See 5.750
5. 09 2.06 5.aP 4.33 5.16 3.!4
7. !

TSSI!!3/16 5. N t.191.5N 1.375

1. 5N 1.375 5.N 1.375 1.5N 5. 754 5.N 2.E 5.M
4. 13 5.15
3. 9 7.:

TS51511/4 5.fe 0.251.58e 1.375 1.5N 1.375 5.754 1.375 1.5N 5.754

5. N 2.06 5.00
4. 33 5.16
3. 9
7. 7 T5515I3/4 5.M 0.38 1.5N 1.375 1. 5N 1.375 5. N 1.375 1.5N L 754 LN 2.E 5.N
4. 13 5.16 3.54 7.i 75515I!/2
5. M 8. 54 1. 5M l. 375 1. 5N 1.375 5.754 1.375 1.588 5.m L ap 2.86
5. N 4.33 5.16 3.54
7. i TS 61613/16 6.00 f.1881.5ee 1.375 1.5N 1.375 5.758 f.375 1.5pe 5.758 5.N 2.E 5.N 4.33
5. li
1. 54 7.i TS 61611/4 L 89 f.250 1.5N 1. m 1.5N 1.375 5. N 1.375 1.5N 5.754 5.te 2.e6 5.N 4.33 5.16 3.54 7.2 f TS 616tS/16 Lfe 0.3331.5881.375 1.588 1.375 5.758 1.375 1.5N 5.750
5. N 2. E 5.N 4.33 5.16 3.!4
7. 2 TS &I613/8 L N I.3751.58e 1.375
1. 5N
l. m 5. N 1. 375
1. 5N 5. N
5. 092. E
5. M 4.33 5.16 3.54
7. 2 TS 61611/2 L ee 0.5N 1.5N 1.375 1.5N 1.375 5.N 1.375 1.5N 5.756 L N 2. E
5. N
4. 13 5.16 3.9
7. 2 TS 81811/4
8. N 4.254 1.58P 1.375 1.5N 1.375 5. N 1.375 1.9f 5.754
5. M 2. 06
5. N 4.33 5.16 3.54
7. 2 TS 81813/8
8. N 1. 375 1.5fe 1.m 1.5N l.375 5.758 I.375 1.5 N 5.758
5. N 2. E 5.N 4.33 5.16
3. !4 7P TS 81411/2
4. N 0. 5N 1. 5N 1. m 1. 5N
1. m 5. 5 1.375 1.5ee 5.758 5.N 2.E
5. N 4.33
5. t 6
3. 54
7. 2 T51BIII!3/817.88 8.3751.5001.375 1.5# 1.375 L U l.375 1. !N 5. D 5.N 2.E
5. M 4.13 5.16
3. !d
7. P TS1911ttl/210.00 9.5fe 1.58e 1.375 1. 5N 1.375 5.754 1.375 1.5N 5. N 5.N 2. 06 kW
4. 13 5.16 3.54 7.2 T51011715/4 18.se 4.62: 1.5sf 1. m 1.5N 1. m 5.758 1.m I.5N 5.75P
5. ep 2.E LW 4.13 5.16
3. !4
7. 2 TS!?Il213/8 12. N 8.375 1.5N 1.375 1.5N 1.375 5.758 1.375
1. 5N 5. N 5.N 2.E 5.00
4. 13
5. t 6 3.54 7.2 T5121121!/212.M f.5ef 1.58P 1.375 1.5N 1.375 5.758 1.375 1.5fe 5.758 5.M 2.E
5. M 4.33 5.16 3.54
7. i' TS14I1411/2 14.0f 0.5ee 1.5eP 1. m 1.5N 1.375 5.75f 1.375 1.5ee 5. N 5.00 2.E
5. N 4.33 5.16 3.54
7. 2 3

-.Gf-3.S.~.91 O ", 5 ~ l A V_._ _ 577lV1 q cm JL e 4 s i l

LOCA 518!ESS 985NT(1 1/23! 3/f'lT)T10 LCAD 7tJt.E 413-46 TLW !!?E FF!k37 FHCD!30 FHCMe RfAl Kitd [tal rit0 PW1 Of Ye Crrl W p :' TWIMSS Fv30 RJe N mi re el flAS!C) L OPG 5 5*:'it p,.:: (!hi Fy/ 6, !Qt si,' or,; ACVf1 L'v:;t tt ttn ? (IM (kit) (Ih+1r) (IN4!P) (pso TW TW Tm tsersmururrwursaure sweruss arsvwrs===swe ewers assa rra s sas rusa s s essasss e nver es ss swa s s e s sen ess a i re s s......... . - m arsesse 3rreesses A T U V W I Y Z tea Af AC A' f( sense :-. .assessureserses reuse s meseness cruerwe e usars ess a suswe rars e as suas a e as a TS?!!!!/4 2.50 8.93 19,31 4.58 f 58 8.69 8.75

4. M
1. M
15. N
1. N 1N
2. ::

1531311/4 2.50

3. 93
19. 31
f. 50
f. 46
f. 46
f. 58 6.N 1N If. M
1. M
l. N 1.73 754:413/16 2.54 8.93 If.31
0. 38
8. 34 8.34
8. 38 10.67
1. te 5.63 1.N
1. N
1. 9 T541411/4
2. 5$

8.93 19.31

f. 38
f. 34
8. 34 8.38 4.N 1.se 7.9 1.N s.N 1,9 T541415/16 2.58 8.93 19.31 8.38
f. 34
0. 34 4.38
6. 48
1. M
9. 3e
1. N
1. N 1.9 1541413/4
2. 54 A. 93 18.31 8.38
8. 34
0. 34
f. 38 5.33 1.N

!!.25

1. N
1. N
1. 9 T541411/2 2.54 4.93 10.31
0. 38
8. 34 8.34
8. 38
4. 00 1.se
15. M
1. M

!.N 1.u TS51513/16

2. 9 8.93 19.31
f. 38
f. 28 8.28
f. 3P 13.33 1N 4.54
1. N
1. N 1 !i TS$15:1/4
2. 58 8.93 10.31
0. 39 8.28 8.28
8. 39
10. N

!.N

6. N
1. M
1. N 1.!3 TS51533/8 2.54 4.93 19.31
0. 30
f. it
f. 29
0. 30 6.67 1.N
9. M
1. N 1.se
1. ')

TS5!!!!/2 2.5e 8.93 19.31 0.39 9.28 0.28

0. Je
5. N 1.M
12. N
1. N 1.e4 1.!)

15 61613/16 2.50 8.93

19. 31 0.25 0.23
f. 23 0.5
16. N 1.N 3.75 1N
1. M
1. 9

[ TI 61611/4 2.5e 8.93 18.31 0.25 0.23 0.23

0. 5
12. N I.N
5. M
1. N 1.N 1.9 TS 61615/16
2. 54 4.93 14.31 0.25 0.23 0.23
f. 25 9.64 1.N 6.5 1.N I. N

!.9 TS 616I3/8 2.58 8.93 10.31 0.25 0.23 8.23 0.25

8. N 1.M 7.5#

1.M 1.N 1.9 TS 61611/2 2.54 8.93

19. 31 0.5 0.23 0.23
f. 25
6. N 1.N If.M 1.M 1N
1. 9 TS 81811/4 2.5e 4.93 10.31 0.19 0.17 0.17 0.19
16. N
1. 00 3.75
1. N

!.N l.4 TS 41813/8 2.58 4.93 18.31 0.19 0.17 0.17 f.19 19.67 1.N 5.63

1. N
1. N
1. ai TS 8!811/2 2.58 8.93 10.31 0.19 0.17 8.17 0.19 8.sf 1.N
7. 54 1N

!.M

1. 4 T51911f33/8 2.58 8.93 18.31 9.15 0.14 0.14 f.15 13.33
1. tr 4.5e
1. N
1. N 1.42 151811011/2 2.50 8.93 10.31 0.15 0.14 0.14 0.15 If. N 1.M 6.N
1. e?

I. M 1.4? 151911015/8

2. 50 8.93 10.31 0.15 f.14 0.14 0.15
8. N 1.N
7. 9
1. N
1. N 1.a}

T51211213/8 2.54 8.93 10.31 0.13 0.11

0. !!

8.13 16.00 1.M

3. 75 1N 1.Po
1. ?)

751211211/2 2.50 4.93 !$. 31 f.13

8. !!

f.11 f.13

12. N
1. N
5. N
1. N
1. N 1.39 T5141141!/2 2.5e 8.93 10.31
8. !!

8.10 0.10 0.11

14. N
1. N 4.29
1. M
1. N 1.37 F.,......

[.%?.5.O.7C 'a . '5 ) hv . j.. . -.-_j.1 #] th/L 51b ~ P.*.Cl J, C' 2. O

l l 5, W v3 %T' '"4 l A. \\ -Of L{s. }My i v 2. DNS ^ I "V<,.,. l f. 7. : 7.s. P ' g v_ ... _ -.............= J l l

  • t vt't it *C 19'i WI SL '#

61*i S4 '8 90*i l f 'i W2 54*t it 'l 2/111119154 e *l vi't [t t Id *J Wi S4 's Wi %'t W'i 1t *2 WI $4 *d It'l 2/l!2112151 tt 'i

f't t o 't Ig *2 W2 G4 *$

W2 54 'd Wi It 'i 9e *2 2*t It'l 9/!Ill2151 WI ti'! L1'l If*2 N'l 2'e 61*i 54 's W2 It '2 M 'i M*4 tt *! 9/SI4114151 et'l it 'C d 't Id 'i W2 $4 't 61'I SL '8 W2 It 'i W2 G4 '4 WI i/IISIIIISL n '!

i't to't It '2 Wi u'8 61*I 2'8 W2 li 'i W2 54's vt 'l f/tIslid!$1 vt.
  • t wt (t *t It 'i W2 54*4 61'i 2'I Wi I t '2 W2

$4*4 it*! 4/11939 $1 d 'l

i's it*t it 'd vi S4 *8 61*i

$4 'd Yi It 'i 9d 'i G4 's 99'l f/tIllt $1 it *t

,I '4 L1'1 It 'i 9e *2 G4 'd W2 S4 *d W2 It '2 W2 S4 *0 91 *I t/Illil 51 et *l tt Et *t I t 'i W2

$4 *d 61*d 54 'd Wi It 'd W'i 54'8 SS 'l 3/Il111 Si it 'i

  • 1't et **

It '2 W4 54*4 61*l S4 *4 W2 It'i W3 54*8 95'l 9/tI111 51 wi WS u, wi Wi u4 W2 ua W2 wi W2 u. WI ,utun u.) wt We W, wi .m u, WI u, Wi wi Wi u. WI tilan u to f 4 's 69*l li *i W4 SL'8 W2 $4 'd Wi Id 'i Wi S4 '8 95'l 11/CISIS S4 et *! WC tt *C lt 'i WI 54 't W4 2 *8 Wi II *! 98 *2 G4 '8 c1 *l I/IISISS1 !'?

i't it't It 'd Wi G4 '4 61'l 2'i Wi It 'i M*i 2'8 C1'l fittSISS1 i* 't Li'4 W1 t i'i W2

$4 '4 W2 S4 's WI 19'i W2 54'8 (1*l t/IISISSI Wt n '6 it 't 11*2 W2 2't Wi 54 'I Wi If 'I Wi S4 's C1 *I 11/CISISSL et 'l it't (t *t 19'i 90*i S4 't Wi SL 's vi 19'2 90'2 E'S it'l 2/11914S1 ?! '!

  1. 't to't if *i Wi

$4 '8 61*l 2'd Wi It 'd Wi G4 't 24 'l f/ tit!tSt

t. *2 si's (t *5

'14*2 WI 2 '8 W2 54's 9d *2 II 'd 98 *2 2'4 24 *! 11/5111451 it 't WL 49'1 It'd Wi SL '8 61*i $1 *4 9d 'i It 'i Wi 2 'd 24 *! t/1191t51 W' W6 WO 19'i it'l $4't W2 54 *4 Wi It 'i W3 54 *4 24'l 11/t191'51 FC $4 L1 '1 It 'l W2 SL '6 Wi 2 *d Wi 19'i Wi 54 '8 ft 'l t/ I r, tits 1 vt me W ai m2 wl tt e W2 2-WI is 2 Wi tt 'd 6t'i t/Iti IS1 u n a n u s u n u a ma s s-s u==== an. .mu.u.a s s u.e a. - - -u su..a = ====e sa na===-- m - -mes-11 M JU W Mf W W M 15 Nf Otf A U

4(31 y a

gg u na s s u e== s u u===ma u s u u uunu s -------- asan us sissau na ammu s umm a=4 ss -- s amaa== m) 1*> U HI mt W ml'CSI m! 'CS) V1Ted SW2 LT1Teod SWN ETI IN!! m ??: :. -W nityJ Q1M Qih 01M 01M Q1M Q1M $WE eussiu su u rississia==am QDR JO SATCCu 'C!!:35 ONrce1% um1 alls >S Naic1T a3. ENS aM1 41M WD ,. g,,3 ~ uluMi 553NO1 . n ;.-c 1 1't! t 'll S 'Il ?5 'MS IMS i"S l'ti 'I'IO IIIS M01 i 49-ti o 3 N11 M 1 d M 1(.9/C 112/1 I)13 0.94 $53uts VJ01 i i

l 1 l l LOCA $13ESS 98NOITil 1/tti 3/f

  • lim.3 tml: TAR r 4 13 4p ftlIt $1?t L0AC T Y r i of TW! MSS F08Ct0W WfLD 11e

_............ n= m m m, -m.m o n,m n. um.m n. .,mm um-mmmm mm... m.. n m.,, IYW64 17W45 1V439 ly@e FW1 24 rim 8 e4F445 24r4 3F 24ref F41 3Udt; 3g. 4! 394y ilm ikiPS/thMulr$/lo th PS/lkl(kirs!!Nuk tr$/Im tr!PS/INi tklPS/!NHK!r$/thMk!M/lhuk!fS/lo n !M/10 (a !!5 .=m a r .m,-new n em m mv

== mn e m.-- .u. mn mm =nm mn .,m un n. A AS AT RJ W k AI M A2 to H K 6; K ....m.m m ne m.m..nm. mn..m 1S21211/4 17.63 23.64 28.64

38. 94 30.94
5. 68 6.63
7. ?f 6.88 7.29 2.59 3.21
3. t !

TS31311/4 L 32

19. 90 12.74 13.E 13.75 4.07 4.82 5.24 5M 5.24 2.!9 3.21 3.61 754I413/16
8. 2
10. 99 12.74 13.75 13.75 4.07 4.82 5.24
5. 00 5.24 2.59 3.11 3.t; TS41411/4 L 32
18. 90 IP. 74 13.75 13.75 4.07 4.82 5.24 5.M 5.24 2.59 3.21 3.61 1541415/16 8.32
10. 90 12.74 13.75 13.75
4. f 7 4.82 5.24 5.#

5.14 2.59 3.21 3.61 TS4I413/8 L 32

19. 90 12.74
13. 3 13.75 4.97 4.82
5. P4 5.N 5.24 f.59 3.21 3.61 T541411/2 8.32
18. 90 12.74 13.75 13.75 4.07 4.82 5.24
5. W 5.24 2.59 3.!:
3. 6:

TS$1513/16 L 32

10. 90 12.74 13.75 13.75
4. f 7
4. M 5.24 5.N 5.24 2.59 3.11 3.61 TS5I511/4 8.32
10. 90 12.74 13.75 13.75 4.07 4.82 5.24 5.M 5.24 2.59
3. !!
3. E :

TS51513/8 8.32

10. 90 12.74 13.75 13.75
4. f 7 4.82 5.24
5. M 5.24
2. 54 3.25 3.6:

T5515 1/2

8. 32
10. 90 12.74 13.75 13.75 4.07
4. 82 5.24 5.M 5.24 2.59 3.21 3.11 TS'6I613/16 L 32
19. 99 12.74 13.75 13.75
4. f 7
4. 82 5 24 5.N 5.24 2.!9 3.21 3.61 TS 616II/4
4. 32
10. 99 12.74 13.75 13.75 4.07
4. 82 5.24 5.W 5.24
2. !9 3.21 3.61

^ TS 61615/16 L 32

18. 99 12.74 13.75 13.75 4.97 4.82 5.24 5.M 5.24 2.59 3.21 3.61

."TS 61613/8 8.32 19.90 12.74 13.75 13.75

4. f 7
4. 42 5.24 5.M 5.24 2.!9
3. !!

3.61 TS 61611/2

8. 32
19. 90 12.74 13.75 13.75 4.07
4. 82 5.24
5. N 5.24 2.59 3.21 3dl TS 81811/4 8.32 18.90 12.74 13.75 13.75 4.07
4. M 5.74 5.M
5. t4 f.59 3.11 3 61 TS 81813/8 L 32
10. 98 12.74 13.75 13.75 4.07 4.82 5.74
5. N 5.24 2.59
3. Pl
3. (:

TS 818I!/2

8. 2 10.90 12.74 13.75 13.75 4.07
4. 82
5. P4 5.N 5.24
2. !9 3.21
3. 6 TSlf!!f!3/8
8. 32
19. 98 12.74 13.75 13.75 4.07 4.82 5.24
5. N
5. it 2.59 3.21 3dt 7510119!!/2 8.32 10.90 12.74 13.75 13.75 4.07 4.M 5.24 5.N 5.24 2.59
3. 2:

3.61 751011915/8 L 32

10. 90 12.74 13.75 13.75 4.97 4.M 5.24
5. N 5.24 2.!9 3.21 3.61 751?!!!!3/8
8. 32~ 18.90 12.74 13.75 13.75
4. f 7
4. M 5.74 5.M 5.24 2.!9 3.21 3d1 T517112I!/2 L 32
10. 98 12.74 13.75 13.75
4. f 7 4.M 5.24 5.M 5.24 2.59 3.21 3d1 TS!4fl4I!/2 8.32 10.99 12.74 13.75 13.75 4.07
4. 82 5.74 5.N 5.24 2.59
3. !!

3d: F.....-.. .i.'. s

t..P.M. 5.d. ';

E-., E l M .8.,In i......... __fi ch}n-u.r.c.m 1 O

6CCA $1ESS 340.11(1 I/213/8'litf(4 LCC TFAt 413-4 7UM $1!E LCC TtTY4 ALLCWAt b WTAte.8l I WM ' M" TWICWsSS ACTIT-vc I ()h) maressnareserwen - 36FW8 673 FWitte FW/te F.13<te VS) WA? n!N F1 FI' n!N O F?' (1%) (Klfs/th>(K!rs/INI (kgil (kul (kgo (ks0 (kg o vg t/yA*. (6go (6s p F1,tt' (r; r.:.' x m, t.,g arr.-ein-m.m merme: I! At w3.kD ev mmer==m.m====== ~ nt0 am nui .== === A F 36 IN 91 BJ IW PL M IC F* is .m .mmnmamn==,==m-m.m,------mm

===m-.m. =m. m.. p.= -- m .m.m TS?!?til4 3.67 3.67 123.M 26.82 14.67 14.4e

14. 4
14. 4 9.9e le.M
0. 9P
14. 4
14. 4

.j TS313tt/4 3.67 3.67 5 5. 00

20. %

14.67

10. 00 it. M
19. 80
9. 90
13. M
9. M 13.67 11.6?

T541413/16 1 67 1 67 73.33

27. 94 19.56 5.L3 5.63 5.63 5.63
5. 63 163
t. 31
4. 93 1541411/4 3.67 3.67
35. M Pt. %

14.67 7M 7.9

7. 54 7.M 7.5e
7. M
9. 4!

8.5 754t415/16 3.67 3.67

44. M 16.77

!!. 73

9. 38
9. 38
9. 38 9.38
9. 38 9.38
14. 4 13.ti T54141318 3.67 3.67 36.67 13.97 9.78 11.25 11.25 11.25 11.?5 11.25 11.25
14. 4e
14. 4 7541411/F 3.67 3.67
27. M
18. 4
7. 33
14. 4e
14. 4 14.44
14. 4e
14. 6e 14 4
14. 4
14. 4 TS5t!!3/16 3.67 3.67 73.33 2 7. 14 19.!6 4.58
4. 54 4.5e 4.M
4. 5#

4.M 4.97

3. 77 TS5 tit 1/4 3.67 1 67

".M Pp. % 14.67

6. M 6.M 6.M 6.M 6.M 6.M 7.17
6. 78 TS51513/8 3.67 3.67 1 67 13.97 9.78
9. 00 9M 9.00 9.te 9.M
9. M
14. 4
14. 4 1S51511/2 3.67 3.67 27.50 18.48 7.33 IF. M
12. M
12. M

!?. M ll.M li M 14.4 14.49 TS 61613/16 3.67 3.67 73.33 27.94 19.56 3.75 3.75 3.75 3.75 3.75 3.75 3.24 le? TS 6t611/4 3.67 3.67 "M P9. % 14.67

5. M 5.M 5.M
5. M
5. M
5. M

!.76 5.37 ^ 15 6 % I5/16 3.67 1 67 44.se

16. 77 11.73 LF5 6.25 6.?5 6.25 6.25 6.?:

9.N

4. 31
  1. is 61613/8 3.67 3.67 1 67 13.97 9.78 7.M
7. 54 7.5e 7.54 7.5e 7.M I?. H
12. N TS 6t611/2 3.67 3.67 27.54 10.48 7.33 II. M If.M
18. M lt. M 10.84 II. M 14.**

14.44 TS 61811/4 3.67 1 57 'A sp 29 % 14.67 3.75 3.75 3.75 3.75 3.75 3.75 4.!! 3.83 j ft 8t813/8 3.67 3.67 1 67 13.97 9.78 5.63

5. 63 5.63 5.63 5.63
5. 03 9 i?

8.61 l TS 81611/2 3.67 - 1 67

27. 58 II. 48 7.33 7.54 7.5e 7.54 7.5e
7. f4
7. M
14. 4
14. 4 751011013/8 3.67 3.67 36.67 13.97 9.78 4.58 4.54 4.58 4.54 4.M 4.5e 7.?9 6.E' T$ittistill 1 67 3.67
27. 50 18.48
7. 33 6.M 6.M LM
6. M
6. M LM

!?. H ll.h T519 1915/8 3.67 .. 67 ??. 00 8.38 5.87

7. 54 7.58
7. 54 7.54 7.M 7.58 14.47
14. 4 Tsitt!?t3/8 3.67 10 3L67 13.97 9.7A 3.75 175 3.75 3.75 1 75 3.75

!.6*

5. 4 +

T5it!!!!!/2' 3.67 3.67 27.54

10. 48
7. 33
5. M
5. M
5. M
5. M
5. M
5. M 19.41 9.67 751411411/2 3.67 3.67 27.58 18.48 7.33 4 29
4. t1
4. 29
4. ?9 4.29 4 29 8R 8.16 l

...] '.M f.'.: ; 3 i I ......;. s. .. _.._, 7 .h 5 m.o2 mU w-I

LCEA $1HESi FM>f!ti I/2113/8')TM-0 L(E TA14 E 413 4f ftM $!!F f.41 1 ALl. net fl (WTCC CD.'ECT!ahi! UTILI!Atl> FC08 f MMF.F kr '.**?!C. TWID 4 5? ICAD.Ipt IF tl 04 L2)=to 4 I LCC Tiif 4 (IM ~ n!N u!N(F1,F2 Fl" Fl"' n!N(Fl' RINIFIH+ (ft (1? U3 Ul' U?' 10 (". " (thi F2,F2' ,(F1'*(2') FI'") F2), tFl'KTA(f.f, liTAtt.8 FEIA(0.8 (f).81 (f).fi @.y (?f t; * . - = = = = = (ks0 ( h i H = -. - - - d - - -- ----. - =f 24 =ma====m uann m

am mr.m n m m A

SS If IU N IW II fy II C3 CC 07 m n===u. ..m m _...._.....__ _ non m u m. .n m n=CE =m.muma m u n an m m TS212tl/4 14.49 24.38 f.N f.M G.N

14. 48 f.12
f. 57
f. 94
f. N 0.37 f.64 f.17 75313I1/4 12.81 22.83 0.00
0. 08
f. M 12.89 0.10 0.48 8.64 0.18
f. 48 f.64 f.l!

T5434!3/16 4.99 10.61 f.M f.N

0. N 4.99 f.M
0. M
0. ?9 f.87 f.16 f.E
f. 97 75434I1/4 0.86
16. X
9. N 0.07
0. N
0. 06 0.14 0.36 t,Y Td4 0.36 f !I f.14 T54I415/16 13.45 23.22
0. M 0.N f.M 13.85 0.21
0. 56 0.68 f.21 0.%

S.le f.21 T54I4I3/8 14.40

25. 63
0. N 0.N 1.N 14.4f f.31 0.81
1. N 0.31 0.01 1.M 4:3:

7541411/2 14.40 28.00 f.N 0.M 0.N 14.49

0. 52 1.N 1.N f.52 1.M
1. H
f. !J TS5I5I3/16 3.77 0.27
0. N 0.N 0N 3.77 0.86 f.lt 0.23
0. fi, 0.13 0.15
f. N TS51!11/4 6.79 12.79
f. M 0.M
0. N
6. 7f f il
f. 29
f. 41 f.Il
f. P3
f. 41
f. Il TS51513/8
14. 40 23.49 8.N
f. M 0.09
14. 4 0.25 0.64
0. 92 0.25 0.64
f. 9.2
f. 2!

TS51511/2 14.47 M. 4 8.N

0. 09
0. N 14.48 0.44 1.N 1.N f.44
1. N l.N t4 TS 6I613/16
3. 02 6.77
0. 00 0.M
0. N
3. 02
0. f5 i t.13 0.19
0. 84 f.!!
f. l!
f. f 4 TS 61611/4
5. 37
10. 37
0. N f.N I.M
5. 37 4'. 99

%'h 0.34

9. f 3
f. 24
f. 34 f.91 75 U 615/16 0.39 14.64
0. 0f 0.00
0. N
8. 31 0.14 KJ7 0.53 0.14 0.37
f. 53 f.14

' TS 616I3/8

12. N IS.54
f. N 0.08
f. N
12. M 0.29
f. 54 P.17
f. 2f
f. !d
f. 77
f. ?f TS 61611/2 14.4
24. 49
0. N
0. N f.N
14. 47
0. 36 0.95
1. N
f. 36 0.95 1.N
0. 3i TS 81611/4 3.83
7. 54 f.M 0.N 0.N
3. 83
f. f 7 f.10 f.M f.fS f.18
f. M
f. 8' TS 81813/4 8.61 14.24 1.M 0.N
0. N 8.61 0.15
9. 4 0.58 f.15 9.4f f.!4 f.15 TS 81811/2 14.40 21.9f 0.M
f. M f.M 14.49 0.27
0. 72
1. f*

8.27

f. 72
1. N f.17 751011013/8 6.67 11.17 0.M
8. N
0. N 6.67 f.12
0. 32 0.46 0.12 0 32 0 45 01)

T510110!!/2 11.86 17.86 0.N 0.M fN ll.N

1. 22
f. 57
f. 82
0. 22
f. 57 8.0
f. 2!

751f11FI5/8 14.45

21. 90 0.09
0. M
0. ee
14. 49 9.34 0.89
1. ff
0. 34 0.81 1.N
0. 34 T5121121310 5.44 S.19
0. N
f. M AN 5.44
f. l f
f. 27
f. 38
f. l f
f. 27 t.V tit T512Il211/2 9.67 14.f7 0.07
0. ft
0. M 9.67 0.18 0.48 0.64 f.18 f.48 L EJ f.le T51411411/2 4.16

!2.44 0.N 0.M

f. 00 8.16 0.16
f. 41
f. 54 0.16
f. 41
f. !4 f.li

.~~.-i s I i' c ) g e .? ".. <. + c.l,?

g. '*_** 4: J"'

-.h ht shin-n=JAcr.71 s 1 1 l 1

LOD 1 STRESS fRACKPil 1/2Il 3/8')TM4 LDAD TABLE 4-13-48 jtW S!7E pt F1 AL U'S FOR TM4 LOC TLFr( S!![ I; OR D-4t m!N m!N TH!> NESS SPKT 1 1/21s 3/8%21/l6 TAB 4-13.40 THICFTSS L1,D-4te L2,D-4t; A.r. 6 w: M :p tim (19) SWI tD6 m'.' T" U3" Ul " ' T'" U3' ' C0 C !!NI p.8 ed f!)nl) (IN) .mr _..........=w mn. _..................m. _ _ ___.... nnun m mmn v m m m m= m n A CF CS 01 Cl CJ A Q. Cm CN CC CI' C: u _. _ _. m = =.n-u m =. = m m m. m m m n TS21211/4

f. 34
p. 98 0.12 0.58
f. 98 TS?I2t1/4
1. M
1. N
1. N
2. N 2.f?
5. n TS31311/4 0.47 0.68 0.18 0.48 0.68 T5313I1/4 2.00 1.5e 1.38 3.pe 2.75
5. 75 T54I4I3/16
f. 29
f. 29 0.97 0.29 0.29 TS41413/16 3.25 1.5e
1. 38 3.N i.E

!.. n TS4I411/4 0.36 0.51 0.14 0.36 0.51 T5414II/4 3.se 1.50 1, 38

3. N
2. ':

5.n T54I4I5/16

f. 56 8.84 0.21

.t S6

f. 8f T54!415:16 2.75 1.50 1.38
3. N i 75
5. E T541413/8 0.81
1. 00 0.31 0.81 1.00 TS4140/8 2.9 1.50 1 38 3.M
2. 75
5. 75 T54I4I1/2 1.M
1. N
e. 52 1.M 1.N T54I411 +

2.M 1.58

1. 38
3. N i.E

!. E TSi!!I3/16 f.16 0.23 0.06 l'.16

f. 23 TS!!!!3/16 4.25 1,54
1. 38 3.N e.'t
5. "

2.?$ j 5.75 TS515II/4 0.29

f. 41 0.11
f. ?9 f 41 TS5IIII/4
4. N 1.9 1,38
3. N TSSI5I3/8 8.64 0.92
0. 25
9. 44 0.92 7551513/8
3. 50
1. 50
. 38 3.M 2.0 in TS'ISII/2
1. W
3. M f.44
1. fe
1. M TS'.,15!! /2 3.M

< l.58

1. ;&
3. N 2.75
9. n TF 61613/16 0.13
0. !!
8. 04 f.13 8 19 TS 616I3/16 3.25 i.54 n.M
3. N
2. %
5. 75 TS &I6I!/4 0.24
4. 34
0. 99
f. 24 0.34 TS 61611/4 5.99 1.50
1. 38 3.N 2.75

' 7! TS 6161!/16 0.37

0. 13 0.14 0.37 9.53 TS 61615/16 4 75
1. 54
1. 38 3.N 2.75

!.7! TS 61613/8

p. 54
8. 77 5.29
8. 54 0.77 TS 61613/8 4%
1. e
1. 38
3. N 2.75
5. 7!

TS 616!!/2 0.95 1.N 6.36 W. 95 !. N 75 616I1/2

4. M 1.50 1.38 3.N 2.7'

'M TS 81811/4 0.18 0.26 9.07 .t.18 8.26 75 8ItII/4 7.N 1.58

1. 38
3. N 2.5
5. 75 T3 81813/8
0. 4f
0. 58 C. !$
s. nf 0.58 TS 8I813/8 6.M 1.5#
. 'a 3.N
2. 7!
5. E T',81811/2 0.72
1. M -

0.27 S. 72

1. M TS 818tl/2
6. N 1.M

!. 33 3.N i 75 'E TSif!!f!3/3

0. 32
0. %

0.12 0.32 0.46 1 9 7I1013/8 8.50 1.9 1.38

3. N
2. "
5. n TSip!!DII/2
0. 57 8.82 0.22 0.57 8.82 TS!PIlf!!/2 8.M 1.5e
1. 38
3. N
5. '5

' 7: TSif!!015/8 0.89 1.00

0. 34 0.89 1.00 TSlfl1915/8 7.5e
1. 5f
1. 3A 3.N
2. ~5
5. ~2 7512!1213/8 8.27
0. 38 0.10 0.27 f 38 75121!2I3/8
10. 54 1.54
1. 38
3. N

!. 75 TS1211211/2 0.48 0.68 0.18

0. 48 0.68 75!?I!211/2
10. N
1. 58
1. 38
3. M 2.75 5.'

15'4I!411/2 0.41 0.58 p.16 0.41 0.58 7514114t!/2 12.00 1.5e

1. 38 3N
i. 75
5. 75 l

l .. p. p.,- .., h l s s. 'V' 5 ajsQ i-- 1 l _____a#g. g/7 l ,.v - lV.9g. g i u_ l l t

LO:A STC9 PPACVEf t! 1/2113/8'ITYIY-B LCr4 TCi(E 413 4B TURI 5!?E Tw! CHESS N1 W2 Sr.1 Sw4 p!w sg sw;, gg7 gg p;h $g; $, p c ;3 IIH SWl-SW4 SW5-SW3 (10 are mm n =rrem e=== n n m e m nin e rm e m n e n n n.ma remmmm nuun,nmm m on,,,,,,m,,,,,,,,,,,,,,,, A CS CT CU Cv CW CI CY Cl [c CP DC C: t( ma i re m eurm

==n sa m e== =======nm m e

r=== n m e===nu mm e smn==m a in m am n en TS23211/4

1. 34 9.33
0. 75 2.E 0.33 1.50
0. 13 0.63 2.E I.50 2.69 2.6:

2.61 T5313It/4 2.E

0. 75 9.75 2.E
p. 75 2.E p.O 9.63 2.N
2. M
2. (S 2.81 2.61 7541413't!

2.E 0.75 0.75 2.M

f. 75
2. E
0. 63 0.63 2.E 2.E
2. 6 ?
2. 6:
2. 6:

TS4I4ti/4 2.M

f. 75
0. 75 2.E 0.75 2.M 8.63 0.63 2.M
2. E 2.69 2.81 2.t:

T541415/16

2. E 0.75 0.75 2.M 0.75
2. M
0. 63 0.63 2.E 2.M 2.69 2.81 2.8)

T5414I3/8 2.M

0. 75
0. 75 2.E
s. 75 2.M 0.63
p. 63 2.M
2. M 2.69 2.61 2.et TS414II/2
2. E 0.75
0. 75 2.E
0. 75
2. M 0.63 6.0 2.E
2. N
2. 0 2.61
2. il TS5I!I3/16 2.M
0. 75
0. 75 2.E I.75
2. E
f. 63 f.O 2.E 2.E 2.69 2.6; 2.f:

T65I511/4 2.(4 0.75

0. 75 2.N 9.75
2. M
f. 63
0. 63
2. M 2.M 2.69 2.5!

2.f: T551513/8 2.E

p. 75 9.75 2.M
8. 75 2.M
f. 63
p. 63
2. P6 2.M 2.69 2.81 2.61 15575 4 /2 2.E I.E I. 75 2.E
f. 75 2.M f.O 0.0 2.M 2.M 2.69
2. P:
2. f!

TS 61613/16 2.E

f. 75 0.75 2.M 9.75 2.M 0.0
0. 63 2.E 2.M 2.69 2.81 2.81 TS 616II/4 2.E I.75 0.75 2.E
0. 75 2.E 0.53 0.63 2.M
2. M 2.69
2. E:

2.81 ~ TS 616I5/16 2.E

f. 75
9. 75 2.06
f. 75 2.E p.O P. 63 2.E
2. M 2.69
2. e!

2.8: TS 616I3/8 2.06 0.75 0.75 2.M

0. 75 2.06 0.0
0. 0 2.N 2.E 2.69 2.81 2.61 TS 61611/2
2. 06
p. 7!
f. 75 2.E f 75 2E P. 63 0.63 2.N
2. N 2.69 2.81 2.81 75 01811/4 2.e6 0.75
f. 75
2. 06 9.75
2. M
f. 63 0.0
2. 06
2. N Pc69 2.e t
2. 6 : '

l TS 6I613/8 2.06 P. 75 9.75

2. f6 P. 75 2.M 0.63
0. 63 2.E
2. P6 2.69
2. B !

2.!! TS 01811/2 2.06 0.75 0.75

2. E 0.75 2E
8. 63 0.0 P.M
2. 96 2.69 2.61
. 61 T5t011FI3/8 2.06 0.75
0. 75 2.M 0.75
2. P6
0. 0 0.63 2.M
2. P6 2.69 2.f:
2. f:

l TSi?!!PII/2

2. E 0.75
0. 75 2.N 0.75 2E 0.0 0.63 2.E
2. 06 2.69
2. f:

2.8: 75 W IPI5/8 2.M 0.E

0. 75
2. 06
9. 75 2.E 0.63
p. 63 2.E 2.P6 2.69
2. f ;
2. 8) 751211213/8 2.06 P. 75 0.75 2.06 0.75 2.M 0.63 0.63 2.M 2.N 2.69
2. f :
2. f!

7512I12I!/2

2. %
0. 75 0.75 2.M P. 75 2.M P. 63 p.63 2.M
2. M 2.69 2.61 2.61,

fS14tl4I!/2 2.06 0.75

0. 75 2.E I.75 2.%

0.0

0. 0 2.N
2. %

2.69 2.f:

2. 6:

i i ( C'. A j J :.,'. c,.... n.... - V, A c. c. I i em.. 1 _.a ye e l l I

LOCA STPESS Facif(! 1/2113/8'IT@F LO@ TABLE 413-4p M t SIIE MIN MIN THI M SS W!! PIN L1, P L 2. P (thi S4-Sm12 (llo

======-r== -......... renn en n e nss enn n n A Dr DG IN DI - - n== - u rm====e n,=== n un. TS2t!!!/4 2.69 2.81 1.50 1.38 T531311/4 2.69 2.81

1. 54 1.38 75414I3/16 2.69 2.81 1.5e
1. 38 75414II/4 2.69 2.81 1.54 1.38 TS41415/16 2.69 2.81 1.54
1. 38 T5414I3/8 2.69 2.81 1.M 1.38 T541411/2 2.69 2.81 1.50
1. 38 TS515I3/16 2.69 2.81 1.5e 1.38 TS51511/4 2.69 2.81 1.5e
1. 3e TSSISI3/8 2.69 2.81 1.58 1.38 TS515II/2 2.69 2.81 1.50 1, 38 l

TS 6I6I3/16 2.69 2.81 1.54 1.38 TS 61611/4 2.69 2.81 1.58

3. 38 TS 61615/16 2.69 2.81 1.54
1. 38 TS 61613/8 2.69 2.81 1.50
1. 38 TS 6I611/2 2.69 2.81 1.58
1. 38 TS 818I!/4 2.69 2.81 1.50
1. 38 l

TS 81813/8 2.69 2.81 1.50 1.38 TS 81811/2 2.69 2.81

1. 56
1. 38

( TS1811eI3/8 2.69 2.81 1.54 1.38 7518I!811/2 2.69 2.81 1.5e

1. 38

[ TS18tleI5/8 2.69 2.81 1,54 1.38 TS12Il213/8 2.69 2.81

1. 54
1. 38 T512I12II/2 2.69 2.81 1.54
1. 38 TS14tl4I!/2 2.69 2.81 1.'A 1, 38 I

1 m : w w.=> l _._ _) M/ l ' _ S h ]l

. Lf..~.]{, ' '

g,

l g gggs prot 1(21/8121/4')TM-9 LW 7C 4-334 U11LllATIONFACf0GNLO4KEVp/ACTIEvel TUI! S11E FIR U'S F08 TM.) LE ikiCN(SS LOAD T M -9 (IM (ISET 21/8I21/4';fAR.f 413.4: UI U2 U3 Ul' U2' U3' Ul" U2" U3" U1' " T'" U3' " (10 KfAff.8 BETAif.8 BETA (0.8 (B).8) (B).81 (9).8) (E TA(0.8 ard file!) .. _.=======._.. ___....=mr= r===== 3=============. _ _ m.. -. _...mmm======s u ers=m e=ms e ru. A SY 92 ($ CB CC CD CE CF CS 04 Cl CJ TS3I3Il/4 0.18

8. 54 8.86 0.18
8. 54 9.86 0.18 0.54 4.86 0.18 0.54 4.M TS41413/16 0.09
0. 22 8.32
8. P3 f 23
0. 32 8.99 4.22 S. 33
0. 09
f. 22
0. 37 TS4I4II/4 0.15 0.44 0.58 0.15 0.48 8.58 8.15
9. 4 0.58 0.15 0.40
9. 58 154!415/16
f. 24

.8. 62

f. 90 8.24 0.63 4.90 8.24
8. 62 9.91 0.24 8.62
0. 90 T541413/8 0.34 8.89 1.M
9. 34
0. 90 1.09 0.34 0.89 1.00
0. 34 0.89
1. M TS414I!/2 8.46
1. 00
1. 00 8.46 IM
1. M
f. 46
1. N
1. N 4.46 1.M
1. W TS515I3/16 0.47 0.18 8.26 0.07 0.18 0.26 0.07 0.18 6.26 0.97 0.18
4. M T55I511/4 B.12
8. 32 8.46 0.12
0. 32
9. 4 0.12
8. 32 8.4 0.12
0. 32 9.45 TS51513/8 0.27 0.71 1.00 0.27
0. 71
1. 08 8.27 0.71 1.09 9.27 0.71 1.M T5515II/2 0.48 1.00 1.00 0.48 1.06 1.88
4. 48 1.00 1.N
f. 48 1.M

!. N TS 61613/16

0. 06 0.15 0.22
8. E 4.15 0.22 0.06 0.15 0.22 8.06 0.15 0.22 TS 61611/4 0.10
8. 26 8.38 0.10 8.26 8.38 8.10 6.26 8.38 8.10 0.26
f. 38

/* 616I5/16 0.16 0.41 0.64 0.16 8.41 0.68 f.16 4.41 8.68 8.16 0.41 4.68 sI613/8 8.23 0.59

0. 86 0.23 8.59
8. 86 B. 23 0.59
f. 86 4.23 0.59 8.86

.S 61611/2 0.44

1. 00
1. 00 0.44
1. 09 1.M 8.44 1.00 1.09 9.48 1.N
1. 09 TS 818tl/4
8. 08 8M
t. 29
0. 08
8. M
t. 29 8.N
9. M
t. 29 0.N l.29 8.29 TS 81813/8 0.17 8.44 8.65 0.17 4.44 8.65 0.17
8. 44 0.65 0.17 8.44
8. 65 TS 878II/2
0. 39
8. 79
1. 90 0.3e 6.79
1. M
8. 39
f. 79
1. N
f. 39 8.79
1. M TS10I1913/4 0.14
8. %
0. 52 0.14 8.36 0.52 0.14
0. 36 0.52 0.14 0.36 0.52 TS!f!!8II/2 0.24
0. 63
8. 92 8.24 8.63
8. 92 0.24
0. 63 0.92 8.24
f. 63
f. 92 T510110!!/8 0.38
8. 99
1. 00 8.38 9.99
1. M 0.38 8.99 1.00
0. 38 8.99 1.M TS!2I!213/8 9.!!

8.38 B. 43 0 !! 4.38 8.43 8.11 9.39

f. 43 8.11
f. 38 0.43 i

TS!21!2II/2

8. M 0.53 0.76
8. M
t. 53 0.76 8.29 8.53 0.76
0. 29 0.53
0. 76 l

TS1411411/2 8.17 0.45 4.M t.17 8.45

8. M 0.17 0.45
8. M 8.17 0.45
f. M

- ~... L*..- ~) 'o L 37..*

  • 7; ' '
  • Q,* Q t

~ i i .L.....' - s.t, 7 / ry 7....... ju{ cl,lt mC o ~.22. ' I o l l l l l 1

l m. LtrA $1915$ FROE1(21/8121/t'litTi P LMO TAKE 413-40 VUP! $1!E PD M F8 0 E1 $1!E WI u? W:. W4 W5 W6 F K IEM FSIN99 FSIN6e r e e@ c5 N r.:.s ik!CANf!! Fv90 Fde w/ tsi ed (lNI (Ll) (L2) H (INi (!ki (141 (IN1 (k!N (i e,) (x!N (Flh (!w th .. ' n s p... ramsm33... --_s=====sar==sa mars us s ess e r==se ress m e rm a sr s s ervsme rt===3 3 :.re me s e s.rs ermener==res=== A B C D E F G H I J N L M N 0 D G 5 --r== = e=== a m e s=====n e m.. _ _.ar==n m mm mm.m mam rm u mm m m u n n, TS31311/4 3.M 0.25 2.25e 2.125 2.0N 2.15 8. N 2. fW 2.29 8.750

8. N 2.63
8. M 6.93
10. 9

.M

14. H 754I413/16
4. N 0.19 2.29 2.125 2.29 2.125 8.79 2.125 2.29 5.750
8. 80 2.63 8.N 6.91
19. #
5. M li. n 75414I1/4
4. M 0.25 2.256 2.125 2.25e 2.15 8.750 2.125 2.25e 8.756 8.00 2.0 8.fe 6.93
10. 50
5. M
14. M i

T54I415/16

4. 9P 9.312.25e 2.125 2.29 2.125 8.750 2.15 2.258 8.754
8. N 2. 63 8.M 6.91
19. 9 5.M 14.6!

TS41413/8

4. N 0.3a 2.25e 2.125 2.250 2.125 8.750 2.15 2.250 8.750
4. M 2. 63 8.00 6.93
10. 9 5.M
14. E 7541411/2
4. M P.50 2.25e 2.125 2.Ne 2.15 8.N 2.Ne 2.29 8.79 8.M 2.63
8. M 6.93
19. 9
5. M
14. E TSSI5I3/16 5.M 0.19 2.25e 2.125 2.250 2.125 8.750 2.125 2.25e 8. N
8. 09 2.63
8. M 6.93 10.5e
5. M
14. c TS515II/4
5. N P.25 2.258 2.125 2.29 2.125 8. N 2.125 2.29 8. N 8.N 2.63
8. 2?

6.93

19. 9 5.M
14. !!

VS$1:13/8 5.M 0.38 2.25e 2.125 2.29 2.125 8.75e 2.125 2.25e a. M 8.N 2.63 8.te 6.93

19. 9
5. E
16. E 7 5 1511/2
5. 00 0.5e 2.259 2.125 2.250 2.125 L W 2.125 2.254 L 750 8.00 2.0 8.M 6.93 IP. 9 5.M 14.8 TS 61613/16 6. M O.188 2.254 2.125 2.2 9 2.125 8.750 2.125 2.25e 8.758
8. N 2.63 4.99 6.93
19. 50 5.66
14. M TS 616I1/4 L fe 0.25e 2.25e 2.125 2.25e 2.125 8.758 2.125 2.25e 8.79 8.N 2.63 8.00 6.93
10. 56
5. M 14.85 TS 61615/16 6. N 0.313 2.25e 2.125 2.25e 2.125 8. N 2.125 2.258 4.750 8.09 2.63 8.00 6.93 19.5e
5. M 14.65
  • 41613/8 L 00 0.375 2.250 2.!?5 2.258 2.125 8.750 2.125 2.258 8.758 8.M 2.63 8.M 6.93
18. 9 5.66 14.85

. T>I611/2

6. N 0.5 N 2.2 9 2.125 2.25e 2.125 8.754 2.125 2.29 8.75e 8.M 2.63 8.fe 6.93
10. 5e
5. M
14. M

( TS 81811/4 8.te 0.254 2.25e 2.125 2.250 2.125 8.75e 2.15 2.25e 8.754 8.00 2.63 8.00 L93 19.58 5.M 14.65 TS 81813/8 8.00 0.375 2.25e 2.125 2.254 2.125 8.754 2.15 2.258 8.79 8.M 2.63

8. 00 6.93
10. 50
5. M
14. 85 TS 81811/2 8.OP 0.5ee 2.25e 2.125 2.29 2.125 8.N 2.15 2.29 8.759
8. N 2. 63 8.00 6.93
19. 9
5. M
14. E VS1011f13/8 te.N 1.375 2.250 2.15 2.25e 2.125 8.N 2.!?5 2.25e 8.75e 8.N 2.63 8.M 6.93 1f. 9
5. M i 4. M TSIe11011/210.De 0.99 2.254 2.125 2.258 2.15 4.N 2.125 2.25# 8.758
8. N 2. 0
8. fe 6.93 1f.9

!M i 4. Ei T$10Ilf!$/8 10.De 8.625 2.25e 2.!? 2.29 2.125 8.750 2.125 2.25e 8.750 8.N 2.63 4.00 6.91 10.50 5.66

14. M T$1211213/812.M 0.375 2.25e 2.125 2.25e 2.125 8.79 2.125 2.29
8. N
8. M 2. 63 8.80 6.91 if.9
5. M
14. Ei

{ TS12I1211/2 12. N 0.500 2.250 2.125 2.25e 2.125 8.750 2.125 2.25e 8.754' 8.M 2.63 8.N 6.93

19. 9 5.Es 14.l!

TS14114II/2 14. N 0.5ee 2.25e 2.125 2.25# 2.125 8.756 2.125 2.29 8.754

8. # 2.63
8. fe 6.93
18. 9

!.M ! 4. 8!- i l l

g. :

[. 2/i h.E-f # D..=% -h ' I

=

-..3...___. l k/L 5)h m aJ.e.s_.. ' ' g l l l l

wCAL STRESS HACKD(21/8I21/4'ITytt.B LMD TAILE 413-4C TUN $12E FSIN30 FWDS3P F4 W K101 KtA2 UAl ETA 2 6m91 Of Vp Ott GP2 Ch' NI M SI FO "38 N ml m2 ri (IASICI LGGli 508 TIS Ltri18 IIM Fy/.6* KLD WLD v.. t ACPOSS AC C55 M815! (lu (NIN (IMIN (IMIP) (psil TUM T TWI .. sw=me==were== reame====s e r====s emm nerans====re ma r===rruarure m seemesa. A S T U V W I Y M AP K A0 f( r - r==== =.-. --.

=== =- s======mme s========s enarri a rm arre==. TSJ1311/4

4. 00 18,19
21. N 4.67 4.67 0.71 9.75 6.M 1.00 10.00 1.13 1.13 2.14

_ = r==rurn n rs: TS4I413/16 4.N 18.19

21. N 8.%
8. 53 S. 53 8.56 10.67 1.N 5.63 1.82 1.M 1.91 T541411/4
4. N 18.19 21.00 0.56 9.53 0.53 0.56
8. 00 1.00 7.5e

!. t? 1.Ge

1. 9)

T54I4!5/16 4.00 18.19

21. N 8.56 8.53 9.53 9.%
6. 40
1. Se 9.38 1.02
1. N 1.91 T54!4I3/8 4.N 18.19 21.00
8. %

0.53 0.53 0.% 5.33

1. te

!!.25

1. t?
1. N
1. 91, TS4I4I!/2
4. 00 18.19 21.M 0.50 9.54
f. 53 8.%

4.00 1.N

15. N

!.N

1. N 1.91 TS51513/16 4.N 18.19 21.0P 0.45 9.43 0.43 8.45 13.33 1.fe 4.50 1.00
1. N 1.76 TS$15II/4
4. 09 18.19
21. 00 0.45 8.43
f. 4 3 0.45
10. 00
1. 08
6. N 1.N
1. N 1.76 TS5I513/8
4. N 18.19
21. 00 0.45 0.43 8.43 4.45 L 67 1.00 9.00 1.00
1. 00 1.76

{ IS51511/2

4. 00 18.19
21. N 0.45
f. 43 0.43 8.45 5.06 1.00
12. N
1. 08
1. N 1.78 TS 61613/16 4.00 18.19 21.89 0.38
8. 35 0.35
4. 38
16. N 1.00 3.75 1.fe 1.fe 1,69 TS 61611/4 4.00 18.19 21.00 0.38
8. 35 0.35
0. 38 12.00 1.00 5.N
1. N
1. 00 1.69 TS 616I5/16 4.00 18.19
21. N 0.38 8.35 0.35 0.3e 9.60 1.te 6.25
1. M
1. N 1.69

^ 6I6I3/8 4.00 18.19 Pl.N 0.38 0.35 0.35 8.38 8.N 1.M 7.50 1.N

1. N 1.69 616II/2 4.00 18.19 21.00 0.38
t. 35 0.35 0.38 L 90
1. 0P 19.0e
1. fe f.K 1,69 TS SI811/4 4.00 18.19 21.00 8.28 8.27 8.27 8.28 ILIO
1. N 3.75 1.00
1. N
1. 56 TS 81813/8 4.00 18.19
21. 00 0.28 0.27 0.27 0.28 10.67
1. N 5.63 1.N 1.N 1.M TS 818I1/2 4.00 18.19 21.00 0.28
8. 27 0.27 f.28
8. N
1. M 7.58 1.N
1. N
1. ')

TSIO!!0!3/8 4.09 18.19

21. 00 0.23 0.21 f.21 0.23 13.33
1. N 4.58 1.00 1N I 52 TSl#I!S!!/2 4.00 18.19 Pl. M 8.23 8.21 0.21
f. 23
10. N 1.N 6.N 1.N
1. N
1..'4 TS18110I5/8 4.90 18.19 21.00 9.23 0.21 8.21 0.23
8. 00 1.00
7. 58 1.N
1. K
1. 5?

TS12I!?I3/8

4. N 18.19
21. 00 0.19 0.18 f.18 8.19 IL M
1. N 3.75 1.96
1. N 1.47 TS12Il?II/2 4.08 18.19
21. 00 0.19 0.18 0.18 0.19 12.00 1.N
5. N 1.N
1. N 1.47 TS1411411/2
4. 00 18.19
21. N 0.16 8.15 0.15 0.16
14. N
1. 00 4.29
1. fP
1. M 1.44 i

( '. Q50 V....-. GW7 \\ ,,... n' sh)t> l %w c l

L44 STRESS P0AVT(21/8121/4') TYPE 9 LOC TABLE 4-13-4C TUPE S!?E OF2' SW1 SW? SW3 SW4 SW5 SW6 71, 5 12,4 73,6 Lov T4. TWIO M SS 9C8'ER (ACTIM '.m flM CD LOPE R SKETIR ALLPOLM SHORTER LOPGR ALPOLPC SECT 10pf MODit$ OF lELD

========= n n n n n n ACP053 WELD lELD lE'LD WELD WELD lELD FWl /t c F.'J 't t M 2/t-(!N) TLN AC E S PAEA LEL ACPOSS PAR 4 LEL (SO.!N) (SO.!N) ISO.!N) 650 uso nul ._............-._-.w..____.-.....n-.._.....n gi,t pgx A AF AG M Al AJ M AL M M A0 50 A0 At . _ -.... _.==.. .==3. _ _ _ _ _. _.... rn n = n n TS31311/4 2.19

1. 13 4.78 6.47 4.58 1.69 6.29 1.33 4.25 L 47 8.04
8. Pe 3.66 TS414I3/16
1. 95 1.69 4.78 6.47 4.78 1.69 6.29 1.69 4.78 6.47 9.44 18.94 4.E4 T54I4tt/4 1.95 1.69 4.78 6.47 4.78 1.69 6.29 1.69 4.78 L 47 7.11 7.53
3. 6L 75414I5/16 1.95 1.69 4.78 6.47 4.78 1.69 6.29 1.69 4.78 6.47 5.69
6. 8:'

2.92 TS414I3/8 1.95 1.69 4.78 6.47 4.78 1.69 6.29 1.69 4.74 L 47' 4.74

5. N i.44 754I411/2 1.95
1. 33 4.78 6.47 4.58 1.69 6.29 1.33 4.25 6.47 4.89 4.8e
1. 63 TS5!5I3/16 1.81 139 4.78 6.47 4.78 1.69 6.29 1.69 4.78 6.47 9.48
19. k4
4. 62 TS$!!!!/4 1,81 1.9 4.78 6.47 4.78 1.69 6.29 1.69 4.78 6.47 7.11 7.53 3.64 TS$15I3/8 1,83 1 69 4.78 6.47 4.78 1,69 6.29 1.69 4.78 6.47 4.74 5.82 2.44 TS$1511/2 1.81 1.69 4.78 6.47 4.78 1.69 6.29 1,69 4.78 6.47 3.56 3.76
1. 63 TS 61613/16 1.72 1.69 4.78 6.47 4.78 1.69 6.29 1,69 4.78 6.47 9.48
19. k
4. 8e TS 61611/4 1.72 1.69 4.78 6.47 4.78 1.69 6.29 1,69 4.78 6.47 7.11 7.53 3.66 TS 6!615/16 1.72 1.69 4.78 6.47 4.78 1.69 6.29 1.69 4.78 6.47 5.69
6. 82 2.93

' 4!6I3/8 1.72 1.69 4.78 6.47 4.78 1.69 6.29 1.69 4.78 6.47 4.74 5.62

2. 44

. 61611/2 1.72 1.69 4.78 L 47 4.78 1.69 6.29 1.69 4.78 6.47 3.% 3.76 1.83 TS 8I811/4 1.64 1.69 4.78 L47 4.78 1.69 6.29 1.69 4.78 6.47

7. !!

7.53 3.66 TS 818I3/8 1.60 1.69

4. 78 L 47 4.78 1.69 6.29 1.69 4.78 6.47 4.74 5.62 2.44 TS 81811/2 1,64 1.69
4. 7E 6.47 4.78 1.69 6.29 1.69 4.78 6.47 3.%

3.76

1. &?

T51911013/8 1.53 1.69 4.78 6.47 4.78 1.69 6.29 1.69 4.78 L 47 4.74

5. 8J 2.44 151011011/2 1.53 1.69 4.78 6.47 4.78 1,69 6.29 1.69 4.78 6.47 3.56 3.76
1. 83 TSlgrigI5/8 1.53 1.69 4.78

( 47 4.78 1.69 6.29 1.69 4.78 L 47

2. 64
3. P1 1.45 tS1211213/8
1. 48 1,69 4.78 6.47 4.78 1.69 6.29 1.69 4.78 6.47 4.74 5.82
2. 64 7512Il2!!/2 1.48 1.69 4.78 6.47 4.78 1.69 L 29 1.69 4.78 6.47 3.56 3.76
1. 63 TS14tl411/2 1.43 1.69 4.78 6.47 4.78 1.69 6.29 1.69 4.78 6.47 3.56
3. 76 1,63

,' h.$f.ff.,2,9?p 'Ah ) V -....0'l W + l, W ' M l v:a.Ch v K g ..~

i tdA STPESS F8CET(21/8121/4'IfyM.P LOC TARE 413 4C TLW SI'E L0AD f Y p E -P h!MS9 F0RCEON W[LD (!h) es erners.......-. -..m.swra ra s _ -... ...........se rrs..... srs.. - _... _... :::::::: a ru 15FWMF 15FhT45 l'J430 15fWif Fdi 24r@63 24r 445 24rg 3p 24rWif FWif 36F=74 3U ~ 4 36 43? (lNI (KIPS /IN)(VIM /]N)(KIPS /lN)(KIPS /IN)(K!M/IN)(K!PS/IN)(KIM/lN)(KIPS /lN)(KIM/IN)(NIM /IN)(WlM/lN'(NIM /14 4 r=== rr=== m==.n e rr rm e r===.rr=.s uus = ram em m o n s ru A AS AT R.; AV W AI AY AZ M BB BC PC f( nr = u _ smus.n = .. _.. _. -...==== r.m ram am a - === rm i um TS3I311/4 9.61 12.55 14.64 15.75 15.75 4.19 4.82 5.22 4.94 5.22 2.41 2.94 3.27 TS414I3/16 7.76 If. E 11.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41

2. b 3.27 TS41411/4 7.76 f f. 96 11.67 12.44
12. 44 3.83
4. 44 4.74 4.31 4.74 2.41 2.94 3.27 T54I4I5/16 7.76 f f. E

!!.67

12. 44 12.44 3.83 4.44 4.74 4.39 4.74 2,41 2.94 3.21 T54I413/8 7.76 II.E

!!.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 2.94 3.27 l T5414rl/2 9.61

12. 2 14.64 15.75 15.75 4.18 4.82 5.22 4.94 5.22 2.41 2.9 3.27 TS52513/16 7.76
10. E 11.67 12.44 12.44 3.83
4. 44 4.74 4.39 4.74 2.41 2.94 3.27 TS5I511/4 7.76 I P. E 11.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 2.%

3.27 TS$15I3/4 7.76

18. E

!!.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 2.94 3.27 155!5I1/2 7.76 If. E 11.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41 2.94

3. 2?

TS 61613/16 7.76 18.06 11.67 12.44 12.44

3. &3 4.44 4.74 4.39 4.74 2.41 2.94 3.27 TS 616tl/4 7.76 II. E 11.67 12.44 12.44
3. 83 4.44 4.74 4.39 4.74 2.41
2. 94 3.27 TS 61615/16 7.76
10. E 11.67 12.44 12.44 3.83
4. 44 4.74 4.39 4.74 2.41 2.94 3.27

*41613/8 7.76

10. 06 11.67 12.44 12.64 3.83 4.44 4.74 4.39 4.74 2.41 2.94 3.27

.-516ft/2 7.76

10. E 11.67 12.44 12.44 3.83 4.44 4.74 4.39 4.74 2.41
2. %

3.27 TS SI8I!/4 7.76 10.06 11.67 12.44 12.44

3. &3
4. 44 4.74 4.39 4.74 2.41 2.94 3.27 TS 81813/8 7.76
10. E 11.67
12. 44 12.44 3.83
4. 44 4.74 4.39 4.74 2.41 2.94 3.27 TS 8I8!!/2 T. 76
18. E 11.67 12.44 12.44
3. f.3 4.44 4.74
4. 39 4.74 2.41
2. 94 3.27 TSittlf!3/8 7.76 II. E 11.67 12.44 12.44 3.83 4 44 4.74 4.39 4.74 2.41 2.94 3.27 T510110!!/2 7.76
10. E 11.67 12.44 12.44
3. &3 4.44 4.74 4.39 4.74 2.41 2.94 3.27 751011015/8 7.76
18. E

!!.67 12.44 12.44

3. 83 4.44 4.74 4.39 4.74 2.41 2.94 3.27 7512I!213/8 7.76
10. E 11.67 12.44 12.44
3. 83 4.44 4.74 4.39 4.74 2.41
2. 9 3.27 7512I1211/2 7.76
10. E

!!.67 12.44 12.44 3.83

4. 44 4.74 4.39 4.74 2.41
2. 9 3.27 TS14tI411/2 7.76
19. E 11.67 12.44 12.44 3.83 4.44 4.74
4. 39 4.74 2.41 2.9 3.27 n.

4, .a ..)h.f. - ?- f.O .R c ^6.. v

f LtA STRESS PCET(21/8121/4'ITYM-B LW TAft.E 413-4C TLW $17E LOR TWE-P ALLOW"I4 F vp (PETA (P.81 1 ALLO.M V: ( Ef't. TH! MESS ACTIE-Vp I (lh) 36 M e M3 M 1/te FW/te M3/te V$1 VpA2 p!N FI FI' MIN F2 F2' (In (K!M/INi(K!PS/lN) (ksil (ksil (ksi) (bsi) (ksil YpA1/VpA2 (kril (bsal F1,Fl' (F2 coa CD W IJ At exg) _ _ _ _ _. . - - - (65g 6gg n,g A F BG BH $1 BJ IE BL IW BN B0 10 PO F T531311/4 3.25 1 27 63.fe

29. 68 13.97 11.25 11.25 11.25 11.25 11.25

!!.25

14. 4
14. 4 T5414I3/16 3.25 3.27 66.37 25.31 17.43 5.71 5.65 5.65 5.65 5.71 5.65 9.05 8.75 754I4t!/4 3.25 3.27 49.78 18.98 13.07 7.62 7.53 7.53 7.53 7.4 7.53 14.4 14.49 T54I4I5/16 3,25 3.27 39.82 15.18 18.46 9.52 9.41 9.41 9.41 9.52 9.41
14. 4
14. 4 T54I4I3/8 1 25 3.27 33.19 12.65 6.72

!!.43 !!.29 11.29 11.29 11.43 11.29

14. 4
14. 4 154I411/2 3.25 3.27 31.50
10. 44 6.54 14.40 14.44
14. 44 14.44 14.44
14. 48
14. 4 14.4 15:1513/16 3.25 3.27 66.37 25.31 17.43
4. 5#

4.54 4.58

4. M 4.58
4. 5e 6.76
6. 9 TS5t!!!/4 3.25 3.27 49.78 18.%

13.07

6. M 6.se 6.Se 6.00
6. M
6. M 12.90 11.5:

155I5I3/8 1 25 3.27 33.19 12.65 8.72 9.M

9. M
9. M 9.M
9. M 9M
14. 4
14. 4 TSSI511/2 3.25 1 27 24.89 9.49 6.54
12. M 12.80
12. M 12.00 12.00
12. M
14. 4 14.4 TS 6I6I3/16 3.25 3.27 66.37 25.31 17.43 3.75-3.75 3.75 3.75 3.75 3.75 5.36 5.14 TS 61611/4 3.25 3.27 49.78 18.98 13.87 5.0e
5. 00 5.00
5. 00
5. M 5.fe 9.52 9.13 TS 616I5/16 3.25 3.27
39. 82 15.18 10.46 6.25 6.25 6.25 L25 6.25 6.25
14. 4 14.27

' 6!613/8 3.25 3.27 33.19 12.65 8.72 7.50 7.54 7.54 7.54 7.50 7.58

14. 4
14. 4 61611/2 1 25 3.27 24.89 9.49 6.54 It. M IP. M
19. M If.pe it.se IP. fe 14.49
14. 4 TS 81811/4 3,25 3.27 49.78 18.98 13.07 1 75 3.75 3.75 3.75 3.75 3.75 6.67
6. 38 TS 818I3/8 3.25 3.27 33.19 12.65 8.72 5.63 5.63 5.63 5.63 5.63 5.63 14.4P 14.36 TS 81811/2 3.25 3.27 24.89 9.49 6.54 7.50 7.5e
7. 5#
7. M 7.54
7. 54
14. 4
14. 4 TSittl8I3/8 3.25 1 27 33.19 12.65 8.72
4. 5e 4.58 4.54 4.5e 4.54 4.5e 11.51 I P. 96 7510110!!/2 3.25 3.27 24.89 9.49 6.54 6.M
6. fe 6.00 6.se
6. 0b 6.M
14. 4
14. 4 T510110I5/8 3.25 3.27 19.91 7.59 5.23 7.5#

7.5e

7. 5#

7.54

7. 59
7. 9
14. 4
14. 4 T512I12I3/8 3.25 3.27 33.19 12.65 8.72 3.75
3. 75 3.75 3.75 3.75 3.75 9.31 8.87 TS1211211/2 3.25 1 27 24.89 9.49 6.54
5. M
5. 00 5.M 5.M
5. M
5. M
14. 4
14. 4 7514I!411/2 3.25 3.27 24.89 9.49 6.54 4.29 4.29 4.29 4.29 4.29 4.29 13.M 13.21

) ..G.t.i.'. 7..f. Ci~ 2. ee l..... Y 2 W7 cm n cc a,- c

odA STRESS PROF 1(21/8121/4')TVM P LW TARE 413 4C 1 TUK S!?E

p. 81

! ALO*P.E F1 (ETDfD CDNrti!DMI UTILilA11W FACTORIALME vwv v TN!Ch'f55 ICACI.U.TI IF LI Da (2) cat.p g tg ryg.g (!M MIN MIN (F1.F2 Fl' Flu' MIN (Fin plurlu + UI L12 U3 UI' Ll2' U3' U1 " (1W1 F2,F2', (F I' 42' ) Fl"il F2),(F:n BETA (f.8 KTA(f.8 PETA (f.8 (D.8) (P).fi (0.0

uffA, e- - - =rere (ksil

( k s i ) - --. -. -... 42 ) _ _.... __... A SS BT BU PV BW gg py g; CA gg gg cg gg . _...====== m m r=== = =. - ,o 1531311/4 14.4 25.65 0.N

0. N
1. fe 14.48 0.18
f. 54 0.E s.10
0. 54
f. 86 f.18 T54I4I3/16
0. 75 14.47
0. 00 0.ft
4. 00 8.75 0.01
0. 22
0. 32
0. 09 0.23
f. 32
0. 6 T5414II/4 14.40 21.93 0.fe 0.38 0.00 14.40 0.15
0. 44 s.58 0.15 0.48 0.*e f.15 T541415/16 14.44 23.81
0. 00 0.00
0. N 14.44 0.24 0.62 0.90 0.24 0.63 0.9e 0.24 T414I3/8 14.48 25.69
0. M f.M
0. M 14.48
f. 34 0.89 1.M
0. 34 0.90 1.M
0. 34 T54I411/2 14.44 28.00
0. 00 0.00 0.00 14.40 0.4 1.00
1. 00 0.4
1. 00
1. fe 0.66 T551513/16
6. 5#

!!.N 4.N

0. fe
0. N 6.5e 0.07 0.18
0. 26
f. 07 0.18 0.26
f. f ?

TS51311/4 11.55

17. 2 0.00
0. N
0. fe

!!.55 0.12 0.32 0.46 0.12

0. 32 1.4!

f.12 TS$1513/8 14.44 23.44

f. N
0. M
f. N
14. 48 0.27 0.71 1.00 0.27
f. 71 1.M 9,27 TC51511/2 1 4. 40 26.44
0. 00
0. N
0. M
14. 44
0. 48
1. 00 1.00
0. 48
1. pe I. ge
0. 4 1

TS 61613/16 5.14

8. 89
0. N 0.N
0. N 5.14
0. E 0.15 0.22 0.M 0.15 0.22
f. H T3 61611/4 9.13 14.13
0. fe 0.f9
0. N 9.13 0.10 0.26 0.38 0.10 0.26 0.36
f. lf TS 616f5/16 14.27 20.52
0. 00 f.N
0. N 14.27 0.16 0.41 0.68 f.16 0.41
f. 68 0.16
    • 616I3/8 14.44 21.9e
0. 9e
0. 00
0. 00
14. 4 0.23 0.59 0.E 0.23 0.59
f. 66
f. 23 1I611/2 14.40 24.44
0. N
0. N
4. N
14. 4f
f. 48 1.00 1.N
0. 48 1.N
1. M
f. 69 IS 81811/4 E. 38

!$.13

0. 00 0.fe 0.00 6.38 0.H 0.20 0.29 8.08 0.20 0.29 6.fe TE 01813/8 14.36 19.98 f.N 0.fe
8. N 14.36 0.17 0.44
p. 65 0.17
f. 44
0. 6!

f.17 TS 01811/2 34.44 21.9e 8.te

8. se I, se 14.44 8.Je 0.79 1.to
8. 30
8. 79 1.N
0. Je T51PIlf!3/8
10. 98 15.48 f.N 0.fe
0. N 19.98 0.14 0.36
f. 52 f.14 0.36
f. 52 f.14 TSIFIle!!/2
14. 44 20.40
0. 00
0. 0e
0. N
14. 44 0.24
0. 63
0. 92 0.24 0.63
0. 92
f. 24 TS10!!PI5/8
14. 44 21.90
0. N e se
0. fe 14.48 0.38 0.99
1. 00
0. 38 0.99 1N
f. 3e TS1211213/8 0.87 12.62 0.00
0. se
0. 00 8.87 0.11 0.30 0.43 0.11
f. 38 0.43
f. !!

TS12112!1/2 14.40 19.40

f. N 0.06.
8. N 14.4e 0.20
f. 53
p. 76 0.29
f. 53
f. 76
f. 29 i

TS1411411/2 13.21 17.54

0. 00
0. 00
0. 0e 13.21 0.17 0.45 0.66 0.17 9.45 0.66 f.17 l

l l t .c 2rf4 -9.?9 k$_.iS S JW-.... 07 d>n chlt?- ! l il...h,D / --y--- t-w--mw a-1 -we'- +-a v -*wwe--- g-+we-m-- --w'er-------w- ---~ q gWe -'a-----'*rv*7-w-TN -'~

I udt STRESS PMCyIT(21/8I21/4')TM-P LOC TABLE 4-13-4C TUBC S!!E pt F14L U'S FOR TM-P LCR TUR SIZE P 04 D 4t Mit >!N THltMCSS ($m>ET 21/8121/4';TAPLE 4-13.4C THICWESS Ll.D-4tr LP,0-4tc Ale M4 V. IP (jh> (lN) SW1 LC8 *: ft. MD: LP" U3" Ul"' LE' " U3"' WLC W.I W. (!N) 0.8 a t $1)r<ll (!NI ss=== swerusens= =sressus==wserv es....---- an=6== =r sw===s s --. -==s ruz am e r=====s rs==sm m e====rm=====are s :- : m e ss. A CF CS Di C1 CJ A 0. Cx Cx CD CS CO CD ...m _ m m rv

a m e = = m em e = = = === m== = =

TS31311/4 0.54 8.86 0.18 0.54 0.86 7531311/4 2.0e

2. te 2.M
4. M
4. E5
8. 75 TS414!3/16 0.22
p. 33
0. P9
0. 22 0.32 TS4I4I3/16 3.25 2.25 2.13 4.M 4.25 6.75 TS4I4II/4
0. 40 0.58 0.15 8.40 0.58 754I411/4 3.te 2.25 2.13
4. M 4.25
8. %

TS41415/16 0.62

8. 9!

8.24 8.62 8.9e TS4:4r5/16 2.75 2.25 2.33

4. M 4.25
8. E 754I413/8 0.89
1. 00
0. 34 0.89 1.0e TS4r4I3/8
2. 50 2.25 2.13 4.50 4.25
8. 75 TS4I411/2
1. 00
1. 00 0.46 1.M
1. M T54!4II/2 2.M
2. M 2.f6
4. M 4.25 f.75 T5515I3/16 0.18 0.26 0.07 0.18 8.26 7551513/16 4.25 2.25 2.13 4.50 4.25
8. E VS51511/4
0. 32
9. 46 0.12 0.32 8.46 7S515I1/4
4. M 2.25 2.13 4.50 4.25 8.75 TS515I3/8
8. 71 1.00 0.27
0. 71 1.00 TS5I513/8 3.50 2.25 2.13 4.50 4.2*
8. %

TE1511/2 1.09

1. 00 0.48 1.M 1.M TS$1511/2
3. 00 2.25 2.13
4. 9 4.25 8.E TS 61613/16 0.15 0.22 0.06 0.15 0.22 TS 61613/16 5.25 2.25 2.13 4.5e 4.25
8. E TS 61611/4 0.26 '
8. 38 0.10 0.26 0.38 TS 616tI/4 5.00 2.25 2.13 4.9 4.25
8. E TS 61615/16 0.41 0.6e 0.16 8.41 0.68 TS 616I5/16 4.75 2.25 2.13 4.50 4.25
8. E
  1. ~ 61613/8 8.59 0.86 0.23
0. !9 0.86 TS 61613/8
4. M 2.25 2.13
4. 9 4.25
8. 4 61611/2
1. Ge 1.00
0. 40 1.89
1. M TS 6I611/2 4.Se 2.25 2.13 4.5e 4.25 8.75

$ Ar811/4 0.29 0.29

0. 08 f.Pe 0.29 TS 81811/4 7.00 2.25 2.13
4. 5e 4.25 6.75 TS 8r813/8
8. 64 8.65 0.17
8. 44 0.65 TS 81813/8 6.50 2.25 2.13
4. W 4.25 8.75 TS 81811/2 0.79
1. 00
0. 30
0. 79

!. M TS 818II/2 6.00 2.25 2.13

4. 9 4.25
8. 75 TS!911813/4 0.36 0.52 0.14 0.36 0.52 T510110!3/8 8.50 2.25 2.13
4. 9
4. 25
8. 7!

TS10!!III/2

0. 63
0. 92 0.24
0. 63 8.92 TS10lle!!/2 0.00 2.25 2.11
4. 5e 4.25 8.4 T51011815/8 8.99
1. 00 0.38 0.99
1. M TS!PIl015/8
7. 50 2.25 2.13
4. 58 4.25
8. E 7S1!!!213/8 8.30 0.43 0.11 0.3e 0.43 TS12 12I3/8 10.50 2.25 2.13 4.50 4.25
6. E 751211211/2 0.53 0.76 0.29~

8.53 0.76 TS12I 211/2 II. M. 2.25 2.13 4.M

4. M
8. %

TS14tl4II/2 8.45 0.66 0.17 8.45 0.66 TS14rl4II/2

12. 00 2.25 2.13
4. 9
4. 2'
6. E m.

...._n l... e }f.t. S. E. t=. 3 = a

l. :.' &

i V 5 /Q _J/ J L.- 5/7 /h l . T. 7E. 'c --n, -+

i i L4AL STRESS FROET(21/8121/4')fnt.F LOC TME 413-4C TLTC SlIE 1 M $3 %4 n!N SW5 SW6 W7 $8 314 sv3 g,;p c,,; ; $1-S 4 ge,.9,3 (!M assessesmermanux...-... massa.~._-ussursressses=ssessanzima== rusessemus. mozzarra rmaremmamese rus ers ::::::: A CS CI 0) CV CW CI CY CZ 04 CE DC t M .m m===... _. .-ru m raa rm e m m a rm.. _.. m m _..... m.m.mma m,me m.; mm e n m TS3I31/4 4.25 1.33 1.69

4. M

!. 33 4.W

l. 33 1.51 4.25 4.25 6.29 6.47 6.47 T54I4I3/16 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 E.47 T541411/4 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47 T541415/16 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 E.4?

T5414I3/8 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 E.47 T54I4I1/2 4.25

1. 33 1.69
4. M
1. 33 4.M
1. 33 1.51 4.25 4.25 6.29
6. 4 ?

6.47, TS51513/16 4.78 1.69 1.69 4.78 1.61 4.78 1,51 1.51 4.78 4.78

6. P3 6.47 E.47 TS51511/4 4.78 1.69 1.69 4.78

!.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 E.47 TS51513/8 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 E.47 TS51511/2 4.78 1.69 1.69 4.78 1,69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47 TS 61613/16 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47 TS 61611/4 4.78 1.69 1.69 4.78 1,69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 C.4' T5 61615/16 4.78 1,69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47 / : 61613/8 4.78 1.69 1.69 4.78 1,69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 L.47 d . 61611/2 4.78 f.69 1.69 4.78 1,69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 E.4' 3 81811/4 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78

6. ?)

6.47

6. 4' TS 81813/8 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47 TS 81811/2 4.78 1.69 1.69 4.78 1,69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47 7518t!8I3/8 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47

'*811811/2 4.78 1.69 1.69 4.78 1,69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 l.47 151811815/8 4.78 1,69 1,69 4.78 1.69 4.78 1.51 1.!! 4.78 4.78 6.29 6.47 6.47 ,TS!!!!?I3/8 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.4' TS1211211/2 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47 TS14Il411/2 4.78 1.69 1.69 4.78 1.69 4.78 1.51 1.51 4.78 4.78 6.29 6.47 6.47

  • 5*,

,__6 .EL vhlFY C% c % (,,

64A STRESS P9 ANTI 21/8121/4'ITWE-9 L&.D 1AltE 413 4C TUlf S!!! M!N MIN THICMES9 SW12 MIN Lt P L2,5 (IM SW9-Sw!? (IM A DF DG DH D1 TS31311/4 6.29 6.47 2.25 2.13 T54I4I3/16 6.29 6.47 2 25 2.13 TS41411/4 6.29 6.47 2.5 L13 VS414I5/16 6.29 6.47 2.25 2.13 TS41413/8 6.29 6.47 2.25 2.13 TS4I4II/2 L 29 6.47 2.25 2.33 TS515I3/16 6.29 6.47 2.25 E13 T5515I1/4 6.29 6.47 2.25 2.13 TS!!513/8 6.29 6.47 2.25 2.33 TS515II/2 L 29 6.47 2.25 2.13 TS 616I3/16 6.29 6.47 2.25 2.13 TS 61611/4 6.29 6.47 2.25 2.13 TS 61615/16 6.29 6.47 2.25 2.13 ( 616I3/8 L 29 6.47 2.25 2.13 6I611/2 6.29 6.47 2.25 2.13 i 8I8II/4 L29 6.47 2.25 2.13 TS 81813/8 6.29 6.47 2.25 2.13 TS 418II/2 L29 L 47 2.25 2.13 TS18I18!3/8 6.29 6.47 2.25 2.13 TS18I18Il/2 L 29 L 47 2.25 2.13 TSIFIIP15/8 6.29 6.47 2.25 2.13 T512I12I3/8 L 29 6.47 2.25 2.13 TS12Il2II/2 6.29 6.47 2.25 2.13 TS14tl411/2 L 29 6.47

2. 25 2.13 q

...... E. G.7.. 0 _ s G )..' QL ?. I 191L .5.).1_]f Y ' rx.s 6.tj "- }C. 6 1 l I y. ,n.,.

i,. -o 'f LOCA STPESS FRACFET(3141/213 3/16-)TYTT-F tm31AJq[ 4 33 4p TUPC 51!E UTILIZA!!> FACf08@.LO4kE Vp/ ACTING Vol Fl* If S F05 TWi-F S: Th!CWESS L(Vc int -F Ph 314 1/2I3 3/16' TANF 4-l'. (10 = UI W U3 Ul' U2' U3' Ul" W" W" Ul"' LP " M"' (IM KfA(f.9 KfA(f.9 KfAff.6 (P1.81 (Pl.8) (F).8) (FF14(f.8 aN Filt.lt w e nn u mm mi er m a re r e n m r i n n n e s i z e n e n m in em en e rs emnenem mie s si amm e s man e rn e m i s m n A fy 52 CA CP E CD E CG CH Cl C =nm====n==m==========================..n-n==========my-J-..: TS3:311/4

f. 07
f. 31
0. 66 0.19
v. T9
f. 84 0.07 0.31 0.66
f. 97 8.31 f.6i 1541413/16
f. f4
f. 25 0.41 f.10 9.48
f. 41
f. le 0.25
f. 41
0. f4 0.25
f. 4 :

TS*I411/ 4 0.15 0.41 0.72 0.15 0.59 8.72 0.15 9.41 0.72 0.15 0.41 e.1:- 754I415/16 f.17 0.51

f. 99 0.17 0.67
f. 99 0.17 0.51 0.99 0.17
f. 51 f.%

T54I413/6 f.19 8.61

1. M 8.19 0.73 1.M 0.19 0.61 1.M 0.19 8.61 1.N j

154I411/2 .f,j 9 _f. 78

1. M 0.19,~
f. 78 _,.l. ff_ f.19__. f. 76.

1.00 0.19

f. 76
1. N )

TSSI513/16 0.05 0.20 0.28 0.10 0.20

0. 28 f.lf 0.20 0.28'

~. 85 s.W e.it 0 TS51511/4 0.99

0. 34
f. 50 0.14
0. 34 0.50 0.14
0. 34
0. 54 0.09
8. 34 f.5e TS515:3/8
f. 21 0.67 1.De 0.24 0.67
1. M 0.24 0.67 1.te 0.21 O

r,. gJN TS515Il/2

f. 37
1. M 1.M 0.37 1.fe
1. M F. 37
1. M
l. M 0.37

(). M gl,ed TS 616:3/16

f. f4 0.17
f. 22 0.E W.17
f. 22
8. E 0.17 0.22 0.04 0.17 T. 2~:

TS 61611/4 0.07 8.31

0. 48 0.10 0.31 0.48 0.19 0.31
f. 48 0.07 8.31 f 40 TS 616:5/1E f.12 9.44 0.62 0.16 0.48 0.62 0.16
0. 48 0.62 0.12
9. 44 0.62 TS SI6:3/f 0.17
f. 69
f. 89
f. 22 0.69
f. 89
f. 22
f. 69
f. 89 0.17
f. 69 0.01 TS 616:l/2
0. 38
1. 00
1. M 0.34 1.M

!.M

0. 34 1.80 1.M 0.30 1.f9
1. M TS 818 l/4 8.E 0.23
0. 30 0.E I.23
f. 38 f.E 0.23
f. 39
f. E
f. 23
f..V 7

TS 81813/8 0.13 0.52 0.67 0.13

0. 52 0.67 0.13 0.52 0.67 0.13 0.52 f.67

' TS 81811/2 0.22

0. 9?

1.M F. 23 0.92 1.M 0.23 f.92

1. M
f. F2
f. 92 1.N i

TSlfr1813/8 0.18 0.41

0. 54 0.10 0.41 0.54 f le 0.41 0.54 0.10 9.4t f.54 TSiftlell/2 f.18 0.73
f. 95 0.18 0.73 0.95 0.18
f. 73
f. 95 0.18
f. 73
f. o' T51011f15/8 0.28 1.M
l. M 0.28 1.M

!.M 0.28 1.M 1.00 f.28 1.M l.N TS!?Il213/8

f. N
f. 34
f. 45
f. N
f. 34
f. 45
f. N F. 34
f. 45
8. f4 f.34 f.4!

TS12:12:1/2 0.15 0.61 0.79 0.15 0.61

f. 79 f.15 0.61
0. 79 f.15 0.61
0. 71 7514I1411/2 S.13 p.2
0. 68 0.13
0. 52
f. 68 0.13
f. 52 0.64 f.13 f.2
f. 65 l

l ..e d e e de a e =* wW i m(r) yv M.. r. ;-,: y 5"r-I M, 5lN.fN. (m.:- c @ M 3d>3k i e = [lQ r

r. q

  • t, i

LOCA STESS pmr1(4 3/8131/413 7/16'lTYPf f LW TABLE 413 4D TirK SilE U'!LilAll08 rAcros(Att0R E Vp/ACTINC, vp FIA V'S F08 TwM Ltc THIC) M SS LCr4 TvH 4 fRvi 4 3/813 1/413 7/lf':T4.I 4 ':

g.

UI U2 U3 Ul' U2' t!3' Ul" U2" U3" Ul " ' t[' ' LT " (!N1 KIA(f.8 KIA(f.8 KIA(f.8 (95.81 (fl.8) (f).8) (BETA (f.8 ed f]} rl) ET FE ETS EE..... 3 3TTEf te rt31cs33733 rS 3 3 s t s3 3 RTs t et t gas s taa rTTES E R SSST REs tS FS E18 5 S S14 3 FEE 33 8 8 tET18 8tBES S ETES S t8 22 8 5 E s s 3 3 A fy F7 C51 CF CC CD G CF CS Of CI () m. _. m 3,m======== m e s. m m m a,. n= n o m,n n, m m n .m., n u n TS3I3II/4 's.07 0.39 0.% 0.99 0.49

1. N
0. f 7 0.39 0.%

0.97 0.31

f. %

TS414I3/16 0.11

f. 36 f.%

0.18

f. 36
f. 56 0.11
0. 36 0.56 0.11
f. 36 f. !/.

TS414II/4 0.14

0. *2 0.81 0.29 0.52 0.81 0.14 0.52 0.81 0.14
0. '2
e. M 1541415/16 f.16
0. 64
1. M
f. 21 0.64 1.N 8.16
f. 64 1.M 9.16
0. 64
1. M TS41413/8 0.17
0. n
1. 00 0.21
0. 77 I.M 0.17 0.77 1.M 8.17
0. 77 1.N T54I4I1/2 0.18 0.99
1. M f.18 0.99 1.M I.18
f. 99 1,W p.18
f. 99
1. 00 TS$1',13/16 0.19 0.21 0.33 0.19 0.37 9.33 0.10 0.21 0.59 0.10 0.21 0.31 TS515II/4 0.16 0.37 0.59 0.16
f. 52 0.59 0.16 0.37
f. 84 f.16 0.37
f. D TS51113/8
f. 28 0.83 1.M 8.28 0.89 1.M 0.28 0.83
1. 00 0.28
9. 63
1. N TS515II/2
0. 35
1. W l.00
0. 35 1.N
1. N 0.35 1.M 1.00 0.35 1.M
1. N TS 61613/16
f. N 0.16
f. 25
0. 08 0.29 0.25 0.M 0.16
0. 32
0. N 0.16
9. 2' TS 6I611/4 f.15
f. 28 0.45 f.15 0.35
p. 45 f.15 0.28 0.57 0.15 0.28
f. 45 TS 616r5/16 0.23 0.44 8.71 0.23
0. 55
0. 71 0.23 0.44 0.89
f. 23 0.44 9.71 TS 61613/8
f. 33
0. 63
1. M
f. 33 0.79 1.00 0.33
0. 63 1.M
f. 33
0. 63 1.M

- TS 61611/2 0.58 1.M 1.00

0. 58 1.fe 1.N 0.50
1. M
1. 00 0.58
1. M
1. M

. TS 818II/4 0.11 0.21

0. 34
0. !!

8.21

0. 34 f.11 0.21 0.34 0.11 f.21
f. 3 TS 01813/8 0.25 0.47
0. 76
0. 25
f. 47 0.76 0.25 0.47 0.76
0. 25 9.47
f. 76 TS 8t4II/2
0. 64
f. 83
1. M
f. 44
f. 64 1.fe
0. 64 0.83 1.M
0. 64
f. 83 1.N TSlf!!f!3/8 0.20 0.38 0.41 4.29
f. 38 0.61
0. 29 0.38 9.61
0. 29 0.38 0.61 TS!91]III/2 0.35
f. 67
1. M I.35 0.67 1.00 9.35 f.67 1.00
f. 35 0.67
1. N I

rSienft:/8 0.55 i.*

i. *
8. s5 i.*
i.
  • 9.55
1. n i.*

e.55

i.
  • i.N TS1211213/8 0.17 0.31
f. 51 0.17 0.31 8.51 0.17 8.31 0.51 f.17
f. 31
f. 51 TSi2n2ni2 0.30
f. 56 0.*
8. *
8. %
0. *
f.
  • 8.56
f.
  • 8.3e 0.56
e.,

l TSi4n4n/2 0.25

0. u
8. n 0.25
f. o
9. n 0.25
f. o I.n
f. 25 f.o
f. 7-i l

C. L.. ' -. f a k Y O.. ? '. k 0 - 1 !._.__ M M h ' h. I ".) E .*>.1.. c.< 'L. p M b ~ Q w y 4 'is 13 'le y s h &*O l

l LOCA STRESS SEO.Ti(3:31/4*ifyrt F LC4 fcRF 41.-4D TVM S!7f tr11LilA'Ich FACTCE(A.tCw!. F vr/ACTir4 vp Fin 4 tr'S F051M F S ImlMEM LC4 TYrf.P (FG*uff 3131/4': TAP.( e.:.4 1]'s1 01 U2 U3 UI' LI?' U3' Ul" u?' ' (0" Ut'" U?" ' W (IM fi?A 0.# K1Gtf.8 MTA(f.8 (10. 8) (P).8) (p) fi (gta te.8 w p!)r,1) S SS FtWT FT TFS 3 3 8 33 tt B FT S S I ETt t t rT S 3 3 3 3 3 3 8 ts tt 3 3 3 8 3 3 rFTSEEE.r t TT3 3 5 t tF3t3 3 3 33 3 3 3 3 3 rTR t fT1 tTS B A PV F? CA CF Cr CD C7 CF CS CH Cl C.1 =m am em a m e ra rm em m t-m,m m n-um,m m,,on mm. mu. m.,u, t, .,u,,,,,, T53 311/4

f. 97
f. 29 f.R
f. 99
f. 37
f. 79 0.07
f. 29
8. E.2 6.97
f. 23
0. 0 TS4:413/16 f.M 0.23 0.33 0.10 0.23 0.33 f.10 0.23 0.33 0.63 0.23 f.M T54r4:l/4 f.14
f. 38
f. 58 f.14
0. 38 f 58 f.js
0. 38 0,9 g.14
g. 38
p. y TS* 4r5/16 0.16
f. 48 0.79 f.16
0. 68 0.79 f.16
0. 68 f.79 0.16 0.48
f. 73 T54t4!3/8 f.17 f.M l.fe 0.17
f. 58 1.N f.17 f.M
1. fr f.17 f.5e 1N l

T541411/2 0.le 0.74

1. M 0.18
f. 74 1.M 0.18 0.74
1. fe 0.18 8.74
1. N TS51513/16
8. f5 f.15 8.M
f. f5 8.15 9.M
f. f5 f.15 9.M f.f5 p.15
p. M TS!!5fi/4 0.M 0.26
f. 36
0. 99 0.26 0.36
0. 99 0.26
f. 36 8.M 0.26 f.M TS!!513/#
f. M
f. 59 0.92
f. 21
f. '9 0.82 0.21 f.59
f. 62
f. M
f. 59
f. 9 TS515I1/2 f.35
0. %

1.le 0.35 0.%

l. fe 0.35
0. %
1. fe f 25 f, % *,
1. N 15 61613/16
0. 04 f.12 f.16
f. f4
f. !?

8.16

f. 04 0.12 f.16 0.94 f.l?
f. !!

TS 61611/4

f. 07 0.21 0.29
0. f 7 f.21
f. 29 0.07
f. 21
0. 23 0.07
p. 21
f. s TS 61615/16 0.11 0.33 0.45
f. Il B. 33
f. 45 0.11
f. 33
f. 45 0.11
f. 33
f. 45 TS 6161318 f.16 0.47 0.66 0.16 0.47 0.66 0.16 0.47 8.66 0.16 0.47
0. 66 VS 616t!/2
f. 28
f. 83
1. M
f. 28
f. #3
1. Sp
f. 28
f. #3
1. 99 f 2f 0.83
1. N TS 81&I1/4 f.95 0.16 0.22
f. f5 0.16 0.22
f. f5 f.16 f.22 0.75 0.16
f. M TS 81813/8 f.12
f. 35 9.49 0.12
f. 35 0.49 0.12
f. 35 0.49 0.12
f. 3',
f. 49 TS 018!!/2 0.21 0.62 0.87 0.21 0.62 0.87 0.21 0.62 0.87 0.21
0. M f.67 l

TSiftlf!3/8

f. 99
f. 28 8.39
f. f3 0.28
f. 39
f. 99
f. 28
f. 39 f.f 3
f. 26
f. P TSlf!!Irl/2 0.17
8. M 0.70 0.17 0.50 0.70 f.17 0.50
f. 70 f.17 f.'4
f. ?f 7S18:1915/8
0. 26 0.78
1. 99 0.26 0.78
1. M B. 26
f. 78
1. 88
f. 26
f. 78
1. N TS1211213tB 0.08 0.23
0. 33 0.M 0.23 0.33 f.M 0.23
f. 33
0. N I.23
f. 33 T51211211/2 f.14
f. 42 f.M P.14
f. 42
f. 58 f.14
f. 4?

f.2 f.14

f. 42 f.M l

T514114t!/2 f.12 0.36 0.58 0.12 0.36 0.58 0.12

f. 36 0.58 0.12
0. 36 f.'d l

,.h / s7,/ r7 JN/(. t 67 .v x , W_ o Ye' e

I LOCAL SUG SKOET(3131/4*livTT-F LO'.D tai (E 413-4D 1 TUM $1?f I/D 7 6+. 9%ChET Silf WI E W3 W W5 W6 F (16a1 FSl>GP F$le M a r m.R r.: THICur$5 Fv98 Fd.e W t.g e.' l (IM Ril (Lil H l (IM (!NI (th) (IN) (K!01 ( t r.) (W!O) (KIII f l%41*. + '; t l k -.' .3 3r9 3 r S BTES TTT S EmrFTTSTWTTR E3323TTETt t-. .. 33 3 3rtt 33 3 3 F.33 3 3 33rWSS t rt S E E.TT R IF F18 513 3 8 8 22 8 2 3 2 3 3 3 3 3 3 3 3 3 3 3 L. A 9 C D E F 6 H I J K L lt N O C s ..m r.m.- m. .n n run e i m.n.... TS3:3Il/4 3.N 0.25 3.See 3.29 2.DN 3.250 12.9e 2.Ne 3.0N 12.0N 15.70 3.44 15.70

13. W 26.96 11.If 34.

7541413/16

4. M f.19 3. 000 3. 29 3. Ne 3. 29 12. 5N 3.29 3.000 12.5N 15.79 3.44 l'. 79
13. 9 M. 92 11.18 3-T5414I1/4
4. N f.25 3.fN 3.29 3. fee 3. 29 12.5N 3. 9N 3. 000 12. 5N 15.79 3.44 15.70 13.6e M. 9i 11.19 32.

T5414I5/It

4. fe 0. 31 3. fN 3. 29 2. 758 3.25e 12.5ef 2.79 3. Ne 12.5N 15.79 3.44 15.79 13.67 M.95 11.18 3!

TS4143/8

4. N 0.38 3.IN 3.29 2. 5N 3.25e 12.5N 2.5 N 3.999 12.5N 15.79 3. 44 15.79 13.64 M. 97 11.19 M.

l T5414II/2 4.M 0. 50 3. Ne 3. 29 2. fM 3.29 12.50e 2.000 3. Ne 12.5m 15.70 3.44 15.78 13.68 M. 96 11.19

34. :

l TS515I3/16 5. M 0.19 3.00f 3.250 J.000 3. 29 12. 5N 3.250 3.0fe 12.500 15.70 3.44 15.70 13.6e M. 9G 11.18 35. TS515II/4

5. 99 9. 253. fee 3.293.0N 129 12.5N 3.29 3.Ne 12.5N 15.79 3.44 15.79 13.6e M. 96 11.19
34. :

TSSI5I3/8 5.N 0.38 3.000 3.250 3.Ne 3.25e 12.5N 3.258 3.0fe 12.5N 15.70 3.44 15.79 13.6e M. 9i 11.19 33. TS$15II/2 5.M f. 54 3. Ne 3. 29 3. Ne 3.29 12.5N 3. 0N 3.Ne 12.5N 15.79 3.44 15.7f 13.67 M.4 11.18 3L.. TS 616 3/16 6.M 0.168 3.Ne 3.29 3.eN 3.250 12.5N 3.25e 3. Ne 12.5N 15.70 3.44 15.70 13.6e M. 9! 11.19

36.
  • VS 61611/4 6.fe 0.254 3.Ne 3.258 3. fee 3.29 12.5N 3.250 3. fee 12,5N 15.79 3.44 15.7f 13.68 M. 96 11.18 3i. :

VS 616I5/16 6.00 0.313 3.0fe 3.250 3. tN 3.25e 12.5N 3.250 3.889 12.5N 15.79 3.44 15.79 13.68

26. M

!!.19 35.! TS 61613/8

6. M f. 375 3. Ne 3. 254 3. fN 3.25e 12.5N 3.29 3.Ne 12.5N 15.70 3. 44 15.79 13.68 26.9e 11.1f 38.1 TS 61611/2 6.N 0.509 3. tee 3.250 3. 0N 3.254 12.5N 3.255 3.000 12.509 15.78 3.44 15.79 13.68 26.9!

11.18 38.1 g . TS 818I1/4

8. N 0.25e 3.0N 3.258 3.Ne 3.25e 12.5N 3.29 3.MO 12.5N 15.79 3.44 15.78 13.67 M. 96

!!.18

34. 1 TS 8I813/8 8.N 0.375 3.pH 3.29 3.0N 3. 29 12. 5N 3.29 3.Ne 12.5N 15.70 3.44 15.79 13.6e M.5e 11.18 M. !

1 l TS 8I8tt/2

8. 00 0. 5N 3. fM 3. 29 3. fM 3.25012.Ne 3.29 3.fN 12.5N 15.79 3.44 10.79 13.68 26.95 11.18 31.1 l

TSIFIl013/8 ff. N 0.375 3.0N 3.254 3. Ne 3.259 12.5N 3.250 3.Ne 12.5N 15.70 3. 44 15.78 13.68 26.96 11.19 38.1 T510119!!/2 10.09 f.5N 3.0N 3.254 3. Nf 3. 29 12. 5N 3.29 3.Ne 12.5N 15.70 3.44 15.7f 13.9 26.95 11.18 34.1 T510I1915/810.N 0.62 3.Ne 3.250 3. Ne 3.254 12.5N 3.250 3. We 12.5N 15.79 3.44 15.79 13.68 M. 98 !!.19 32.1 l T512112I3/812.M f.375 3.Ne 3.258 3. 0N 3.25e 12.5ef 3.29 3.Ne 12.5# 15.78 3. 44 15.79 13.6e M.9e 11.19 36.1 l TS12Il211/2 12. N f.5N 3. fee 3.25e 3.000 3.258 12.5N 3.29 3.8N 12.5N 15.70 3. 44 15.78 13.6e 26.9! ll.lf

36..

9514tleI]/214.N f.5N 3.Ne 3.25e 3.Ne 3.2912.5N 3.29 3. fee 12.5N 15.78 3.44 15.79 13.68 M. 96 11.10 38.1 t C -.ll C' C.Q_h) _l . CJ_ >6. r' h /01 \\-s..' m : n c. r. p l l -_ ~ _ _ _ _

LOCA Sit [59 frOEf t3131/4'lTWY-8 LW. TABL E 413-40 TW S!!E FSlh3e F O S3e F C SP KTAI PETA? ETAl ETAe F4m'.1 Of Vp 091 G L. PP THIC). NEST Fv3e M3f N r.1 re r1 (ES!C) LOG 8 $t:!Ts t > ~n llhi Fy/.6e WLI. 6I Wi.! AC8??": R:

  • CC O" (lhi (Alt 1 (th-Alfi (ik-KIP)

(psd TUF.! TLE ffre eras e r ra m==s r s ev e rseuro rs emi s e====rra ss a s sin e s e rv i s e m a an s n ais s e s s a s s e rs ::: e n ::::::::::::::::: :: :::::::::: n s e s i n s : A S T U V W I Y Z AA AF At f.: t.! me s__ __ _____.....m...... .. ::arsmrursumsaresarmenneursumssererressineserismenarineressmnernassin en ::::: T53131!/4 7.85 4.74 53.97 0.67 0.67 1.68

1. N
6. N

!. 00

19. 0e 1.13 1.13 1.'@

1541413/16 7.85 4.74 53.97 8.75 0.81

f. 81
p. 75 10.67 1.fe 5.63 1.33
1. 6 i.!7 T54I4:l/4 7.65 46.74 53.97
0. 75 0.75 f.81 0.75
8. N
1. 9P
7. 50
1. 33 1.33 2.27 TS414I5/16 7.85 4.74 53.97 0.69 8.69
f. 8) 0.75 6.40 1.N
9. 38 1.16 1.16
2. i?

TS41413/8 7.85 4.74 53.97 0.63 0.63 0.81

0. 75 5.33 1.00

!!. 25 1.07 1.f' 2.27 7 54I4!!/2 7.85 4.74 53.97

f. 'e
8. 50
f. 81
f. 75
4. M 1.N
15. M
1. N
1. N
2. ??

TS5I5I3/16 7.85 4. 74 53.97 0.68 0.65

f. 65 4.60 13.33
1. N
4. 56
1. e4 1.10
2. M TS'.ISII/4 7.85 46.74 53.97
f. 68
0. 65 0.65 0.68 10.00
1. fe
6. N
1. e4 1.10 2.N TS$15I3/8 7.85 4.74 53.97 0.6e 0.65 0.65 0.69 6.67
1. fe
9. M
1. e4 1.10
2. N TS5I'll/2 7.85 4.74 53.97 8.60
0. 6e 0.65
0. 69
5. N
1. 00 12.fe
1. 4
1. 6 E. B:

TS 61613/16

7. E 4.74 53.97 0.5e 0.54 0.54 0.58 16.fe I. fe 3.75 1.fe 1.0:

1.93 TS 616II/4 7.85 46.74 53.97 0.5e

f. 54
p. 54
0. 56
12. N
1. N
5. M 1.fe 1.01 1.93 TS 616I'/16 7.85 4.74 53.97 0.5e
f. 54 0.54
f. 50
9. 6#

1.fe 6.25

1. ft
1. 0:

1.93 TS 61613/8 7.85 4.74 53.97

f. 50
9. 54
f. 54
f. 54
8. N
1. N 7.50 1.fv
1. 0:

1.93 l'TS616II/2 7.85 4.74 53.97

0. 50
0. 54
0. 54 0.5e 6.N 1.fe 18.80
1. N 1.91 1.93 TS 81811/4 7.85 4.74 53.97
f. 38
f. 41
f. 41
f. 38
16. N 1.N 3.75 1.00
1. N 1.76 TS 81813/8 7.85 4.74 53.97
0. 38
f. 41 0.41
0. 38 10.67 1.00
5. 63 1.00 1.N
1. 76 TS 818II/2 7.85 4.74 53.97
f. 38 0.41 0.41
0. 3A
8. N
1. N 7.58
1. fe

..N 1.76 T51011013/8 7.85 4.74 53.97 0.39 0.33 0.33 0.38 13.13 1.N

4. 58
1. N
1. N
1. 66 751911911/2 7.85 4.74 53.97
0. 30
0. 33
f. 33
8. 30 if. N
1. M 6.N
1. N
1. N 1.64 TS10!!PI',/8 7.85 4.74

$3.97 0.30 0.33 0.33 0.38 8.N 1.fe

7. 5#

1.N

1. N
1. 64 TS!?Il213/8 7.85 4.74 53.97 0.25
f. 27 0.27
f. 25
16. fe

!.N 3.75

1. N
1. N
1. !?

75121!211/2 7.85 4.74 53.97

f. 25 0.27 0.27 0.25
12. N 1.N
5. N
l. fe I. N 1.!9 l

75141!411/2

7. 85 4.74 53.97 0.21 0.23 0.23

+. 21

14. N
1. M 4.29
1. N
1. N
1. f-

.....1,.,.. - - - l .C4 P-c. C. '.p y ' L ! "-\\ ~ .I A... f- -.....__ & ) $ ,_ M <hb-e =u p/ l 4 j a. --y y,----, o g

LOCit ST9E55 PROIT(3131/4')TM 9 LW TAELE 413 40 ftM S!7E Ot?' SW1 SW? SW3 SW4 SW5 SW6 11.5 12.4 23.6 L N t q.c twicWSS SKSTE E (CC IV '.: (IM ED LX!R SHCGT[R ALLOM SHORT[G LEO AL(D3M SEti!> #0N.t5 0F CD

== us ur s e ns e n e u v e r ACD5$5 CD ELD CD CD ELD ELD M 1/tc re pt. rg.I f e (Im TtM ACROSS N8ALLEl E DOSS Dct:a.LEL (SO.lso ($0.IN) (50.!N) utal uso usti m ra me=== m e m n i e n n __......... mm e rm-esm arrs===,m e r=rmmn es== rr= a my A F AG M Al AJ AK AL AM M A0 W

  1. 0 At rm m.................==ms== m ru rm -. _. -.== -... -. - -

TS3I311/4 2.5e

1. 33 9.75 12.75 6.N 3.N

!?. 99 1.33 6.N

12. N 15.79 15.79 5.23 TS4413'l6 2.19 3.N 9.75 12.75 9.75 3.N 13.27
3. se 9.75 12.75 13.%

11.66

6. 79 TS41411/4 2.19 3.N 9.75 12.75 9.M
3. N 13.27
3. N
9. M 12.75 18.47 19.47 5 P.;

TS4:4r5/16 2.19 2.52 9.75 12.75 8.25 3.80 13.27 2.52 8.25 12.75 9.13 9.13

4. n TS4 413/8 2.19 2.M 9.75 12.75 7.54 3.M 13.27
2. 68
7. 'd 12.75 8.37 6.37
3. 3' TS41411/2 2.19
f. 33 9.75 12.75 6.N 3.N 13.27 1.33
6. M 12.75 7.85 7.f' 2.!!

T551513/16

2. N
3. N 9.75 12.75 9.75 3.N 13.27
3. N 9.75 12.75 13.96 12.84 6.7e TS51511/4 2.N 3.N 9.75 12.75 9.75 3.N 13.27
3. fe
9. 75 12.75 18.47
9. M
5. 0 TS51513/8 2.N
3. N 9.75 12.75 9.75 3.N 13.27
3. N 9.75 12.75
6. 96 6.44 32 TS51511/2
2. N 3.99 9.75 12.75 9.N 3.00 13.27 3.N
9. N 12.75 5.23 5.23 2.!1 TS 61613/16
1. 88 3.N 9.75 12.75 9.75
3. fe 13.27
3. pe 9.75 12.75 1 3. 96 12.66
6. 7#

TS 616ti/4 1.88

3. 00 9.75 12.75 9.75
3. 80 13.27 3.00 9.75 12.75 10.47 9.66
5. N TS 616I5/16
1. 88
3. N 9.75 12.75 9.75
3. f9 13.27
3. 00 9.75 12.75 8.37 7.73
4. M TS 61613/8 1.88
3. De 9.75 12.75 9.75
3. se 13.27
3. 00 9.75 12.75 6.98 6.44
3. I TS 616I1/2 1.88
3. 0F 9.75 12.75 9.75
3. fe 13.27
3. M 9.75 12.75 5.23
4. 63 2.51

. TS 81811/4 1.72

3. 8e 9.75 12.75 9.75
3. se 13.27
3. N 9.75 12.75 19.47 9M
5. 0 TS 818:3/8 1.72
3. se 9.75 12.75 9.75
3. N 13.27 3.N 9.75 12.75
6. W 6.44
3. 3' TS 81611/2
1. 72 3.8e

" 75 12.75

9. 75 3.N 13.27 3.fe 9.75 12.75 5.23
4. M 2.!!

TSlfilPI3/8 1, 63

3. N 9.75 12.75 9.75 3.pe 13.27 3.M 9.75 12.75
6. H
6. * *
3. 7' TSle!!0!!/2 1.63 3.00 9.75 12.75 9.75 3.fe 13.27 3.00 9.75 12.75 5.23 4.63 2.!!

TS!slift5/8

1. 63 3.M 9.75 12.75 9.75
3. N 13.27
3. fm 9.75 12.75 4.19 3.86 2.f:

T512I1213/8 1,56

3. fe 9.75 12.75 9.75 3.N 13.27 3.N 9.75 12.75 6.96 6.46
3. I TS12:1211/2 1.56 3.N 9.75 12.75 9.75 3.M 13.27 3.N 9.75 12.75 f.23
4. N 2.51 751411411/2 1.52
3. 00 9.75 1 2. 75 9.75 3.N 13.27 3.0e 9.75 12.75 5.23 4.63 2.51

.g '6 fg .[ hb.U3 C h' W7 u 3 C,]I S 'i U$.. E l u. - E v 1. ' ~ c

(Otr 51stSS F4 0 E'1(313 1/4'lTYPE-P LO @ Tr.P'.F 4 13-4D TUM S!!E L0AD T Y P E -6 wicmESS V0RCE DN uEL0 llNi

==*r=========*=========rn=rmen============r""=------==*=""'*"r""**nns: ITm7M 15F hT 4' l'/k?3e l' WN Fw?! 24rwMp 24rh145 24 % ;p 24ri Fe FVB2 36r. m 2fr...e 3;,9 / (IM (kips /!hMKIPS/lM(K!rs/lNuxlPSilo mirS/lo nIIS/lo(kips /INukir$/thukits/Im m!PS/lO utrSIls,o IM % uiti D ESEB S.Sta m WWErt rS S S EW FWTER S WT S S EETFS ST 933 33 3 3 8 S ES $ $RFS WTES R22SSESTS f3 3 33S Fr$ SESTT A As A1 AU Av AW Ar Ay Al PA H IC F* li 33333get ,,,,,m,mT, n m mam en m. re e m e = = ====== mS m== = = = = m === = = = === === rrs e r m e== r m m u u m T5313:l/4 23.64

31. 49 37.82 49.48 4P. 48
7. 90 9.14 9.75
8. M 9.75
3. 38 4.11
4. ".

TS4:413/16 !!.26 14.57 16.89 17.99 17.99 4.86 5.62 6.N 5.54

6. M 3.29 3.M
4. r.

TSAI4II/4 11.26 14.57 16.89

17. M 17.99 5.26 6.M
6. 50 LM
6. 50 3.29 3.6:-
4. r.

TS414rE/16 13.18 17.16 19.97 21.41 21.41

5. 74 6.64 7.M 6.54 7.M 3.29
3. 8;
4. M TS4!413'8 15.67 29.54 24.M 25.91 2L91 6.32 7.31 7.8e 7.29
7. 8@

3.29

3. M
4. M TS41411/2 23.64 31.49
37. 62
48. 48 4 P. 48
7. 9P 9.14 9.75 1.99 9.75 3.29 3.M
4. M TS!!513/16 11.26 14.57 16.89 17.M 17.99 4.86
5. R
6. M 5.54
6. M 3.29
3. M
4. M TSSI511/4 11.26 14.57 16.89 17.99 17.99
4. 86 5.M 6.N 5.54 6.M 3.29
3. H 4.M TS51513/8 11.26 14.57 16.89 17.99 17.99 4.86 5.62
6. M 5.54
6. N 3.29
3. M
4. M TS51511/2

!!.26 14.57 16.89 17.M 17.?9 5.26 6.M 6.58 6.M 6.58 3.29 3.M

4. M TS 61613/16 11.26 14.57 16.89 17.93 17.99 4.86 5.62 6.M 5.54 6.M 3.29
3. M
4. M TS 61611/4 11.26 14.57 16.89 17.M 17.99
4. 86 5.62
6. M
5. 54 6.M 3.29
3. 86 4.29 TS 61615/16

!!.26 14.57 16.81 17.99 17.99 4.86 5.62 6.M 5.54

6. M
3. M
3. M
4. M TS 61613/8 11.26 14.57 16.89 17.99 17.99 4.86 5.62 6.N 5.54
6. N 3.29 3.M
4. M 75 6I611/2

!!.26 14.57 16.89 17.99 17,99 4.86

5. R 6.N 5.54 6.M 3.29 3.68
4. M TS 8I811/4 11.26 14.57 16.89 17.99 17.99 4.86 5.62
6. M
5. 54
6. M 3.29
3. M
4. M VS 81813/4 11.26 14.57 16.89
17. 93 17.99 4.86 5.62 6.M 5.54
6. M 3.29 3.6!
4. M TS 81811/2 11.26 14.57 16.89 17.99 17.99 4.84 5.62 6.N 5.54
6. N
3. 29 3.H 4.M 7518ttrI3/8

!!.26 14.57 16.89 17.99 17.M 4.86 5.62 6.M 5.54 6.M 3.29

3. M
4. M T519119I!/2

!!.26 14.57 16.89 17.99 17.99 4.86 5.62 6.M 5.54 6.H 3.29 3.M

4. M T519t!f15/8

!!.26 14.57 16.89 17.99

17. M 4.86 5.62 6.N 5.54 6.M 3.29
3. M
4. ??

951211213/8 11.26 14.57 16.89 17.99 17.99 4.86 5.62 6.N 5.54 6.N 3.29

3. M
4. M T512r!!!!/2 11.26 14.57 16.89 17.99 17.99 4.86
5. 62
6. N 5.54
6. M
3. ?9
3. H
4. M T5141!4!!/2

!!.26 14.57 16.89 17.99 17.99 4.86

5. R 6.N
5. 54 6.N 3.29
3. M
4. M I

L a.... i.. R e s, C * ' ' U."$ $ L *~:~ ' S ' 37 /q I 6 l r - --- \\ I...A$ 5]lf 7-- ...l* /,* / .2.n l t I

LOCA STRESS PsOET(3131/4')TM4 LOCO TARE 413-40 TUf( S!7E LW TM-P ALLMKE Vo (PfTC(P.fi A.L W.8 t: 4 "; THICANFS? CCTING-Vp I ()y m rsun nnsin 36 M 7 M3 M l/te M 2/te F=*P3/t e Vpal vpA? m!N F1 Fl' mih (: r? I!M ( A!rS/lkl (K!IS/IM (ksil (ksi) (6ss) (653) thsi) vpA!/vpQ (6 s 3 ) (651) F1,Fl' ( f.: n.;

  • T- : ?. ;. :.'

est rars strasrustrars es s rrru ss e )) A @ D swassessersssssseressssssssa a seressrs: (bg;) fog,. (&:; A IF IG IN FI PJ IF R IW Ih 10 Pr F' is . _......m s r=m n m mem e s n= rer=== =.mm es en== s a nmmn e r rm er-mes um in in e n= n n n n u m n i, TS31311/4 4.54 4.55 161.91

39. fi 18.29 11.25 11.25 11.25 11.25 11.25
11. 25 14.*P 14.42 T541413/16 4.23 4.29 95.94 32.01 22.90 7.50 9.23 7.5e 9.23
7. 9 7.50
14. 34
14. 4 TS41411/4 4.23 4.29
71. %

26.Pl 17.17 lf. M IP. M IP. M IP. M IP. M IP. PP 14.40

14. 4 TS41415/16 4.23 4.29 68.51 22.7P 13.74 18.91 10.91 18.9) 19.91 10.91 10.91
14. 4
14. 4 T541413/9 4.23 4.29 69.P8 M. 80 11.45
12. N
12. M
12. fe
12. M
12. M
12. N
14. 4 14.47 T541411/2 4.23
4. ?9 84,95 19.5e 8.59 14.49 14.44 14.48 14.49 14.48
14. 4 14.*P
16. 4 1551513/16 4.23 4.29 95.94 32.01 22.9e 4.69 4.95 4.69 4.95 4.69 4.69 19.6.

19.S' TS51511/4 4.23 4.29 71.% 24.01 17.17 6.25 6.59 6.25 6.59 6.25 6.25 14.42

14. 4 TS51513/8 4.23 4 ?9 47.97 16.M 11.45 9.38 9.89 9.38 9.89
9. 38 9.36 14.4P
14. *f TS51511/2 4.23 4,29 E. 98
13. M 8.59 12.5e 12.5e 12.5e
12. 50 12.9 12.9 14.40
14. 4 VS 61613/16 4.23 4, 29 95.94 32.Pl 22.99 3.75 3.78 3.75 3.78 3.75 3.75 6.13
6. C 75 61611/4 4.23 4.29
71. %

24.01 17.17

5. N 5.83
5. M 5.93
5. 00
5. M l a. 4
16. 4 TS 6161',/16 4.23 4.29 57.57
19. M 13.74 6.25 6.29 6.25 6.29 6.25
6. 25 14.4P 14.4P TS 61613/8 4.23 4.29 47.97 16.se 11.45 7.M 7.55 7.50 7.55 7.5e
7. 9
14. 4 14.*P TS 61611/2 4.23 4.29 E. 98 12.te 8.59 IP. fe 18.07
18. M I f. 97
15. N If. N 14.4i 14.4P O

TS 81811/4 4.23 4.29

71. %

24.01 17.17 3.75

3. 75 3.75 3.75 3.75 3.75 9.69
19. 4 TS 81813/8 4.23 4.29 47.97 16.Se

!!. 45 5.63

5. 63 5.63 5.63 5.63
5. 6J
14. *P
14. 4 P TS 81811/2 4.23 4.29 E. 98 12.00 8.59 7.50 7.M
7. 50
7. 9 7.9
7. 9 16.*?
14. 4 t

TS!IIlf!3/8 4.23 4 ?9 47.97 16.00 !!.45

4. 5e 4.9 4.5e 4.!e
4. 9
4. 9 14.47
14. 4 T510!!f11/2 4.23 4.29 35.98
12. M 8.59
6. M 6.M 6.fe 6.M
6. ft
6. M 14a0
14. 4 TSIPIleI5/8 4.23
4. ?9 24.78 9.6e 6.87 7.50 7.59 7.59
7. 5e 7.5e 7.58
14. 4
14. 4 l

T512112!3/8 4.23 4.29 47.97 16.Pe !!.45 3.75 3.75 3.75 3.75 3.75 3.75 13.*? 14.27 751211211/2 4.23 4.29 E. 98 12.De 8.59

5. M
5. M 5.fe 5.W 5.M
5. Pe 14.*P 14.47 75141!4I!/2 4.23 4.29 E. 98 12.0e 8.59 4.29 4.29 4.29 4.29
4. ?9 4.29 14at
14. 4 I

l Wj ' '. n . L.,... ' ; *, *.). v ~= t 1 L.PU .rhh 'l g.. Cy.'.'7./,*. .J y... l l

LOCAL STRESS FDOET(3131/4'ITWY-P LOC 1ARE 4 83 4D TUN SllE S. 8 ) ! ALLDAE F1 (mTC4D CDNECTim)1 UTILilATIS FACTOWLkF.F.: :<~' N. THiCa!!! ICALCit ATE IF L1 Oc L2) COL-F 1 LOCTW 4 (lm . ~ - m!6 m:1tFl.F2 Fl" F I'" M]MFl M!UFl"+ U1 (C' U3 U1' LC l'? ' l'! ' (IM F2.F2'. (FI' +F2'l F l' " 1 F21 (F1"MTAtf.8 PE1Aff.8 IETA(f.8 (F).fi (fl.f; (F.. (fi' ' m========= (kui ( k u 1===..... __.. m m ru a== r .f2') maseess====mur==m:sumrm: rums ::::::::::F A BS ST 14.I lh/ BW PI Pf El CA CF CC CI Ci

ns::::

.. _... -............m errrr= = sa m erm a sm........ 3 :: m.......__. - - =rmma rs a rm es== ri m i e ru r s T53I31!/4 14.49 25.65 35.19 32.4B 32.4 46.80 9.07

f. 29
f. R
t. P 3 f,37
f. 7".
f. P' TS414IJ/16 14.34 21.99
0. N
8. fe f.N 14.34 f.88 0.23 0.33 9.19 9.??

P. 3.i t.:P TS414tt/4 14.4 24.49

f. N P. N
f. fe
14. 4f f.14 S.38
f. 58 9.14
0. 38
f. '.4 f.16 TS41415/16 14.69 25.31
0. f.
0. M 0.M 14.40 0.16 0.48 0.79 0.16 0.49
f. 71 f.!E 75414I3/8 14.49 26.4F f.M 0.M 0.M 14.4F f.17
f. 58
1. N 9.17
0. 58
1. N f.17 l

T54I411/1

14. 4 28.8#

8.fe

0. N 0.00 14.44 0.18 8.74 1.99 0.18 0.74
1. M
f. !!

l 7551513/16 19.44 15.39

8. N 0.00 I. N 10.44 0.05 0.15
f. M 9.05 f.15
f. 29 S. 9 TS51511/4 14.69 M 65 0.f.
0. 00
0. M 14.40
0. 91 0.26 0.36
0. F3 0.26
0. 3 '
t. Pi TS'!513!8 14.40 23.78 f.N f.N P. N 14.49
0. M
0. !9
9. 8?

8.21

f. M
f. fi
f. 2:

TS$1511/2 14.40 26.9e

0. fe
0. fe
0. 90 14.49 0.35 0, %

1.M

0. 35
0. %
1. f.'
f. 25 TS 6I613/16 8.13
11. 91
f. N
8. fe
f. N 0.13
8. 64 0.12 0.16 f.94 f 12 f.lf 9 B-i 75 61611/4 14.44 19.60
0. N 0.N 0.N
14. 68
f. f 7 0.21
f. 29 0.07
0. ?!

8.23

f. f*

l TS 61615/16

14. 69 M. 65
0. N f.M
f. N 14.46 8.11
f. 33 9.45 0.11 0.33
f. 45 f,11 1

75 61613/8 14.40 21.9e

0. N 0.fe
0. 00 14.44 0.16 0.47 8.66 0.16 8.47
f. 6!

f.16 g. 75 EI6II/2 14.40

24. 4
0. 00 0.09
0. N 14.40 0.28
0. 83 1.fe 0.28 f 83 1.fe f.26

. 75 8141!/4 9.89 13.64

9. ft
f. fe 0.00 9.81
0. P5 0.16 0.22
8. f5 6.16
0. 22
9. 95 TS 81813/8
14. 4 M. 03 8.N
8. N
f. N
14. 4
0. !!
8. 35 9.49 9.12
f. 35
f. 4 8
f. l."

[ TS 818ti/2 14.40

21. 99
0. M
f. M
0. N
14. 60 0.21 0.62 0.87 0.21
f. R
f. 87
0. 21 T5191413/8
14. 4
18. 98
0. N
f. fe
0. 00 14.48 0.09 0.28 9.39
8. F3
f. 28 f.."

f.fi TS!ftlftt/2 14.49

20. 4e
9. M
0. fe I. M 14.49 0.17 8.!A 0.7f f.17 f.50
f. 7f f.17 T519:1915/8 14.40
21. 90
0. N
f. M fN 14.49 0.26 0.78 1.00 9.26
f. 76
1. #
f. ?i 7512112I3/8 13.4 17.15 0.00
0. N 0.00
13. 40
0. 98 0.23 0.33 0.98 f.23
f. 33
f. 85 i

I TS12112II/2

14. 48 19.4
0. f.
8. fe
0. 99 14.4f f.14 9.42 0.58 8.14
f. 42 f.!+

f.16 l TSi4tiin/2 i 4. 4 a.69 0.f. 8.fe 0.N i4.4e

0. i2
f. 36 0.5e 0.12 f.se e.tf
f. i2 1

..u...

g. 4 0,

g pf, J. :- - s- - -.h

a..;.n

) i.... .Y) /6 ..i. / g. eq... ~~r l p l ,i

LOCA STRESS DROET(3131/4'lTM-f L(C TAP'.E 413-4D TUnt S!!E p) Fl%. L"S FCR TM-f LO:: TUti S!!E f OR D-4t PIN MIN THl.5 T SS (fRQCxEl 313 1/4' TAH.E 4 13.40) THICxTSS Lt.I-4t: L 2, D-4t e 4:4 c.r.:

.r.
p (IM IIM SO' L)-

A. V.u - U2" U3' UI U2" ' U3"' K't

  1. .I 7

(!M f.8 ard fllr.Il (IM tem m eren m a r .....n s==........... s nm e e rm mrienne r====mrsmi s e n sa s s a s siv enn m em en e rn i s i n an n n a n.n s n A CT CS CN CI CJ A Q. Cx CN CO CI C-ts mmm. ....memer mmmm==rm.......... m.mesim unmmunimu mm mmmu=ri nu n u n s i n n n TS31311/4 f.29

f. 62 0.97 0.29 0.62 TS313I1/4 2.N 2.00
2. N
4. N
4. N li.N TS41413/16 0.23
f. 33
f. 08
f. 23 0.33 TS4I413/16 3.25 3.N 3.M 6.N
6. ')

!!. 9 T541411/4 0.38 0.58 f.14 8.38 0 id TS4I4II/4 3.fe 3.N

3. N 6.N
6. 7.'

!!. !? T54I4I5/16

f. 48
f. 79 f.16
f. 48 r,79 T5414r5/16
2. 75
2. 75 2.75
5. 9
5. ')

12.'/ T541413/8 0.58

1. 09 0.17 0.58 LN TS41413/8 2.50 2.59 2.59 5.N
5. N
12. 9 T54I4Il/2 0.74
1. fe 0.18 0.74 1.fe T541411/2
2. N 2.N 2.N
4. N
4. N
12. 9 TS$1513/16 0.15 0.29
8. 95 0.15 0.29 TS$1513/16 4.25 3.N 3.25
6. fi
6. ')
12. 9 iS51511/4
p. 26
p. 36
8. F3
f. 26 P. % TS51511/4 4.N 3.N 3.25
6. fe
6. 9
12. 9 TS51513/8 0.59
0. 82 0.29 0.59 0.82 Ts5r513/8 3.59
3. f0 3.25 6.Se 6.9
12. 9 l

TS515II/2 f.%

1. P7 0.35 f.%

l.M TSSI511/2 3.N 3.N 3.N 6.N

6. fe
12. 9 l

TS 61613/16 0.12 0.16 0.04 0.12 f.16 T56I613/16 5.25 3.te

3. 2" 6.fe
6. 9
12. 9 TS 61611/4 f.,21
0. 29
f. 07 0.21 f.29 TS61611/4
5. fe 3.00 3.25
6. fe
6. 5e
12. 9 l

TS 61615/16

0. 33 0.45 0.11
0. 33 0.45 T561615/16 4.75 3.fe 3.25 6.fe
6. 'A
12. 9 l

TS 61613/8

f. 47 f 66 f.16 f.47 f.66 T5616I3/8
4. 58 3.N 3.25 6.N
6. !#

12.d' TS 616I1/2 0.83 1.fr 0.28 0.83

1. N TS61611/2 4.00 3.00 3.25
6. N
6. 'A

!?. 9 TS 81811/4 0.16 0.22

0. 05 f.16 0.22 TS81811/4
7. N
3. N 3.25 6.fe
6. 9 12.')

TS 8I813/8 0.35 9.49 0.12 0.35 9.49 TS8I613/8 6.50 3.00 3.25 6.Pe 6.50

12. 9 TS 418tl/2
0. 62
f. 87 0.21
f. 62 f.87 1581811/2 6.M 3.N 3.2'.

6.N 6.9

12. 9 T51011013/4 0.28 0.39
0. F3 0.28 0.39 T51911913/8 0.56 3.M 3.25 6.89 6.9 12.9 TStetterl/2 0.50 0.70 0.17
f. 'A f.70 1$1ft1011/2 8.fe
3. 0$

3.25 6.N

6. 9

!!.9 TSlfIlt!!/8 0.78 1.09 0.26 0.78 1.fe TSlf rifI5/8 7.59

3. fe 3.25
6. N
6. 9
12. 9 TSil!!PI3/8 0.23 0.33
0. 08 0.23 f.33 TS12Il213/8 19.50 3.fe 3.25 6.fe
6. 'd
12. 'd TS12Ilitt/2 9.42
0. 58 0.14 0.42 0.58 T512112II/2 I f. ft
3. fe 3.25
6. N
6. 9
12. 9 1514I!4I1/2
f. 36
0. 50
f. !?

8.36 f.50 T514I14I1/2

12. N
3. fr 3.25 6.N
6. 9 12.9
.;W.* '?...

k 2 f=2 G % L' 2. 9' M i f.. : 'L-9 r:

LOCA STRESS PDCII(3131/4'17Yif-F LOC ftF.E 413-40 TLM SI7f THICKNESS SW1 %? Sd3 54 PIN SW5 S-E 5.C $8 Mlk ST: 5:P 5.;: .tiv Swl-Swa SW5-Sine (lo ea rm r rewusursesses sam men s m a nm ars ess erver s errsrses m arn a rserss em armu sses s asserrsees tisme s tarrsers::::::::::::::::::::: A CS CT CU CV CW CI CY Cl I4 CF DC I: 7 rensas erums rrrza.rs e s rrrrra m essem a was rrr eraza s :: retres re a m a rtss a en s es ses s ors rue s 3 : rs ru s sa rre tran s s a ss. :::::: : : sa a s s T531311/4 6.50 1.33 3.M 9.M 1.33 6.M 1.33

3. 2 9.75
6. N 13.27 li. "

!!. N T54I413/16 9.75

3. M 3.M 9.75 3.M 9.75
3. 2 3.52 9.75
9. E 13.27
12. %
11. ':

754I411/4 9.75

3. M 3.M 9.75
3. pe 9.M 3.M
3. 52 9.75
9. M 13.27 11.7!
11. %

T5414I5/16 8.94 2.2 3.M 9.75 2.2 8.25 2.52

3. 2 9.75 8.25 13.27
11. %

!!. 'i TS414I3/8 8.13

2. f.4
3. M
9. R
2. N
7. 50 P.M 3.52 9.75
7. 50 13.27 12.'i
13. 71 TS41411/2 6.54 1.33 3.M 9.75
1. 33
6. M
l. 13 3.2 9.75
6. N 13.27 I ?. 7!
12. %

TS c!3/16 9.75 3.M 3.M 9.75 3.M 9.75 3.52 3.52 9.75 9.75 13.27 !? '!

12. 7 TS515ti/4 9.75
3. M 3.M 9.75 3.M 9.75 3.52
3. 2 9.75 9.75 13.27 I?. E li.E TS515IJ/8 9.75
3. pe 3.M 9.75 3.M 9.75
3. 2
3. 2 9.75 9.75 13.27 li.E
11. 7 TSSI5II/2 9.75 3.M 3.M 9.75
3. M 9.M
3. M
3. 2
9. 75
9. M 13.27 12.7!

!!.Z TS 61613/16 9.75 3.se 3.M

9. E 3.M 9.75 3.52
3. 2 9.75 9.75 13.27 12.?!

TS 61611/4 9.75

3. M 3.M 9.E
3. M 9.75 3.52 3.52 9.E
9. E 13.27 12.75 TS 61615/16 9.75
3. M 3.M
9. M.

3.M 9.75 3.52 3.52 9.75

9. M 13.27
11. ".

!!. N TS 61613/8 9.75 3.M 3.M 9.75 3.M 9.75 3.52

3. 2 9.75 9.75 13.27 12.".

!!.E TS 61611/2 9.75 3.M

3. M 9.75 3.M 9.75 3.52 3.52 9.75 9.75 13.27 12.7!
12. ':
  • n 75 818II/4 9.75 3.M 3.M 9.3
3. M 9.75
3. ' '

3.52

9. 75 9.75 13.27 12.7!

TS 81813/8 9.75

3. M 3.M 9.75 3.00 9.75 3.52 3.52 9.75 9.75 13.27 12.7!
12. '!

TS 818II/2 9.75 3.M 3.M 9.75

3. M
9. E
3. 2
3. 2 9.75 9.n 13.27
12. %

T51f11013/8 S.75 3.M 3.00 9.75 3.M

9. E 3.52 3.52 9.75 9.75 13.i?

!!. 7!

12. '!

T51011011/2 9.75 3.00 3.M 9E 3.M 9.E

3. 2
3. *J 9.75
v. 75 13.27 T519:10!$/8 9.n
3. M 3.M 9.75 3.M 9.75 3.52 3.52 9.75 9.75 13.27 12.'i
12. "

T51211213/8 9.75 3.M 3.M 9.75 3.M 9.75 3.2

3. 2 9.E 9.75 13.27

!!. ?! TS1211211/2 9.75 3.M 3.M 9.75

3. M 9.75
3. 2 3.2 9.75 9.75 13.27

!!. ?! TSi411411/2 9.75 3.M

3. M 9.75
3. M
9. 7E 3.2
3. 2 9.75 9.75 13.27
11. ?!
12. 75 m ~~

I .] Y._ 2 _.....O kd.r\\- -....._. -. - @ l eq 4 ) V.' & ? e g~ I I ~ .s e

LOC,1t 5'E55 P80iT(3131/4'ITYTT P LOA 0 TAP.E 413-40 TUPC 517F MIN MI'i Tw!CkTSS SW12 P!A L1,9 Li,P (lM SWFSal! 11 0 earn e sa urs ess rsa s s esse rse e rss en s a ss ess nes s aan: A Dr DG DH DI

== an s===rer===n nn er nn en a nn nn um T531311/4

12. N
12. N
3. N 3.N TSat473/16 13.27 12.75 3.N 3.5 T541411/4 13.27 12.75 3.N 3.5 T54r415/16 13.27 12.75 3.N 3.5 T54!4I3/8 13.27 12.75
3. N 3.25 TS41411/2 13.27 12.75 3.M 3.5 TS515:3/16 13.27 12.75 3.M 3.25 Ts'r$11/4 13.27 12.75 3.00 3.5 TS51513/8 13.27 12.75 3.N 3,25 TS51511/2 13.27 12.75 3.N 3.5 TS 616r3/16 13.27 12.75 3.N 3.5 TS Gr611/4 13.27 12.75 3.N 3,25 TS 616I5/16 13.27 12.75 3.N 3.25 TS 61613/8 13.27 - 12.75 3.M 3.5 TS 61611/2 13.27 12.75 3.00 3.5 TS 8!8tl/4 13.27 12.75
3. se
3. 5 TS 81813/8 13.27 12.75 3.N
3. 5 TS 818II/2 13.27 12.75
3. 00 3.25 T51811913/8 13.27 12.75 3.N 3.5 TSlpriprl/2 13.27 12.75 3.M
3. 5 751911f15/8 13.27 12.75
3. 9P 3.25 7512I!213/8 13.27 12.75
3. pe 3.5 TS12112rl/2 13.27 12.75 3.M 3.25 TS14114I1/2 13.27 12.75 3.N 3.5 P '_*
  • W - ~ -

_DL =.' =. ~ _l 7...e,.., .\\, I l-5 7)h'~

r..,- d. } -.,. 7

// ~..

(0.~ PGE55 Ft.:* ** 4t **l1Y'i-F Lt#.: 1 4.! 4-13-4I a:LII"10N C A:*: A.N..i V; L:'N V;) FI'A L'S FM Ifit F LCA: l'E : LCC TV'i -F IP.'..S!T p ?' ;TA:.! 4 12. 4[i T... - n;s U1 LE U3 Ul' LU' U2' U' U2" U2" U: U!' ' U2 ' ' Pf*Ot. f ICD ti. B Kit. (f. 8 (f). 8 ) (H. 61 10.8) (FE4(f.f v.c Flir.11 FTrTFT FTSF TEWrTETTI FTT 3 3 rrTT R rTS Ft rTTTI rI S S E 3 3 3 8 t rt rT T t i t t rt rW S 8 3 rTT FT2 3 3 rrT 3 213 3rW S 8 t S 33g333 PV P2 CA CP CC "D CI CI CS CH C1 CJ -T .rTen....nnnTr runenr.n nn nsurm amsenanas.m urm...... .mn en nene,,r&n e rn, P. !! 8, 39 8, 52 f.19

f. 51
f. 87
f. ll f 3f
f. 52 f.11
f. 32 f.!J 15LILI! :i 8.14
f. 41 f,72 f.22 0.65 1.N 4.14 8.41 f.72 8.14 8.41 f.72 150 0 1,4 8.17 8.51
0. 95 8.25 8.77 1.N 8.17 8.51
f. 95 8.17
8. 51 f.95 15D E!!ili f.19
f. 61
1. N 8.27
f. 63 1.N 8.19 4.61 1.80 0.19 f.tl
1. N T5E103 i
f. 22
f. 81
1. N 8.25 1.M
1. N P. 22
f. 81 1.N
f. 22 f.8
1. N T5LI D 1/2 f.l!
f. 32 f.45 8.19
f. 32
f. 45 f.19
f. 32
f. 4!
f. !!
f. 32
f. 4! 15616 Is*

8.25 8.66 1.N 8.31

f. M
1. N 5.31
f. 64 1.N
f. 25
f. 66 1.M T5HH3 i
f. 45
1. N 1.N 8.45 1.N 1.N
f. 4 '

l.N

1. N
f. 45
1. N
1. N T5414 1/2 8.16
f. 44 8.63 8.58
f. 44
f. 63 f.18
f. 4 4
f. 63 f.16
f. 4 4 f.L; TS:ft:f 3'E l

f.28

f. 7S
1. 89
8. 32 8.79 1.N
f. 32
f. 79
1. N f.28 f.79
1. N I51 fili 117:

8.44

1. N
1. N
8. 'J 1.N
1. 82
f. 'A 1.M
1. N f.44 1N 1.N ISif tlM!:2 f.13
0. 36
8. 5e 0.13
0. 36
f. 'A 8.13 f.36 f.5e f.13 0.36 f.'A IS!!al212 5 8.22
f. 63
f. 9f 8.23
f. 63
f. 97
f. 23
f. 63
f. 99
f. 22
8. 63 f.W 15121:*!:'2 8.19 8.54
f. 77 8.19 8.54
f. 77 f.19 f 54 f.77 8.19
8. 54 f.77 75!'11651 i l

.. = =........ - ...n a. ,,g t

. f.

p.:...-- g..~. 7. c .= '. m, v @ l39 I.'.'.

uf /_ C'8

'. s.c'"* 6 ii

f / 4 l \\, v. .DC,1 STF.55 pr@ET(6t?'lTYN F LR TFJif + 1,3-4E ' s / 7L%i SI'E F? T4 F %'.E' 5::E wt W' i..: w4 w'. i,i F Hr: p; FS;Oe r$1v.s :<,*. ;. r.- VM:'#NCES Fv90 Fvie p2 r,g F.* ilM (Lin (L2) H (IN5 (!N) (IM (!N: (ylri ( t r.) niti n::1 ( \\- ::.

e. :: t '. o.

W.ET rt t rt.$ FT t tTTTES F33 3 sT3 2lrT31TTt 8 E s t a r tzs t et t t33 88 3 8 8 3 rW FWTT3 3 3 r3333337s t ry 3 33 33p st s t a rt at s e t t e s 3 333 r s t a rt 3 3 33 g y, g gyg g g g g g g g g g A B C D E F G H I J K L M A 0 i WWWFS.rT-....... ENTT3 3 3 2312.2 83 3 E3 rTESt r3 2 3 r3E Es rSE SITt rT3 8 37ESSt t f e rtruss tt333 3333 ssystrtst Et t rTT**TT18 3 8 t ErtT2 3 8 3 rs a t t a rt s t 75 61613/16 6.N t.168 6.hY 7.M 5.2M

7. hY 26. M 5.252 6.h4 24. pat 33.5e 4.ee M. 'A Pi.f!
67. N i;. ci

). arTTTS**; 75 616Il/4

6. N 9.250 6.PM 7. N i 5. Ni 7.N7 26.Ni 5. M 6. fN 24. PN 33.56
4. M
33. 'A 29.P1
67. N ii. i!.

9, -' VS 61615 '!66. N P. 3136. Ne 7. $N

4. 7W 7.ON 26. W 4,757 6.W 24.$N 33.5e 4.N
33. M M.f:
67. N i;.63 5.

75 6tEI3/8 6.If P.375 6.PN 7. M 7 4.500 7. Ni 26.00P

4. !N 6.Nf 24.N7 33. 5e
4. N 33.5e 25.t; 67.fi
.ti Si. '

TS 61611/2

6. N 8. 5N 6. Ni 7. M
4. Mi
7. M i.26. M e
4. M 6. W 24. Ne 33. 'A 4.N 33.'A M. fi
67. N 23.ti
s. -

TS 81611/4

8. N f. 2'A 6. W 7.PN 6.9N 7. PN 26. PN 7. M 6. W 26. Ne 33.58
4. PP 33.'A 25.01 67.e?

11.ti S i.. -' 75 81813/8

8. N f. 375 6. fet 7. 0f t 6. PN
7. PN 26. 9N 6. 5N 6.PN 26.Mi 33.'A 4.00 33.5e M.f t 67.N 11.6) t,. ?:

TS 81811/2 8.R f.5N 6.M 7.tN LW

7. M 26. H P 6. Mi 6. M 26. Ni 33. 5e
4. N
33. 'A 25.9:
67. N 22.6) 9 6.

TSletif13/6 If.N 9.3716.M 7.fe? 6.We 7.M 26.6# 7. hV 6. M 26. M 33.50

4. N 33.M 25.71 67.N c 3. fi 9,.'i TSittital/2 IF.N 8.50e 6.8N 7 M 6. 9N 7. NP 26. N P 7.fE 6.69 26.fe# 33. 'A
4. N 33.5#

M.f A 67 N II 6)

56. 71 TS!ft:P15/8 1f. N S.625 6.See 7. M 6.fti 7. M 26. M 7. M 6.Fi 26.Ni 33.5e 4.fe 33.50 M. fi
67. N 23.61 S.'

751211223/812.N 0.375 6.PN 7.PN 6.067 7.Ne 26.Ni 7.$# 6.f f 2L fee 33.'A

4. H 33.50 M.f t 67.fi 22.6) 9*.*:

75121121!/2 12. N 8.5N 6. M 7. M7 6. PN 7.ON 26. M 7. M 6.Pc 26. PM 33.5e 4.N 33.5e 21.f:

67. N II. ' ?

i*. i . T51411411/214.N f.'Je 6.Nf 7.W 6. 8N 7.9N 26.Ni

7. NP 6.PN 26. fee 33.50
4. fe
33. 'A
21. t1
67. N - 12.6?

9e. ?' y s.

  • n...' _ -

t.~.' -,Eh!: E....C.. '.. ;c_ '..\\ \\ __4 r/7/q' I L..A19 c}yJr;u,' .... a ~.. y, c.. -u i l

i ) i \\ / s 60A ST2E55 #E;OIti617')Tirt-F top TMd 413 6C t FE! G D C i:1 4!.W 14 3 : FE W E*L1 i'k E4 = < 1 Cf vc Gil GFJ Or' (! F33? PR N el rd rl (Mild LWi8 SO:iU L:PO!* Fy/.6* WEJ EJ 4.: .T.* i:. - AC O 3 AC::!* A:57-tO:: (k !! - (1%4 lf G W lf) (ps d TUK TJfi T~ EstSTREWittfTTR3333333 3 8&SE S Stt t$ 3 r31333 r238tt3 333 3333F33rs t 3 3 3 33 33 3 3 3 3 3 3 33333 3 3 r33 33 333 333 33 rg g3 3 3 3333 grg et s ter rg 3 g g 3 3 3 h N N I f M [*h k b k .I h*; ErtrW3 3 3rt WTWrE3r35 TBS 8 E trtSt r tF13 ET-3 3 8 3 statSIS t f FTtt t t 33 33 E ArSISS 3 8 trttS tt 3 3 32stT3.tSt r3 3rts 38ttsgrts r3 3 32stettf rT 3 3 33 3 3 3 3 3 3 t tt tT2 3 16.75 ll6. f! 134. N

f. 66 9.83 1.17 1.N
16. f?

1.N 3.75

2. 2'i
2. 23

,:. N

e. 9 i.'

16.75 116.95 134. N

f. 83 f.83 1.17
1. N
12. N 1.00
5. N
1. 6f
1. 6f
2. 9
2. ')

i.: 16.7! Il 6. f'. 134.N

f. 79
f. 73 1.17 1.N
9. 6f
1. N 6.25 1.'J 1.!J
2. N i.!?
16. 75 116.95 134.N
f. 75
f. 75 1.17 1.N 8.N

!.N 7.W l.33

1. 33
2. 'A
2. 'i

(,

16. 2 !!6.fi 134. fi 1.67 8.67 1.17
1. N 6.N
1. N
10. N 1.13 1.13
2. M 1.!?

5.: 16.7L l l 6. f'. 134. N

f. 75 0.68
f. 88 9.75
16. N
1. N 3.75 1.33
2. 25
2. 3 i.1%

0.N 16.75 116 fi 134. N

f. 75
f. 81
0. 88 0.75 10.67 1.N 5.63
1. 33 1,64
2. b 2.:3
K
16. 5 116.95 134. N
a. 75
f. 75 0.88 t.75
8. N

!. N

7. ')

) 1.33 1.33 2.34 2,15 li. H 16.75 116,95 134. N

t. 6f
0. 7f f.70
8. M 13.33 1.N
4. 5f

' l.64 1.11 2.13

2. M

!!. N 16.7! 116.95 l> W f 69

9. 7f 0.79
f. f>

I f. N !.N 6.N L 4-1.19 2.1:- 2.f? !!. f.-

16. E 116. f 5 134.N
0. 6f 0.78
f. 79 4.60
8. N
1. N
7. 50
1. N
1. ! S 2.13
4. N

!!. N 16.7! !!6.85 134. N f.9

0. 58
f. 58 fM
16. M 1.N 3.75 1.th 1.f 3 1.53
1. 6!

li.N 16.75 116. e' IJ4. N

0. 50
9. 55
f. M B.M 12.99 1.N 5.N
1. f(

l.0? 1.55

1. 62
12. N
16. 7'.,

116.95 134. N

f. 43
8. M f.M
f. 43
14. N 1.N 4.29
1. N !
1. N
1. 6i 1."

li. e.' .m y.-,,. l.e. d . p.. m.,_._. h ;\\ / / V..~._57, /n I L 211...***/'_S,Jh-I s 8..* q t

LOC.*L S'.tE!S Fs Mii617*> TWT-F LCQ TAF.E 4-13 4E 52 53 SW4 S' "s $=E 21,5 22,4 23,6 Ltc :ni.A = g t! g..v;, StG*it MGM SrC?!E LCPGs CCN S[CilDN CJ.US Cf W[il.

versesunenserinnen er.:re rt ru..,n t s :.

...n

n CD C.D 60.0 ICD nCD FWalit: i#d/h Fut.3'tt l'/ @i?

l' =1

5*.*.
i". * '

/ NQ.'.E; ACUSS PAu;LEL (50. im (50. lm (50. 1 0 (ksi) (aso 's. t i, t > 105 '! N : (.':M. :. i. : *... * * ; >. re s sam a n n n es s nineu m rs anrria s se n e rs one rs e nem m a r rri s ena m 11 .us%'Q arisinne 'nsn o wn.nen nia n - 4 Al A.1 4 ft 49 AN A." Ai A3 GA A5 ' A? w. si ar===rera rrwa a rres emes......... = rram essamers emam ers,ri a ni r==m m en.====-en re nme rm s ,,,e m s,4:=m s s s s ri e ru r a : 42.N 54.N 31.5e

12. N
48. M 9.19 31.5e 4% N
17. M
17. t2 7.46 le. ri j;,r-3, ;-

9,9 42.N $*. N 3f. N

12. N
44. N 8.33 39.N 48,N 13,40
13. Q 5.t3 le.h j;,. h gg,p 3 ;, p,:
42. N

$4.M

28. M
12. N 48.N 7.52
28. M 48.M 11.23

!!.28 4.47

11. M
15. t:.

j ?, j g j;,;; 42.N 54.fi 27.N 12.M

48. N 6.75
27. M
48. M 9.93 9.93 3.72 13.15 16.67
). r.

li. i!

42. M 54.M
24. N
12. M
48. M 5.33
24. M

,48.8P 8.37 8.37 2.79 16.13 2?.73

23. it i..;
4. N 54.N
42. N
12. N 56.33
12. N
42. N ' 5t. P' 11.17 9.57 5.15
8. N 9.67 2:.t?

!!. 7

42. 9 54.M 39.N
12. N 58.33
12. M 39.N
54. N 7.44 f E7 3.44
8. tf
9. E' 1;.e-1;.17 W. M 54.N
36. M
12. M 58.33
12. M k.N 9.M
5. 58 5.56 2.52 8.N
9. f 7
,9-

!!.!? , ii. N 54.M

42. M
12. N 58.33
12. C*
42. M S4, W 7.44 L. 38 3.44 3N
9. 6' 1:.f-11.17 4?. t?

54.N 42.M

12. N 56.33
12. N
42. N S4. N
5. 56 4.79
2. 2 8.N
5. f';
1.07

!!.:7 42.N 54.N

42. M
12. N 58.33
12. M
42. M 5*.M 4.47 3.83
2. M 8.N 9.fi

! !. t' 11.17 42.M 54.N 42.0f

12. M
58. 33
12. N
42. M 5'. M 7.44 6.38 3.44
8. N
9. E?

12, t? 1:. :7 42.M '4. N

42. M
12. M 58.33 12.N 42.N 54.M
5. M 4.79 2.Se 8.N 9, t !

11.f' 11.17 42.N $4. M

42. N
12. M

$8. 33

12. N
42. N
54. N
5. 58 4.79
2. 58
e. N 9.67

!!.t? 11.17 l l l r--, :........ _ L. '.2.b...i* /. G s g J g ,!. A&_, ~. i e,t I I i. .a'= .b y

I LTA. 57RES! P' aflist?')TYTi-) LO:: ItAE 4-13-4E d L0aC 7 Y r I -F L t.* :. :.: c,,:6 : F05CE Ok WtLD tc:t:...: STT 8 8 8 FT S S FSS ET FT3 8 3 8 R S S # 3 3 3 3 2 3 rt s 3 3 3 rt 3,3,3 3,3,,3,3 3 g,3,,,,,,3 g g,3,g,188 8 88 tSS S RS 8 8 t s t 3 8 FTERWS F41 26r.HP 26M4! 24'032 26FaiP7 F452 36r a u E rg g e 36F e y xmc Fw-2 Fu:'tc F4.. t : r.;.,

o. its/lku k:ts/1% n tir$ r t M (kir$/l h ut!:i/!M (k!f$ilM (r. Irs / t h ux!PS t!% Hult unnmmmemannmunnumennn.m mun..nmm unm.s!!M (K!r6/INdr.ltitlki hw ht..

i.i. m.,,, m. m.,, 33 g, A' At Ay A: Ic sp g pp g pr pc gw y 3 .n==me rm mmi s. nsmarmm eT== mmm m nm en-m nmom mmmn nm m n.,,,,,,,,,,p,. 14.59 4.89

5. 26 5.28 4.25 5.26
2. 6P 2%

3.12 2.79 3.12 77.79

26. !!

16.ti

6. !-

,,,,, m m,,,

16. N 5.13
5. 53 5.54 4.47 5.54 2.64 2%

3.12 2.79 3.12 64.32 22.1' 12.61

s. t:
17. &2 5.42
5. E 5.83
4. 70 5.83 2.64 2.%

3.12 2.79 3.12 '7. P1 16.67

9. 5-
i.. -
19. 85

' 71 6.14 6.16

4. 96 6.16 2.6e 2.96 3.12 2.79 3.12

'.J. 9 4 16.42

8. 2:

It. i: 25.13 6.42 6.91 6.93 5.58 6.93 2.6e 2.% 3.12 2.79 3.12 '.4. 25

12. 6L L.13
1.it 11.17 3.67 3.95 3.%

3.19 3.% 2.36 2.67 2.79 2.48 2.79 44.67 15.64 1:.:7

5. P; 11.17 3.95 4.25 4.26 3.44 4.26 2.36 2.67 2.79 2.46 2.79 29.76

!!.3? 7.4: ' it 11.17 4.28 4.61 4.62 3.72

4. 62 2.E 2.67 2.79
2. 48 2.79 22.33
9. i.
5. 'i 12.2/

11.17 3.67

3. 95 3.%

3.19 3.%

2. M 2.67 2.79 2.46 2.79 29.76 I t. '.4
7. 4!
4. i ?

11.17 3.67 3.95 3.% 3.19

3. %

2.36 2.67 2.79 2.45 2.79 22.33

7. 92 5.ti 6.1+.
11. 17 3.67 3.95 3.96 3.19
3. %

2.E 2.67 2.79 2.46 2.79 17.87

6. 3.

4.4?

7. ):

11.17 3.67

3. 9',
3. %

3.19

3. %

2.M 2.67 2.79 2.48 2.79 29.78 t t. '.4

7. 4
3. 7:

11.17 3.67 3.95

3. %

3.19

3. %

2.% 2.67 2.79 2.48 2.79 22.33 7.92 ' !)

5. p?

f !!.17 3.67 3.95

3. %

3.19

3. %

2.% 2.67

2. 79 2.48 2.79 22.33
7. 92 5.59 4.21 s...p :)

't' e- .m.- t A s. ' rhin I / / / 1 Y. D' b W s 1

s a m 51rd:- M OI1tD7'11Mi ? 'C41Ai. E 4-13 4T vt (FETA (f.9) 1 MMF.E vp (FE' Alf. 61 1 1 M04.E F1 (GTCC CD.'!"! ' ICA.C.LA'E IF L1 04 1.2 C..F vp;e m;N F: FI' MIN F2 F2' PIN m NtF1,F2 Fl" Fl'" MINPFl' 'I % i '**.- (ks p V S uv $.? (65:1 (h d F1,FI' (F2 M*04 Cth 4.S0 F2,F2' ,(F1'*Fi') Fl'") Fli, tr;..),-;. r,! ;; ; p. es serrews:rurm an resertera (kgg) ibgn) (kgO (h61) ( h 51 ) :as ra n s==s esvas surzress e m .i}'. ::::::::::n a a n s: A le tw PC PP IC PR P5 Bi PJ PV P. 17 l' E! wm m e m m erm e sa n ums am m===== =m m mm er=== =m n na mn ms mm mrin ne= ru mmem i n

8. 5' 8.57

'8.!' 8.57

8. 57 14.48 14.'t 14.48 22.97 56.79 46.68 4 8. R
63. N
f. :1
f. : '

annw 9.N 9.N

9. N
9. fi
9. N 14.49 14.49 14.4f 23.4f 75.M
64. 6f 64.87 7:.M
t. I' f.4:

9.47 9.47 9.47 9.47 9.47 14.48

14. 4f 14.40 23.87
94. 5$

fl.N Bl.N Si. 4f

f. '
f. I.

If. N IP. N lf. R I f. N lt. R 14.47 14.47 14.44 24.4f Il3. 4f 97.19

97. N

!!!. f.f F !5 f.: 11.25 !!.25 !!.25 11.25

11. 25 14.48 14.48 14.40 25.65 151.29 129.67 IM. bf 144.fi
f. 2.:
f. !:

8.57 5.N 8.57

5. f t
5. N
14. 4 14.4f 14.48 19.4f 0.0c
0. w f.N 16.4f f.:1
f. 3.

9.23

7. !#

9.23 7.58 7.59

14. 4f 14.49 14.40 21.98
8. N
f. fi
f. R 34.4?
f. !!
f. i.

it. M If. M lf. N

10. M lf. M
14. 4 14.4f 14.4f
24. 6f
0. M
t. R tN 14.4f f.'!
. f.'
5. 36 4.69 5.36 4.69 4.69 14.48 14.48
14. 4f 19.P9
f. f t
8. N
f. N
14. 4 f
f. li f. '-

7.14 6.25 7.14 6.25 6.25

14. 4f
14. 6f 14.48 M.65
0. 99
t. fi
8. N
16. 4 f f.!!
f. 73 8.93
7. 8) 8.93
7. 8) 7.81 14.47
14. 4 14.40 22.21 8.N
f. N
f. N
14. 't f.*'
1. f?
3. 86
3. 5 3.66 3.75 3.75
14. 4 14.48
14. 4 18.15 8.N
f. N fN 14 C f.13 f.:e 5.14 5.M 5.14 5.N 5.M 14.48 14.48 14.4f 19.49
8. M 9N 0N 14 'i f 32 f 12

.s 4.29 4.29 4.29 4.29 4.29 14.49

14. 4f
14. 4 18.69
8. fi
8. M f.M
14. 4f f.1%

f.!- i ,. 9. i. O_. C. O..... ' _ ...=\\ ~; M "7

....Jh/L s'h )n-

....n..~. .~. g

n S sti! F
O t <6s?'lirti F 'S: 1AF.I 4-13 4!

U :;12 :13 5R1C5 ALCW'.*.I vp'RilN: Vt. FSA. U'S FCE 1Yii F LO*: TcFE S!![ B 0; C-4t p :'. LCR litt -1 (F40.IT 617'; false 4-13.4Es THIDM55 L;.*.'..*.- IIM U3 U:' U2' U2' Ul" U2" U3" U" ' U2' ' VI' " >!Tase 6 (F).81 (Fr.fi (Fl. 8) (fiTate.! at.t Fl>r,1) (!A' ,s.. ensimnn=rm ammen esinmen emm smam mninnmannens======= rers o nem mermenm u e rn n CA CF CC CD C1 CF CS CH Cl CJ G CL 0* C' ensu ___ ____ _______ n imm.nemememn=sermmmnemeermanniennunemm:nenmsmne=enn enne n s urin n p.R g.19 4.51

f. 87 P. ll
f. 39 p.R
f. !!

F. 3e

0. R 15tI613/16
5. t".
5. 2".

1.i: f.72 0.22 0.65

1. W 9.14 f.41
p. 72 0.14
f. 41 P.72 T541611/4
  • t?

1.N !.N

t. 95 9.25
f. D 1.92 0.17
p. 51
p. 95 P.17
f. 51 f.95 1561615/16
4. ?!

4.7!

4. 7' l.N 3.27 8.88 1N 9.19
0. 61
1. M 0.19 0.61
1. N TS6161318
4. 5P
4. 9 4.9 1.N 9.29
1. M
1. tr 9.22
f. 81
1. M
f. 22 9.81

!. N 1561611/2

4. N
4. N 4.90
9. 4 f.19 8.32 8.45 9.19 8.32
p. 45 0.11
9. 32 8.4! 1581671/4
7. N
6. N
7. N
1. 99
f. 31
f. 66
1. M
f. 31
f. 66
1. M P. 25
8. 66 1.P9 1521213/8
6. 9 6.t?
6. W l.M t.45
1. M
1. M
t. 45
1. N
1. K
f. 4!
1. N
1. M IS81331/2
6. M 6N i.N
t. 63 0.18
p. 44
p. 63 0.18 f.44
f. 63 f.16 f.44 P.631519 t t f13/8 8.9 E.N
7. N
1. N
e. 32 f.79
1. W
t. 32 0.71
1. N P. 28
t. 79
1. W TSlftttt1/2 8.N
6. N
7. N i

1.N

8. 9 1.M
1. 80 8.9
1. 9
1. M 0.44
1. 07
1. M 151fl1015/6
7. 9 6.N
7. f 2 t.W 8.13
9. 36 0.50 8.13
0. 3!

f.W 8.13

0. 36
f. 9 751211213/8 It.5e 6.N
7. N t 99 9.23 8.63
9. 9e 0.23
8. 63
f. 9e
f. 22 0.63 f.9e 1$12112I!/2 If.N
6. N
7. N
t. M t.19 0.54
f. D l.19
f. 54
f. /7 p.19
p. 54
4. D TS14114rl/2
12. R 6.N
7. N l

p..... i...-. ,'. ~ ' a. w. h -. =. s ~

  1. 757 t. 4L ~

r kg_ r.u D.C,e. L ~ g

(0*A, $'ItE55 f tO.E't6tP11Yri-F LCAr 14J 413 4I Geo VJ M,19 SW1 SW2 SW3 E4 Plk S4 Sid SW I: s<:i WG mv. 5154 E.I IK.I' E.I-b'. : : 3g33 3 3 3 3 33 3 3 3333 3 3 8 f rS ESETE 8 82 8 818 8 8 8 3318 8 88 E3318 3 3 3 3 8 183 8 8 333 3 83 3 3 rT3 233 ES S S Es t rT E t 8 9 t S ES S EST*18 8 tttsrTtettafr: T Cr C:1 C9 CS CT CU CV CE Cr Cf Cl N Ii L: non,m m.ne. nummmersonme=======mnenn=er==numunnennerensemn e*=amnenansinern=n = n =n n " It.W '

19. 9
24. tt 36.75 9.19
12. M
31. 50 9.19 31.M 1.19 16.33 3L.7!

M 9 ' 11 -- If.N lt. N

24. N
35. H 8.33
12. N 3P. fi 8.33 38.N
8. 13 IL 33 E fi
32. N IL L 9.M 9.M
24. N 33.25
7. !J 12.M
28. W 7.M
25. N
7. '2 16.33 33.25 i '. M - M!

9.N

9. M
24. N 31.Se 6.75
12. N 27.N
6. 7!,
27. N 6.75 16,33
31. !?
27. N ' M. 3:

8.N 8.N

24. N 28.N
5. 33
12. N 24.8e 5.33
24. N 5.33 16.33 ei. N 2N / M. :.
12. N
14. N 26.N
42. N
12. N
12. N
42. N
12. M
42. N 16.33 16.33 4!. M

'2. N MM 12.N

13. N 26.N
42. N
12. N
12. N 39.N 12.se
39. N
14. N 16.33 4.N
31. N / M.L
12. N II. N M. N
42. N
12. N
12. N 36.N
12. N 3L N
12. M IL 33
41. N 3L N

'J. M

12. M
14. M
26. N
42. N
12. N
12. N
42. N
12. N 42.N 16.33 16.33
41. N
  • i.N M. ::
12. N
14. N M.N 42.N
12. N
12. N
42. N
12. N
42. N 1L 33 16.33 42.N 4.N M. 3.'
12. N 14.80 M.N Q.y
12. M
12. N 42.N
12. N 4L 97 16.33 16.33
41. N
42. N IL M 12.ft
14. N M.N
42. N 12.80
12. M
42. N
12. N
42. N 16.33 16.33 42.N 4.N M,33
12. 8e
14. N
26. N
42. N 12.80
12. M
42. N
12. N
42. se 16.33 16.33 4.N
41. N M.M
12. 8e
14. N M.N 4h N
12. M
12. N
42. N
12. N 42.N 16.33 16.33 4.N 4.H M. 32

\\ ~..... L.

  • V. T-

~~ l k h11 . Jh$.-.___ f7

o. j -....,w /

g i i

LDA S'*E!! PCIfiil?'mfi4 LCC* TAKE 4-13-4E p;h PIN 5 :t 5=:1 5 12 PIN L 1,6 L.$, I. $@$;? n =rm n o n e n e m es a emu n e s e ns en n n e m n e s s a. 05 DC DF D6 DM D;

vme=rres=== === = ===,urrea rem m m us._

'.N

48. N
48. N 68.N
6. N 6.N A
54. N
46. N
48. N 46.N 6.N
6. N

'A. N

48. N 48.N
48. N 6N 6.N 5*.M
49. N
48. N 68.N 6.N 6.N 54.N
48. N
46. N
48. N 6.N
6. N l

l

54. N

$4. M 58.33 54.M

6. M
7. M i

54.N 54.N %. 33 3.N 6.M

7. PP

$4. N

54. N M. 33
54. M
6. N
7. N 54.N

'.N M. 33 54.N 6.N

7. N A

l

54. N

'.M 58.33 54.M 6.N

7. M A

54.N $4.M 58.33 54.M 6.N 7N l 54.N 54.N 56.33 54.N 6.N 7.N 'A. M 'A. N 2.33 54.N 6.N

7. N 54.N 54.M 58.33
54. M 6.N
7. M 1

l l l W W % W SOS l M so.-

  • .0 6

%. r.,_.s.t.;. .g _ 3 ([7 lYl l i k

  • _yn' f
  • kh)f r..a 5 1 n 2 g

Cti 54!!! M:.N' tion'v i-F LCO TA1.E 413 4r V'!Ll'AiT. F:C1 N..tL N :.E verf.C' N V;i FlW U'! G TYii4 LDt, i ~ L N O f ret 4 (F 4.I' 7 ? ;'Aki 4 13.4*) U: W U3 V:' W' LT U:" W' L;" U; ' " U2 " ' M'" Fi!A f. 6 Fif A if. E Mif. <f 8 16 t. 5 e (F).8) t h'. 8) (FITA.f.8 v4 F1)r.it IS 98ttttttttstWTT223889TtttRBS33332333233fttttttttastTatTttttttttT19213333333333333333388833893293283f933388 b H C: CF C CD CE CF CC. Dd fl C.' 818FTittEtt*II E t t tTfTT S #2T3 8 3 ft T3 s tt tt t tTt t tt t t t t B E S W1t t t t t tttttTTt tt t ttt tt t t t t tt t t t tt t s TWT T FT tt tTB BETT E 3 8 f.13

f. 33
f. 53 f.13
f. 55 9.53 f.13
f. 33
f. 53 f.13
f. 33 f.53 15E 01:. 4 ttsSSTttttttttts f.16 4.41
f. 6i 0.16 9.77 fH 8.18
0. 4)
8. 6L 0.18
f. 49 f.K ?!510 -
f. 23 f.ie
1. N
f. 23
f. ?'

l.N

p. 23
f. 66
1. N
f. 23
f. M
l. N 154 E : 4 f.12
f. 38 f.!4
0. N 8.38
f. 'A f.N f.36 0.'A t.12
0. 38 f.5415 f!!f d '6
f. 22
f. 63
f. 97
p. 29
f. 63
f. 97 8.29
f. 63
f. 97 8.22 0.63 f.97 1519:17:1/2
f. 33
f. 92 1.N
f. 34
f. 92 1.N
9. 33 0.92
1. N
f. 34 0.92 1.N 15!f t:f tit!

f.f3

f. 29 f.39 f.12
f. 29
f. 39 0.12
8. M 9.39
f. 03
f. 29 f.39 151271!!3/6 f.16 f.11
f. 74 9.N
8. 'l
f. 70 0.29
f. 51 f.78 f.16
f. 51 f.7f 75121 211/2 f.13 f.42 f.'.A f.14
f. 42
0. 56 f.14 f.42 0.58 0.13
f. 42 f..'A 151411 11/2 e

7,T.s..... f. f 7 g C.' i. g. f. $0.J d d.S ) 3 h I pt.cr SL cc._6, g

.0CA $15.!S.: MO??i7t9'31V*i P LD:: itJ.E 412-tr 7.H 5;:i M 1 +. 'F8 0 E' Fl!E h: W h3 k-k'.. hi F >(!>1 FSINN F51%!P re:.'. ;.' t-: int Wii. F/# Fv67 a: ' (thi (L11 (;2) H IIA' t!Ai I!M tlN! tx!M tir) a l>> ib!h s !a.-* : 8 3 tttre 3 SW338tt t BB 3 f tttt tyttt333 BR 833 EttttttyTitatts tesstrts attaatstyrstrtratttttttsstritt $ttFT A P C D E F G H I J x L M h 0 t G s ERRrt $ 3T3 883 3 33r3 3 s 3 f t t 3 3 3 3 3318 3 rti rt 8 5 : WTTT3 233 F3TTTT ESTTa ts rt Stt rTt rtt t t t t t R STt 2 33 3 3 33 3 3 3 8 3 3 3 3 3 33 3 33 3 3 333 3 3 333 33 3 33333333 3 rTtstSttttttf rtetrtTfTttttt 3 t r$ 3 3 3 3 33 f a tt 3 3 f t ts 3 8 s - TS 8titl/4

8. N t. 2*f 7. W? 9. N!
7. Ni 9. M M. W
7. W 7.Nt 30.Wi M. be 5. 2*.

'. 67 43.62 IM.E2

31. 75 J

TS 816 3/8

f. N f.375 7. W 9. Ni 6. W 9.9N 32.Ni 6.5N
7. W 3e. W 54.68 5.25 M.6e 4 3. 82 IM. 63 31.75 l E'. E.

TS 6:5t1/2

8. N t. 5N 7. W2 9. N2 6. W
9. N! M. M 6. M 7.t N 34. M i St.6e 5.5 5t. 6P 43.62 132. !!
7. 7i 151f11Pr2/e it. M !.,75 7. W 9. N i 7. Ni 9 Ni 32.W 8 !.4 7.N: M. W 5t.64 5. 25

'J. 6i 43.82 12.6: ?. 76 167.6-7517!!#11/2 It.N f.W 7.PN 9.8Pi 7.te? 9. M 32. W 8. W 7.N? 32.M 50. 64 5.25 5t.6e 43.12 13:.62 3. 7i li' - T519 1915/8 19.M t. 625 7.W 9. W 7. Ni 9. W 32. Nt 7. W 7. W 32. Ni St.6e 5.25 St. 68 43.82 1 2.63 ' 21.76, li ?. f - T51211213/812.N t.375 7.eN 9.W 7. W 9. E 32. Ni 9. W 7 NJ M.Mi St.6# 5. 25 'J.62

43. 82 IM.!!

3!.?! 157 f. 1512I1111/2 li.R f.'c 7 eN 9.Ni

7. pN 9.wi M.Ni 9. Ni
7. W ? 32. W 5e.6e
  • 25 5#,62 43.62 lu.62
35. 76 15'.6 f514114t!/214.M t.W 7.W? 9.PN 7. tM
9. W 32. W 9. M
7. 0N 32. tN 50. 6e '. 25 50.6e 43.62 1M.62

!!.76 16 ?. i. ~^_ g g g CC'. I *.i '. f.' g f* P j, $ U L~*? $ 2_ 5 '.6 q 7 ~ ~... / 1 = =.~m. g

.CG. STRI!! l:Olith?'11 Tf;) LOC TAF.[ 413 4r T!!%.'f F<.T.?? FC:P PI's! K1.V [it.: [Tr.; sc,,aj gr y; gg3 g; pp;. p. I'M G ' A' r.1 n2 el (i.t. l * > L>xp scstta ~ La.; : $,:. p....... r F y t. i-WhD 60.D Wr, j,; (N. ACR35 ACC35 A *3

  • 5..

tx!; I!%-6.15, (! w !rs tet o TUFI TUFI Tu-? s::.. $tt88223828 88333:382F1 838 388 388 8 82En 8SstSS St:85FSEStrWTTsatt3:3:sttrt:339tstatstMS 8 :B ::FSFT383rTFFTFWE2883F3f e 33ttttttf 3 f

  • T U

V W X Y Z M f.f AC f4 fi t.: .n min en m a n n n e m n e m e s a m t e n e ra mti o n s res s m e ssiemn e t m n e s s ererem e n e n s e m a tu s a si n ss en s a s s i n i n u n n neren-

25. N 2M. fi 2ti. 65
f. 8!

f.8e 1.13

f. 8a 16.M 1.Se 3.75
2. 23 2.23
2. 'J 2.35 5. 30 2M.N M5. 65
f. 81
f. 81 1.13
f. 88 19.67
1. N 5.63
1. 64 1,64 2.9
2. 3 14.0:
25. Je 2W. N 265.65 f.75 f.75 1.13
0. 86
8. W 3.H 7.50 1.33 1.33
2. !6' 2.3 12.?:

25.3e 230.96 265.65

9. 78
f. 85
f. 99 0.70 13.33
1. M
4. *A 1.19
t. 96
2. li 1.11 li.:.
25. Je 23f.M 265.65 0.77
f. 8f 0.90 0.70 IF. M 1.N
6. W

!.13

1. '4
2. 35

.12 li.:. 5.3r 230. M 265.65

0. 7f 0.75
0. 90 0.79 8.N
1. N
7. *J 1.19
1. 13
2. 35 2.:1

!!.22 25.39 i:37. fi 265.65

f. 5e
0. 7!

8.75 8.'4

16. N
1. ft 3.75 1.f 3 1.33 2.:9
.5!

li. 3

25. 30 239. M 265.65
0. 58 8.75 9.75
f. 58
12. M
1. 00
5. 99 1.03 1.33 2.11
.Si
16. :.
25. 30 2M. N 265.65 0.50 0.64 0.64
f. 57
14. M l.00 4.23 1.M 1.f 3
2. f5

~ mar" ' l' l l C. 1e 3 0 -.L f. (. E. C';;.; .d &' ~ __s W...._ _q o f rT i. 1 i i P-. = s.. '.. n,mp, .J.

  • a

.e es** e l -_,-_,,--.,._.__m,

.0tA 5'Ef 5 H.Di* t719*iTWi4 Lt.4 f ts.E 413 4r s4 s.3 53 S.T Swi 21,! 22,4 23,6 LO'* 1Cid it.:11 4-v i r S<tifs sLLO.r.: SK87E8 LCMit ALON SE~TICh C.U.S Or r.,t u m t u tit u m t u t t a rti WE.I-W.0 E.0 WE: D wi'. nmn nt nin.n nu tu t S t r n: F@ lite Fitd/te F tJ/te I W r:> l'J.: - : 9..: y :::.:- M 8 A..E'. AC8035 N84.LEL (S".;hi (SO.1%> (50.1%) tbut unt ntu (Fl:i '! A N;. . :. l-rotunnursertanttmt 3mmtattuntnutmunmt tnuttmn 11 3 r</.O.K Su tetut tt ttntunntentin n t. Al tJ 4 4. A= Gri A0 A0 M st5

c.
  • c, Ba t taterf rt rerttTttT22 ffyt3TW rt rt s Statt 8 FWt t t rts 3 a t 3 522238 r2333 S FS 38 F33 33 Brt t t t 8 328334 33 8 8 22 t
s.,

tStStStittittttt3533$1328??I 33333333333r-Q.N 79.33 49.N 16.33 77.33 16.33

49. N
72. 33 14.46 14.46 6.75 ll.H 14.f:
11. !':

li.c W. N 79.33

45. W 16.33 77.33 14.PS
45. W 72.33 18.38 18.38 4.W
12. N II.ti 16.26

!!.fi 63.M 79.33 42.N 16.33 77.33

12. M 4.M 72.33 6.43 6.43 3.37 14.72 12.64 2:.it 21.I' O. M 79.33
59. 9 16.33 98.N 16.33
59. 9 79.13 9.64
7. 94 4.22

!!.26

14. Bi it. fi li.it O.R 79.33 56.99 16.33 90.N 16.33

$6 N 79.23 7.23 6.23 3.16 !!.26

16. e!
.!)

li.h U. pt 79.33 52.W 16.33 9e.M 16.33

52. 9 79.13 5.78
5. 49 2.53 II.M
14. fi
L. fi U.M 79.33 U.R 16.33 9t. N
16. 33 63.H 79.33 9.64
7. 9 4.22 11.26 14.ti

!!.fi U. M 79.33 63.00

16. 33 9P.M 16.13 U.M
79. 33 7.23
5. 62
.16
11. M 14.7i li. fi

!!. ~: O.N 79.33 63.M 16.33 9t.N 16.23 63.H 79.13 7.23 ' 62 3.1E !!.E t *. ti it.ii

i...

m...

. ' v. -.E..- C O.?..O. -

. !. t} s ) e. g h[ b7f e s Dh7 3 '-.-.2&L- ... a. v' i J,==.

s..r

.R SUES: HOD (739'litTT4 LW 1Al'.I 4-13-4r tpap

7) r64 LU: :i.2 F03CEOA W6Ll AUIM*-

.s m e m mmm mm n n u mu n nmmn msmsommn uum u m un m u m m s urns F4: 23 46f 24'ai*! 2.r43t 24r,y r,;; 36;4,g 3;:44' 36 434 36rk!.i F43 FWH/tc Fhi t: F.:. *: s:: te!!$. Ih m:fi'lo 9.!!1.' 0 d lif /10 P: $'lM n I:$llM n!;5/lM (k:iS/lM n its/lo n:Ti/!ki(K!L5!!O bsii 8.t.. .t.. i.<: g rs usururv e rt se s s s e a rre s e s s s s s a s s a t ra s a s s rv ers e rs s t a a rre rs e nws rs yss es s s s s se s es ses errra n s a s s sws s es t l{ s L,5;,,*, eersesse sw AI At A2 PQ H K 3D f( F E6 IS f 1.' ). rrarn en n es u m u rs u s u n m nu n u n m um m s.n m m e rs m u s s es es s nn s ss s s a m uress m ennum m n m : 16.26

5. 64 6.39 6.50 5.42
6. 'A 3.30 3.79
4. f ?

3.67

4. fi 65.M M. f:
t. t E.!-

16.8l 6.29

6. Be 7.fe 5.64 7.N 3.30 3.79
4. P2 3.67 4.02

'. 34 16.6? 17.73 J 22.14

6. 8:

7.45 7.59 6.33

7. ' 9 3.3P 3.75
4. 82 3.67
4. fi 44.26 l' l' i.t It.7:

16.26 4.81

5. 26 5.35 4.46 5.E 3.04 3.49 3.61
3. 35 3.69 43.37 14.i!
9. 8
i. 3:
16. M
5. !!

5.'9 5.69 4.74 5.69

3. 64 3.49 3.69 3.35 3.69
32. 53 1:. 34
7. 34
7. :6 16.26 5.45 5.%

6.07

5. E 6.07 3.94 3.49 3.69
3. 35 3.69 26.82
9. 71 5 ??

6.5; 16.26

4. 'A 4.97 5.E 4.22
5. P6
3. 94 3.49 3.69
3. 3' 3.69 43.37 13.49 5.6-
2. !i 16.26 4.54 4.97 5.E 4.22
5. N 3.04 3.49 3.69 3.35 3.61
32. 53 19.!!
7. 34
1. :.
16. M 4.54 4.97
5. E 4.22

'N

3. 64 3.49 3.69 3.35 3.69
32. '.3 17.1:
7. 36
4. 2'i n

OW bb *- %.2 1.c x

.....-.=.....-

1 o i _..n,jr] g. 3 M.. ch h> ! II.2,..A .. L. h

(n $1E5; HAN14719')f tTI I LW T4.E 4-13 4r vt (77'" t. 6) 1 AL' M4.i v; (biW P.Pi 1 A.LOL4.f 71 ($fML CO '..."l:r ICA. aa'E 19 L105 Li8:01 F 1 Vpa2 'M F1 Fl' P.h F2 F2' F.4 r>tF1,F2 F;s4 Fl 8t!N F1' sh r!". u (ku: VS: tv;,0.2 (15 9 (6tsi F1.Fl' (Fi P.*> C"r, 4.$0 FjJt', f el' +r}, F"') ti., it :);. t. : ;? ; & 5

wrersersze rses sis :::::

(kggi (bgg) (kg:) (ke. t 4 g;!.snew:.taeensorer,anserer* erj'. evnenn eress ens-P;, le IN 90 10 F3 H k$ PT PJ IV f= In F' f inimon..mmanr.n-m mumm ernennens=mnennm-sumsen=,7== rmsece=n=====ninnes en sininun nu. 8.57 6.57 8 '7 6.57 6.57 14.4P 14.4P 14.40

12. 9'r f.N
  • 5. ie
8. N 14.47 f.!!
f. '

9.23 9.23 9.23 9.23 9.23

14. 4
14. 4f 14.4i 2' 53 8.N (l1.4C
t. N 14.45
7. !!
t. *i it. pe li. pt lp. N If. N IP. Pt
14. 4P
14. 4 14.4s 24.49 8.~ fi 151.?v
f. N l' *?

P. il i.: 8.82 5.36

8. 82 5.36 5.36
14. 6e
14. 4 14.49
19. 7(.
8. N
2. M t.R

!*.*P f.!!

f. :
3. 38 7.14 9.38 7.14 7.14 14.47 14.49 14.49
21. '.A
f. N i 19
9. P7 14.4i
f. i!

f.;: It. N 8.93 It. M

8. 93 8.93
14. 4 1*N 14.i f t 23.33 8.N Q. N
0. St 14.47 f.26 e.C
5. 00 3.86 5.99 3.86 3.66 14.48
14. 0 14 46 l t.' X 8 Pi
7. N
t. M 14.60 i ti
f. M 6.67 5.14 6.67 5.14 5.14
14. 4
14. d
14. 4t 19 '.'

O.N 8.ti

8. N
6. *f f.'i
f. ' '

4.67 4.29 4.67

4. t3 4.29 14.4e 14.4t

!* 6;

16. n 0.u s.ee e.N i4..s t
e. 2
f. 41 r.

i 1 p..... % ? 6 l'. O' O

2

.h i ~ e l Mul._; O, cIJW I. e4. FF.Z [ f L

,g g c*>;35 lit.pi*t?!?'l?)fi l L W IAF.E **l3* 1;?nlit.*: S FA"*05,A.t % F.i V:/ACi! G v:n FINA. taS FCE 1Y;i-l' LOE TUK $12I I' 0 I-e * :'. e :'. L%* TvM -F ipsayit 739';1r,t. I 6 33.ds inDMSS L:,.'. - (IM a g;. Up up plu y20 g3u g;m t;. m Ly n Pita :t. 8 (P. 51 (P.85 t} '. 8) (FifA(P.6 a's F1)r!) (IM es a sses amsas,wm e m es s e :::::::::rv erri s s a ram ur es t ris m ai n s anus i n es s ess e ne rsersw e rrte ns as ev ass e s s a s s as CA CP CC CD E CT CG CH CI CJ A C; (* C '. Fat:3TT Tan 2:stasse:S 3:13 ssesafestnad:F ::::: F :T ::::: Restisess:Takens ESS 23:sset zerfSF8tForTTTTTTTesters ::::::::::::: yss

f. 53 f.13
f. 55 P. 53 0.13 9.33 0.53 9.13
f. 33 f.53 T5e1811/4 7 P?
7. N

!. P? P. N 9.18 f.77

f. 86 f.18 f.43
0. 6E t.18 6.43 f.ti 1581613/8 E. 'A

(.!? t.N !.N

f. 23
8. 95 1.M
t. 23
f. 66 1.R P. 23
f. 66
1. N T56 611/2 f.N
l. f /
6. t?

9.54 f.N t.3e 0.54 8.M

t. 38 8.54 t.12
f. 38 f.54 TSlfiler3/8 8.'4 7.e?
6. 9
f. 97
f. 29
f. 63 P. 97
f. 29 9.63 8.97 4.22
9. 63 8.97 ISlft1911/2
8. P?
7. f.-
f. 7?
1. M
f. 38 0.92
1. R
t. 38 P. 92
1. M
t. 34 0.92
1. M TS1911tI:18 7.50 7.92
7. 'd 0.39 f.12
f. 29
9. 39 0.12
f. 29 9.39
9. 93 0.29 f.39 1512:12r3/8 If.5P 7.N
i. N
f. 7f 0.2e
f. 51 0.79 8.2%

f.51 0.70 0.16 0.51 0.78 TS1211111/2

19. N
7. N
1. 7.'

O.M p.14 8.42 p.M t.14 f.42

f. 58 f.13 F. 42 t.58 TS:4tl4:1/2 li.N

?. N 1.e? /~ p..-..... ~- .~.. _E _!. g w I., -i. ).--._.._- p.JNL f ND- ) - : a p c, ~e. /< _a ) -n ,.v-

'.0 A S PC55 P 4}Iti7:9')tm P LS: TAI. [ 4 13.ar ca.14 Me M,lt 51 Sei Sa3 S=4 5.! SW6 Sa S*::: LCN UM: 5 1 5. di.: wi.: af.. ? p33333332T3 383222 333 3 f t t 8 3F383 88333I33 83 23 8 f t FRS 23 293332533889tStr$3rt3373333823F337929T3 88kt 2333 898 8 stb 28F288 383 f t 3 3 38 8 f 33a3332-C: Cf C3 CR CS CT CU CV Cd CI Cf C2 C'. ti F3 3 3 3 3 3 8 3 3 5 333 8838 8 82 3 9 8 9 3 8 R 8 2233 3 3 3 3 3 2 3 3 3 3 3 STW W 3 3 8 8 IS S Et S t eFSt r STS St Fttt $3 3 3 et3'

14. M
14. N 3e.N
63. N 16.33 16.33
41. N 16.33
41. N 16.33
27. M U.N
  • i. N

??. T

13. N 13.P?
30. N M.N
14. N 16.33
45. 'A
14. N 45.'t 14.E
27. N
56. N 4'.!e W. i.
12. N
12. M Jf.N
54. N
12. M 16.33 42.M
12. M 42.09 li.M 27.M
14. N 6*.N is. t.
14. K
17. R
32. N
63. N 16.33 16.33
53. 'A 16.33
53. N
24. N
27. N U.N

.it

  • i.-
14. M
16. N r.M U.N
16. 33 16.33
56. R
16. 33
56. N 21.33 27.N U. it M.N

??. r:

14. N
15. N 32.N
63. H 16.33 16.33
2. 2 16.33
2. W 18.75
27. N U. N

!!. N H.7-

14. N
18. N 32.N
63. N 16.33 16.33 U.N 16.33 63.M
27. M
27. W U.N U.N H.7:
14. M
16. M r.N
63. N 16.33
16. 33 63.N 16.33 63.N 27.N
27. N U.N ti. f f H.70
14. N
16. M
32. N
63. N
16. 33 16.33
63. N 16.33
63. N
27. N 27.N U. N (2. N N.2 4

I m.-,. ... = R. A c. F. o. g t t 3-h ( l l I .M ~.. I l 6 h!r } c:.ut O. cs L 'c' l

.D.'.t STAI!! FW=I1 t719'livit4 L%: 1ta t 4 13 6r p!N P:A S' :7 S.:) S !! PN L1,F Li,F S.1 512 3 3 3 4 8 8 S FS t B SFWI FTS ST1 FS T t t S T S 3 8 8 8 F B W FT tt t t t t t t FF13 3r19 0; DE Dr DG ps p) snnnnen mnerinnvenanFreannan .nu. 79.33 72.13 77.33 72.33

7. N 6.N 71.33 72.33 U 33 72.33 7M
8. R 79.33 72.33 77.33 72.33
7. W 8.N 79.33 79.33 W.N 79.33 7.W 9.R 79.33 79.33 W. N 79.33
7. N 9.N 19.33 79.33 W.M 79.33 7N 9W 79.33 79.33 W.N 79.33
7. H 9.N 79.33 79.33 W.M 79.33
7. M 9.N 79.33 79.33 W.M 79.33 7.N 9.Pt n

l m_ C*** Q L. O. E.. P.. f.._ 4_aS C \\ i T O >.,s t .._t>lL .. v. q,- ~ [ ..c_7 ..s i l l l l

LutA STRi!E FCKaiTil2.!!!!.5*11Gi4 LR i@.I 413-4F TUH !!.*f F 'D 14 HT* f

  • SUI kl 61 6.2 b4

.i' W F WIPt FS!(# F 511,.s r.- 1":C*A'55 ~ -- - --- - WR F,l.' (int (L il (LP) (IA. (lh' (IAi (th' ty !!1 ties a ll. se:t

s..'.
Tr rsarissannissernereresenersonen ::::::::::::arr :: arrears ::arrassinesensarsessonssarscreamersassensnin se ss A

P C D E F G H J k L m h 0 t

TW3....... N a:TETEETEWEFStrR3rWT 3ramassersees&&EssenaraJ erT : art ::TsSee:Ernestinevennossariannes TSittl61386 le.N t.37512.5N !?.W 8. W !!. 5N 45. M 8. 5N 12. 5N 45. M 123. N 8. N I?3.N IN.')
41. "

6i. t' TS1911t!!/? 19.N 8.!# li.W IP.5N 8.9 M !?.5N 45.pN 8.PN li.5N 45.PN I?3.N 8. N I?3.N IN 2 42 N p.. ?? TSiptif 5/6 If.N f.62! !?.W !?.5N 7.5# !?.5N 45.N7 7.5N 12.5N 45.Ne !?3.Pe 8.N !?3.N 194. ') 4'*

p.. ?'

T51?ll?I3/F !?.N P.37"., !?.W IP.'N If.5N IP.W 49.9N if.5ef IP.'M 49.8N 123.N

8. N I?l.N IN.N ati. 9 F. 9' T51211231/212.N t.5N !?.W !?.W IP.Pf7 !?.5N 43.8N It.W !?.5N 41.M l?3.N l-751411411/214.N f.5N !?.5N !!.W !?.N7 !?.W 5f.NA li.PN !?.W '4.NP I?3.N 8. N I?I.N IK.5?
41. 6?

M. t-8.N I?3.N IK.5; an. N 6i.t' W l**+O' 8% -O. 6.M W.W M a

  • i. f. p. ~ -

.:,h l C?lF7 (I+]P*4... f_. O

  • f h

L l. WA.. '. l.',s, [ ( S

LOCA. STRESS PacIttl2.Sil2.5'INi i LN: TA~~.E 4-13-43 TUPC 512f FTC645 FSlk3P F C S37 FCM Ff1A1 Pf14 (TA! ft:0 M"Al Of vc 4 n.: MSS Fi.V "3d N el Q el (I(O* - ! **. ' - Ilhi Fy/.f. w',' .t.* g* g a. g*g*** (IM (1% +!s: Ik!h <!w !ri flu !N veu t

t. p S STrt t 3 8 38 3 883 8 8 8 3 a a rts attta s tatt33 St tis t1353 f ttre 3 3 38 8Tf rts tT8 B erts 32f fit S 9 8 9TS tt t S S 3 8 R3 A

li S T U V W I Y J M 4 se: t333333333*t assumeewesruert-wet : =resasesuset9etsesasase Tres eas e e n :::: ass ret rewr===33 ret serv es a saws t et s: et es eissrweg s as t o et t 8 : rt et 3 a f 8 :: : 3 151911913/8 695.79

61. 9 8 2.17 m.M 0.85 0.85 1.25 1.25 13.33
1. M
4. 59
1. F.

1.M 151911011/2 6 %.79

61. M 8 2.17 M4. M f.M 8.M

!. 25 1.25 !P. N 1.N

6. M
1. !i 1.9 IS1911P15/8 695.79
61. M 852.17 M 4. M
0. 75 0.75 1.25 1.25
8. N
1. N
7. 58 1.

!.13 151211213/P 695.79 El.M 82.17 W.M S. 88 f 64

1. S4

!. $4

16. N
1. M
3. 7!

i.M i.M 151211211/2 L?!.79

61. M 8 2.17 M 4. N
f. 83
f. 83
1. S4
1. e4
12. M 1.M
5. N 1.9
1. 6#

T514I1411/2 6?!.79

61. 9 8:?.17

%4. M

f. 86 f.E
f. 89
8. P9
14. N
1. M -
4. M
2. 7-
i. 7-e A
  • S..=. ~ m I

m)l' 'f ...:..-.>--. -:.~: A. ~ - ,y-l s nl 1 l._...Jf2fL cl3 ;P 9-.

l. r:..:Lv.% '

3 l l l i -- "- ' - ~ ~ " ~ ~ ~ "

LOCA 5?8E55 F*.Ditili.!112.!*it'rt l. LCc: TA!. r 4 13 4G ftW Fl:E OF1' 0FJ' %? SW) $=4 5.I' 96 11.5 II.4

23. E 1.~ r 1 1yy LOs ~s s.*?t1ic.. ~...... - -........ ~ ~...........

.. ~. I t '. ' WiD idLt LOT!E Mti[E ALDOLAD t<:1FD L&GT8 ALLeftAt SFiflDN MRLL'S F 7.0 n ii n n n en n n. EcNS ERN5 60 E'. D dt0 WLD ED ELO t

    • t :-

(10 TLif TL7E K R2SS N 84.LEL E80S5 M MLLEL (50.!N. 60.!N N. l '.. '.c i.<. smnmunnusninunannmmenneimmun usanunnmnnenmunnunnerneinnmmun A 4i W A6 Al AJ fe AL Aa A*4 vs t.: .nmmierm em en sins ms.. r ne m en smurimne rn a m sinim e ns mu nnais o nn ens aa rina nn e s si e m nn en n n 1518:183/8 2.5e 2.9

24. N IM.E IM.33
85. M M. N 1M.33
24. N IPt. 25 177. N 15 x
S. r-TSIPI:fti/2 2.57 2.5e 21.33 1%. E 158.33 N.N M.N 158.33 21.33 IN.N 177. N 11.34 it.'.

151911Pr5/8

2. 5e 2.9 18.75 1%. E 1 2.33
75. N 2.M 158.33
18. 7!,

53.75 177. p.A

13. ::
12. :.:

7512:1213/4 2.5e

2. 9 36.75 156.5 196.N 126. N

$2.N 196.N 36.75 131.2' 292. N

15. 0
15. 0 1512112:l/2
2. 9
2. 50 33.33 1%. E 196.M lif. N 9.N 196. N 13.33 IE.N Ft..f3 li. 71

!! ?i TS14114:1/2 2.37 2.37 64.N 1%. 2' ?$3.33 150. N $*'. N M3.33

46. N IM. Pt Mi. 32 IP. !

.'. ? r,,..,,,.. - - - - + I pp. p. .,. c = =.. ' t =.

  • Y_..

... $ f .b ll 1 d;. L.. *.' s 7 f t 7 l .i ~.,.. _. l I l I

L0rA FiatM pacitaj!,5):,g.11rrt.I. t m;, Tcc.,t 4 33..g TUPI S!!E -A LCAD 1 Y r E -l T=I N V. S~ r' F05CE Oh W E L t-(lhi resisme n riassearre arseversamenen erniss erarternessessmannesensassinernesarrnenesse rrvernessist e s s a s s a :::::: Ac.3rt e !!/ die 15 M 4! !!# N7 15FJ7 Fn11 ist m p itsm5 ;4rd37

  • t er'r7 Fe

.U...' ,us.;* ilh' (ks0 (kifS/lhi(kifS/14$lkIDS/thi(6its/!ht(klfsilhitxtr$/lk)txtfS/lN)tulfS/!Ni(k!ssilk)9IP5/!h < Its >!* 9

== mens-u paust. ene rrn n sinu e n nunu s s e n u nin s t aniniumise n ann e n s m a nnm ain ine n s en s m a ris o n s i n n e e n n u A Ao AS AT AU AV W Al AY A2 F. H E M n-s ee rsea rrrm s en sa s sa rmersurm ann s a m m e re rwe n rerre a rre s res e n s s in 15191191318 7.29 26.79 34.91 39.00 4e.66 ef. E

19. 9P ll.M 11,64 9.26 11.66
1. :!

!. 6i T510 1711/2 5.47 29.72 38.P5 43.79 46.13 46.13 II.M !?.39 !?.37 9.64 12.39 5.11 !. H TS!9 tift 5/8 4.37 33.34 4?.91 49 ". 52.45 52.48 12.35 13.?? 13.19 17.57 13.22 1.!! !. 4' TS!?t!Pr.1/f 6.69 18.45 23.P7 M.12 M. 76 M. 78 6.82 9.44

9. 4?
7. M 9.44 4.11

?$1211211/2

5. 02 M.9)
85. 22 28.64 29.52 29.!.2
9. M 9.92 9.63 7.77
9. 92 4.El
1. c.

151411411/2 4.92 14.69

18. !!

M. 32 M.M M. 58 7.72 8.M 6.24 6.56 6.25

4. 0

' t; l 0 ~ 'a i e '.~ ' .,J \\

L O. E O-D ;. $Y.S..*,

,N_ . 8? M. '._. 2 8 L ..f~7.fh I.' ~ : 49 ? (

  • Ja,n'.

- ~..

LOCA PRE!! F8.D!? d!! !!!!.5'ITvrt-F LN tap.t 413 4r. T W 5:!E ( @.' TYri.) M (M:! F V. (Ff1A(f.$1 1

  • .c. V.,:

TWIW53 ACf! 4 vp I g]k) rsessmennes m ess m ese ~.. 36F.1N 36F.?? FWF3 FhFl/te FV R.te Fwi3/tc e Vr l VCA? P!% F3 Flo s :., r; (!hi Alf$/INi(kir$/lkl(k!!$/!h) (6sil (6sil (ksil (ksil (ksil Vc.11/vre', (6sil (esit Fl.r:. e r. a;.y. en m emis mu mmn-m m e= = = 11 Arj,9 annenunm mnuse: uman 4 g. i.s. A If IF PG BH 11 BJ Ik ik. Pa Ps P0 F: K summme. one== r==ammann=mmme-mmmmmumumrinmememmeminememnaemo n 1516:1913/8 6.18 5.% 6.18 IM.96 31.11 IL 48 8.82 8.82

8. 6!

8.82

8. 8?

f.M

14. 4 TSittlett/2 6.18 5.56 6.18 92.25 24.79 12.36
9. 38 9.38 9.38
9. 38
9. 3e
9. M
14. 4 T519110:5/8 LIB 5.%

6.18 8J.97 21.15 9.89

18. N If. N If. M If. N If. N If. N 16.47 751212:3/8 5.47 4.87 5.47
71. 44 25.18 14.59 8.'7 8.17 8.57 8.57
8. !7 8.!'
16. 4 751211211/2 5.47 4.87 5.47
59. 84 19.83 18.94
9. N 9.M 9.N
9. N
5. M
9. N la.4r TS14Ilott/2 5.32 4.72 5.32
41. N 16.53 10.64 8.75
8. 7'.,

8.75

8. 7:
8. 75
8. 7!
14. 0 l

l . w.e. .a ...!.).A f. f - P. $ o li' h ll

..r.. c

( i.E. ..t. j - --. )$... t 1L .f ] f.1~ l r.=1.. _. 1_ l I I

LCG. SterFS Feet?(l!.!!!!.5'ityrf.) tm:. Ymt 413 4a. ftw S::t Vr (Pi?A't.8' 1 GLtCWK! F1 (W.tCif t Cort:7]CF l Ul!LIILTIC*if**** r.

  • 6?

Twlt>'f!S ICACuati IF LI 08 L2) CDL-F 1 ' N ' ' :( F m qy F2' u!N m!hirl.F2 Fl" Fl'" u]N(rlo nikirl': Ut UI U2 UI' d' U" (lu CD. A 50 F2,F2' .(FI'42') FI'") F2), (Fl"F(TA(f.6 Pf?&(P.i PCTL cP.8 (F,.6i 4.5 4,.6 rosassre m e (klt) (hts) (bt il menemmerstrinnerseverers dj' ) a rn eses s en eres tra ra ma re rro rm a n o s :::: ::: ::: :::::::: A PD PS PT fu PV N Fr PV PI CA Cl-Cf CI en._...... m amm u m n surmes mm erm mi s==rm e-m e m mnm.rm e m m== n m u rm u e rm u n m m u n 151t>lt:3/8 14.4 14.40 23.22 292.M M2. 9 2W.5e 216.9P

f. N 0.26
6. '4 f.13
f. 6i
9. 6' TSittitt!/2 14.49
14. 4 23.78 270.00 270.0e 27f.or 264.44 0.14 9.38 9.76 f.16 f.!4
1. W TSJf!!Pr5/8 14.48
14. 48
24. 4f 337.5e 337.5# 337.W 351.99 0.12
f. 47
1. M t.17 e (A 1.N 751211213/4 14.49 14.44 22.97 292.55 262.5# 292.5# 216.9e f.12 0.34 e.51 f.29 9.!'
t. ii TS1211211/2 14.47 14.66 23.4 276. N 277. N 27#.M 264.49 8.15 9.45 0.82 0.24 f.72
1. P.'

1Si4nui/2 i 4.

  • i t. 4, 23.it i n. 4

. 2i ..u .. s2 ui e.a

e. u

+ i ~ ~ ' l rN. _/'. d 0 c. o 0' N.

  • I l
x...

,.. ' k& G.P-.2. ,.. ;f o L. - ~ . '.h.- a% 9 a.". '. /" 'g l

. R $ipti: H.Y,i'(12.!t12.!'aivii F @ !' 1G4 F 4 13-45 fepe c:::

g ;,1;;; 3 ra:tcr..c, @ :p.: v; g:tig. g, rig, pa s ro:.: %:f a %iF LCO fiff 1 (F 4*eil !?.!!!).5*;tt.t.{..: agg L': W .' ? Ol' U2' U.1' Ul' LC " 13 ' 1"' M (14' Fita f. 9 Fiti if. ! >[T '.f. 8 (F'.61 (F.pt (5,.66 (bifa f.6 a : f: rli 88338 5 38totEtntt8 83SSR 8388338SS S#3 333838 5 38F18f t 88 tRSS33333333 333 33333t ttests ettf 33333 33333333333SFSet& 3333r333 r t A )) F? CA CF CC CC CE CF CG tw C; (* .__.-....====mmn =n m== n t3 tmeta n m e m tut Stat mt-m m u m tn.mun n n,3 8 8,38 TSlfilf23/6

f. f!

9.26 0.54 p.13

f. 45
f. 97
f. f!

f.18 f.54 f.95 f.16 f'- T51011f11/2 0.19

f. 38 f 76 f.16 0.56 1.N
f. l f
f. 38
f. 76 f.18
f. 9 f.

T51011985/8 0.12 f.47 1.M f.17

f. 68
1. M f.12
f. 47
1. N f.12 f.47 1N 151211213/P
f. l?
f. 34
f. !9
f. ?P
f. 57
f. 99
f. l?
9. 34 f.59
f. l.5
f. 3 f. ' '-

751?t1211/2 f.!!

f. 45
f. 82 f.e4 f.73
1. N f.15
f. 45 f.M f.15 f.4!

f 5-T5141411/? f 21

f. 53 f.M f.?!
f. 53
f. 8?
9. ?!
9. ' 3
f. 82
f. ?!
9. !3
f. f :

[ ', r--,.~.

t. C..:.. f.. (:. e..-

.s. ~ .s I se b.....- _. _s7 ?/ F ).! _f ~1/f7 .I I'~. .?. / G W.EMI.gpg--- .me. G

LCts SiciS! FrCr'il?.!r :. !.*>TWi.F LC4 TAF.I 413 4G ftW 5::t W ' N vet FIA ("5 cc.s Tct.F LM TtH $!;F F rc t-6t *:N pN Tal;mNif.* (paA M 1 j;,g.1)?,;.*(1;p,( 4 13.46) THICD NT SS t!.t-4te L2,0-4te s :a v: (li i .._........ ~.. (jy

.as *

(;., i t'!" tr" U3' U1' " tI?" ' 03"'

7. :

(IN' (bi10(f.8 are flirill (!>i ana n nis se n sen s assen s en e zu e m an a is un ees s m ensniniana rrensnin ne n e s s is s a m e n s un ni ai s e s s im u m s e n m e s m n i A CI CT CD CH CI CJ A CL CM CN C; C; emesmmnememunn munnassmemmassmnmuniummunnunnesmunnunnenms.nnmiennessisee n TS!9 tift 3/6

f. N f.2!
9. 54
0. N 0.28 0.54 T51f:1913/8 8.M
8. 9
8. 9 l'. P?

I'. N filftlfil/2

f. If
0. 38 0.76 0.19
f. 34 0.76 TSlftlft1/2
8. M 0.M 4.M li. e.-

It.f? T519 1915/8 0.12 0.47 !. W f.12 0.47

1. W T51911915/8 7.58
7. 5@

7.M

15. N 15.t?

TS12112I3/8 f.12

f. 34
f. 59 0.12
f. 34 f.51 T5!?t1213/8 If.5e
10. 9 I P. 9 i: N i:.P 751211211/2 f.15 0.4!
8. 82 0.15 0.45 0.82 T512I1211/2
10. H If.W I f. W W.n M. ??

TS14tl4II/2

f. 21
f. 53
f. 8e
f. 21
f. 53 f.82 TS14tl411/2
12. M
12. W
12. W is. N 2., P o-r, w.

w e.. w e. ew ,.....I. ( * $ Y. -). .~ i... pa..c... sh....) t ?.. l t-: Wt. 2-. . Ll i.

L R S?8t!! FU N 7:12.'llJ.!*ltiff-I 1, W TAF,I 4 13 4:, T'.M !!.'i T :m M,je g: ga gg g,,, ,g, g, g, g,,7 ,,g p flN) AL P.W g, j.94 10 0 (14) mm..nnrum ne mu nn enusamnmenmun.nn.mmannuminennem un ne.n m n imis m n n e n. C CR CS CT CU CV CW CI CV Cl to CF n.ee.n=r.nemmin marien n. mmm mer==mnen ns=== ninennmen nm nn m n nn n nm en u 151011913/8

45. N lE. 25
24. N M.N 125.N 24.N lE.E 24.N M. PB IM.M IM.M 177.95

!!i.:: 1519:1911/2

45. M IN. M 21.33
2. N 125.M 21.33 IW.N 21.33 M.N 1

.M IK.N 1 **. f i '!i.:' 7519:1915/8

45. M 93.5
18. 5 M. N lE. N
18. 3
93. 5
18. 5 M.N 125.M 92.7!

!??.M

15. :'

1512112:3I6 49.M 131.25 36.M M. N IW. M X. 5 131.25 X. 5

2. N IW. W 131.25 MJ. H IH.n TS12112I!/2
41. N 125.M 33.33 M. 95 IW.W 33.33 12".M 33.33 M. N IW.M 125.M Mi.t! li.N 1514t!411/2 Sr.M IW.M
48. M M.N 156.25
46. W IM.M
48. M M. P! 156.M IW. N Mi l' iW.22 i... ~..

l l s.'Y c f. pp . 5 .t ....- e -.. 6%.... -.. rp/q.. e. i r.'. " g C 4 j .--,.--,-,,--,,----,--------..n--

(n STpt$$ St Ott(!!.5112.!*lIYM*I L@* TE I '*13*d 13! 51:E '1% 'IN m w;c 5.:1 Si,:} m:N L 1, F L.S. 5 t1%, M -5 li Ilk) ,,,,,,,,,,m u n n m m e n n m e n m a rs ===m u n n u o D( Dr DG Cl ,mn.n.,m. n nm..nransm er==m a me TS18I1913/4 1U.08 IM.33 177.M l' # l'* # 1519:1911/2 IM.96 1M. 33 I U. N 88 W 38 # 1510I1915/4 1U.M IM.33 3 U. M 38 # I'* " 151?Ili!3/8 PS2. M IW # PA'. 88 li. N li " TS121:2I1/2 292.N Ig.w M2.te

12. W
12. W

,,i.II.lia .u m.u eu.u i t.

  • it. M

!..E L "- 5 e B e e M d j;

  • bV r

..-._ N.j s YbrC sh _ p er g f,' re : k _. _. a.< l 4 i i

Ltra STPEH FDCit ti 1/ill 3/P'11YM-f LCA.* 1A>J e 13 *P A?: IW12) *f5212It'4 P9: !W) ? C9: (W.) 1/4 M: tr3) (W) 1.5 (9: IFJ) [W) 1+3/8 F9: (F3) th73 P!F(Mis tP9-401 t9, tPS-4*C1il 61: (F31 th7) 49 Ha: (F3) fW) Pe(MINat9,M149) 19: (F31 th7) t!r([9(siM-4 c9i,t9, tP9-4dil J9: (F3) (W) +t9 lita (F3) (h71 toIP!N(E9,P9)+M) L9: !W) 5 N9: (W ) 2+1/16 W9: (W9) 49+M!h(Pil/2) 09 fir)) 49+$5th(ft!/3) M: (W9) 49wi+pCOS(F1/3) 09: (W9) 49+95thtps!/4) M i (W9) 4 9 *9*pCOS(M l/4) Sin 4 9+*SINIWl/61 T9: 4 9po+9 W (#1/61 L9: 4 9 *) W : M lht+F9,P91/P9 nFf P!4(+!9,P9)/M 19: +09/P9 YS: +19/M 19:*P9/(2*C1) AR9: 1 AM: 36/(0.5*19) AC1: t!FIV9(0.5,1,0.25/(V9e(1-V9)ll A!/): f!F (vs (0. 5, l. 0. P',/ (W9e t l M i l l A[9: 91FII1(1,1,2'. ell *19),2.5) IC i~-..;- s Cis.6-r3 A fCM.#' AF9: t!Fi n (1,1.Pieti+ O),P.51 l i A01: # 9 2/3 hfN M +D*49 Ai9: <r:h m,M)+t9>.. rh(9,ni2i3> 1

fg 9f;fg

( AJ1: +19'PP!h(M Oli tr9: (19't)/3 l GL9: ttr h!!),1* sMi+ tkrlh([1,Mi ?)/3 $O,_ t %. ~ Fs: *Or) [ M +DP3 l A01: *DG9 C 9: +m / tis ** 4(F),19)eC9s A03: +m/ to!N(01.191+C9*?) ADh *W/(p=!htW,F9 e091 05): I+:9/CP)i e (P)/051: C'1: t+01/ CTS *tp1/sril C11: (+S1/CP4t + 119/ Arit C/3: +/J/Fs Ahii: 6mit.t( A$),&1)A9, A,9) A19: (* D9 /CDil e (F)/ fed) l Af9: t +CliCtril o t P1/ April l A71: (*!9/C.73 e (19sM1 l

\\: ), t \\ LlR STREST V@ fill I/ill 3/P'114-P LO"t' Taki 413-*F M +U9 /Vs FP9 $4 :(At9,2 9,A 9,1416 e PC9: (+01/C#91+(P1/ G I PC9: (+03/CP11*(R9/ c ) N K9: (S9/CP91+(T9/ @ ) F9: +U9/@9 M PJt (IC9, PC9, K9, F9i \\ M: +M/C9 919: +PP9/C9 BJf +109/C9 > 9: P!h t (+(C1@9*eP91.14. 4) SL9: P!W(f*45@94AP9) 14.4) IP1: P!h t > 9, P.9) M Plh ( (2+C94. 4

  • M +(9), K91 8C9: P!h((2O+f.4*M'M),> 9) pr9: P!h (M, K'91 Mr P!h((PC+E9+@)+AP9*F91,14.41 7 89: PI N ((2*C9+49@9+AP94 !9),14. 41 E9: PIN (809,BP1)

~ IT9: P!ht(*M 101),(+K94P9)i M: 61F(M,*P9,2+C9+(bf.6eM6Mll PS: f!r (E 9):P9,20+M+4. 6*M @9, f) M: P!N(M,PM) P19: Pul4 (IM+1C91, (P.9+tP91 ) B M: P !h((* M / M I.ll o 179: PIN ((+P9/1191,Il I.- f,,h,[-{-j,,p]A,,!.,f,,' s CA1: P!h((*P1/819),il CP9: Plht>!h(PSI (M,'t.'9) IO91/M ll j i e CC9: P!h(P!N(PCIIIC1, Pol.8811/i!9,il YV N'7 Ca: !4, ! itn,M),m u829,n -m CE9: P!htielh(IC),K9)l/(M),Il

ff{

Q CTS: tr!4 (P!h (> 9, MI / (P!91, Il -4 CS9: P !N(IP!h(( M eiO9),> 1lI/(BJ11,ll 1 C ;.$ DS: PI h (p!r (vg (a s. 84x,e n te19, P y9, p]r (V9 (=9. 48:C 8 4>19 E 9,CP911.Pf9i L-Cl9: P!N(P!F(W1(=0.8,PI9,E9),fl91 CJ1: PI N '61r (49 (a t. P IX e M (s 19, CA), P I F (W (* P. PJ W e.'1' 19, E9 CI91, cat t CX9: (W12) *tS2t?II/4 l CIS: +rs-4e:S Cel: P!m(M, CL9 e CA1: t=!Nat),C191 CM: p ] r i c19 ( Ct9, pe l h (2,:p), t e t 13, (; e M i l l C09: 6!rtCI18 :c),M!n(?stv),Pe[1), tie [9): g CPS: Dlrim CM,(;*t9.?e>9),te(c!9. 9:1 CS): +f k Dt1 CTS: +0ert/3 Cfs: +tYi/3 CW: *D194M CW1: P'h(CT).CW CII: *MeDG C H: +0r1*i/3 CE9: +t9 2/3 l tel: *t + C9 \\,..-_..

ki s LOCA FistSS pact 1(1 1/2113/8'IMf 4 LNo T4:.[ 413 4P \\ Cl4: M N C19,tc9 M1: (4 S* M i49'J/3 Crl: (f9

  • 11+ M '2/3 N9: (I90!9)+t9'?/3 F9: (I90191+(C!t'21/3

\\ h fIFllI9 arc 9,[(9,CD9) M PltlD9,P9) C19: M !ht[9,P9) ( m 1

t. c'k -(. :.;-p

= hk"

h. 7 / -

f i .[. }!)l u..-. (".."r. *., ? 2/a? ~7d 3s i}}

Retrieved from "https://kanterella.com/w/index.php?title=ML20148F444&oldid=4174646"