ASME PTB 5 2013

$98.04

ASME PTB 5 Section VIII – Division 3 Example Problem Manual

Published By	Publication Date	Number of Pages
ASME	2013	101

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PDF Pages	PDF Title
11	1 GENERAL REQUIREMENTS 1.1 Introduction 1.2 Scope 1.3 Organization and Use
13	2 EXAMPLE PROBLEM DESCRIPTIONS PART CONTENTS General 2.2 Calculation Precision 2.3 Tables
16	3 EXAMPLE PROBLEMS MATERIALS 3.1 Example Problem E-KM-2.1.1 – Evaluation of Test Locations for Cylindrical Forgings in Accordance with KM-2
17	3.2 Example Problem E-KM-2.1.2 – Calculation of Fracture Toughness based on Charpy Impact Tests (KM-251)
19	4 EXAMPLE PROBLEMS GENERAL DESIGN ISSUES 4.1 Example Problem E-KD-2.1.1 – Determination of Design Pressure in Cylindrical Vessel – Monobloc Vessel
22	4.2 Example Problem E-KD-2.1.2 – Determination of Design Pressure in Cylindrical Vessel – Dual Layered Vessel
23	4.3 Example Problem E-KD-2.2.1 – Elastic Plastic Analysis
31	4.4 Example Problem E-KD-2.2.2 – Protection Against Local Failure (Elastic-Plastic Analysis)
35	4.5 Example Problem E-KD-2.2.3 – Ratcheting Assessment Elastic-Plastic Stress Analysis
43	4.6 Example Problem E-KD-2.2.4 – Generate a Stress-Strain Curve for Use in Elastic-Plastic Finite Element Analysis
45	4.7 Example Problem E-KD-2.3.1 – Linear Elastic Stress Analysis
54	4.8 Example Problem E-KD-2.3.2 – Elastic Stress Analysis Protection Against Local Failure KD-247
57	5 EXAMPLE PROBLEMS FATIGUE ASSESSMENT 5.1 Example Problem E-KD-3.1.1 – Evaluation of Leak-Before-Burst in Cylindrical Vessel – Monobloc Vessel
60	5.2 Example Problem E-KD-3.1.2 – Evaluation of Leak-Before-Burst in Cylindrical Vessel – Dual Layered Vessel
61	5.3 Example Problem E-KD-3.1.3 – Fatigue Assessment of Welds – Elastic Analysis and Structural Stress
65	5.4 Example Problem E-KD-3.1.4 – Non-Welded Vessel using Design Fatigue Curves
70	6 EXAMPLE PROBLEMS LIFE ASSESSMENT USING FRACTURE MECHANICS 6.1 Example Problem E-KD-4.1.1 – Determine the Design Life of a Vessel from E-KD-2.1.1
79	7 EXAMPLE PROBLEMS ON RESIDUAL STRESSES USING AUTOFRETTAGE 7.1 Example Problem E-KD-5.1.1 – Determine Residual Stresses in Autofrettaged Cylinder Wall with known Autofrettage Pressure
82	7.2 Example Problem E-KD-5.1.2 – Determine the Autofrettage Pressure in a Cylinder Wall with known Residual ID Tangential Strain
85	8 EXAMPLE PROBLEMS IN CLOSURES AND CONNECTIONS 8.1 Example Problem E-KD-6.1.1 – Evaluation of a Connection in a 60 ksi Pressure Vessel at 100°F
87	8.2 Example Problem E-KD-6.1.2 – Alternative Evaluation of Stresses in Threaded End Closures
90	9 EXAMPLE PROBLEMS ON RESIDUAL STRESSES IN MULTIWALL VESSELS 9.1 Example Problem E-KD-8.1.1 – Dual Wall Cylindrical Vessel Stress Distribution
93	10 EXAMPLE PROBLEMS IN DETERMINATION OF HYDROSTATIC TEST PRESSURE 10.1 Example Problem E-KT-3.1.1 – Determination of Hydrostatic Test Pressure in Cylindrical Vessel
96	11 EXAMPLE PROBLEMS USING THE METHODS OF APPENDIX E 11.1 Example Problem E-AE-2.1.1 – Blind End Dimensions and Corner Stresses in a Vessel without Detailed Stress Analysis – Thick Wall Pressure Vessel
97	11.2 Example Problem E-AE-2.1.2 – Blind End Dimensions and Corner Stresses in a Vessel without Detailed Stress Analysis – Thin Wall Pressure Vessel
98	11.3 Example Problem E-AE-2.2.1 – Thread Load Distribution