Fuel Line 31.3 Appendix P Calculations
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1 Table of Contents LISTING OF STATIC LOAD CASES FOR THIS ANALYSIS ................................................................................... 2 Stress Summary : Multiple ................................................................................................................................. 3
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Transcript of Fuel Line 31.3 Appendix P Calculations
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Table of Contents
LISTING OF STATIC LOAD CASES FOR THIS ANALYSIS ................................................................................... 2 Stress Summary : Multiple ................................................................................................................................. 3
CAESAR II 2013 R1 Ver.6.10.00.0028, (Build 121130) Date: MAY 4, 2014 Time: 10:33 Job:: FINAL LINE Licensed To:: SPLM: Edit company name in <system>\company.txt
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{ TC "LISTING OF STATIC LOAD CASES FOR THIS ANALYSIS" /f C }
LISTING OF STATIC LOAD CASES FOR THIS ANALYSIS
1 (HYD) WW+HP
2 (OPE) W+T1+P1
3 (OPE) W+T2+P2
4 (SUS) W+P1
5 (SUS) W+P2
6 (EXP) L6=L2-L4
7 (EXP) L7=L3-L4
STRESS SUMMARY REPORT: Highest Stresses Mini Statement Various Load Cases
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{ TC "Stress Summary : Multiple" /f C }LOAD CASE DEFINITION KEY
CASE 1 (HYD) WW+HP
CASE 2 (OPE) W+T1+P1
CASE 3 (OPE) W+T2+P2
CASE 4 (SUS) W+P1
CASE 5 (SUS) W+P2
CASE 6 (EXP) L6=L2-L4
CASE 7 (EXP) L7=L3-L4
Piping Code: B31.3 = B31.3 -2010, March 31, 2011
CODE STRESS CHECK PASSED : LOADCASE 1 (HYD) WW+HP
Highest Stresses: ( KPa ) LOADCASE 1 (HYD) WW+HP
Ratio (%): 19.6 @Node 75
Code Stress: 47246.5 Allowable Stress: 241316.5
Axial Stress: 639.2 @Node 490
Bending Stress: 46622.9 @Node 75
Torsion Stress: 9660.3 @Node 60
Hoop Stress: 1386.0 @Node 58
Max Stress Intensity: 47247.3 @Node 75
CODE STRESS CHECK PASSED : LOADCASE 2 (OPE) W+T1+P1
Highest Stresses: ( KPa ) LOADCASE 2 (OPE) W+T1+P1
Ratio (%): 26.6 @Node 290
OPE Stress: 93609.3 Allowable Stress: 351632.6
Axial Stress: 21729.7 @Node 457
Bending Stress: 92533.3 @Node 290
Torsion Stress: 14620.4 @Node 60
Hoop Stress: 924.0 @Node 580
Max Stress Intensity: 121195.7 @Node 455
CODE STRESS CHECK PASSED : LOADCASE 3 (OPE) W+T2+P2
Highest Stresses: ( KPa ) LOADCASE 3 (OPE) W+T2+P2
Ratio (%): 27.5 @Node 290
OPE Stress: 96612.6 Allowable Stress: 351632.6
Axial Stress: 21343.0 @Node 460
Bending Stress: 95169.2 @Node 290
Torsion Stress: 14604.1 @Node 60
Hoop Stress: 924.0 @Node 18
Max Stress Intensity: 124835.1 @Node 290
CODE STRESS CHECK PASSED : LOADCASE 4 (SUS) W+P1
Highest Stresses: ( KPa ) LOADCASE 4 (SUS) W+P1
Ratio (%): 66.6 @Node 75
Code Stress: 91787.7 Allowable Stress: 137895.1
Axial Stress: 649.7 @Node 580
Bending Stress: 91463.6 @Node 75
Torsion Stress: 18951.2 @Node 60
Hoop Stress: 1383.7 @Node 580
Max Stress Intensity: 91788.4 @Node 75
STRESS SUMMARY REPORT: Highest Stresses Mini Statement Various Load Cases
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CODE STRESS CHECK PASSED : LOADCASE 5 (SUS) W+P2
Highest Stresses: ( KPa ) LOADCASE 5 (SUS) W+P2
Ratio (%): 66.8 @Node 75
Code Stress: 92109.5 Allowable Stress: 137895.1
Axial Stress: 674.6 @Node 490
Bending Stress: 91463.6 @Node 75
Torsion Stress: 18951.2 @Node 60
Hoop Stress: 1383.7 @Node 18
Max Stress Intensity: 92110.1 @Node 75
CODE STRESS CHECK PASSED : LOADCASE 6 (EXP) L6=L2-L4
Highest Stresses: ( KPa ) LOADCASE 6 (EXP) L6=L2-L4
Ratio (%): 26.8 @Node 290
Code Stress: 92481.2 Allowable Stress: 344737.8
Axial Stress: 21608.8 @Node 902
Bending Stress: 92478.1 @Node 290
Torsion Stress: 2460.7 @Node 18
Hoop Stress: 0.0 @Node 18
Max Stress Intensity: 119907.3 @Node 290
CODE STRESS CHECK PASSED : LOADCASE 7 (EXP) L7=L3-L4
Highest Stresses: ( KPa ) LOADCASE 7 (EXP) L7=L3-L4
Ratio (%): 27.6 @Node 290
Code Stress: 95227.6 Allowable Stress: 344737.8
Axial Stress: 21460.1 @Node 902
Bending Stress: 94968.6 @Node 290
Torsion Stress: 3725.4 @Node 18
Hoop Stress: 462.0 @Node 18
Max Stress Intensity: 123497.2 @Node 290
