Keyphrases
Low Cycle Fatigue
100%
Compact Tension Specimen
100%
Specimen Test
100%
Evaluation Rule
100%
Fatigue Evaluation
100%
Cumulative Usage Factor
100%
Evaluation Method
75%
Elastic-plastic
75%
Factor Value
75%
Plastic Fatigue
75%
Simplified Elastic-plastic Analysis
75%
Japan
50%
Conservatism
50%
Boiler
50%
Void Growth
50%
Pressure Vessel Code
50%
Fatigue Analysis
50%
Code Case
50%
American Society of Mechanical Engineers
50%
Shrinkage Model
50%
Fatigue Curve
50%
Mechanical Engineer
50%
Stainless Steel
25%
Fracture Strain
25%
CT Specimen
25%
Elastic-plastic Finite Element Analysis
25%
Low Alloy Steel
25%
Material Input
25%
Fatigue Fracture
25%
Cyclic Hardening Model
25%
Engineering
Mechanical Fatigue Test
100%
Low Cycle Fatigue
100%
Test Data
100%
Mechanical Engineer
100%
Elastic-Plastic Analysis
75%
Japan
50%
Void Growth
50%
Pressure Vessel Codes
50%
Steam Generator
50%
Fatigue Analysis
50%
Fatigue Curve
50%
Stainless Steel
25%
Fracture Strain
25%
Input Data
25%
Material Input
25%
Hardening Model
25%
Finite Element Analysis
25%
High Strength Steels
25%
Physics
Void Growth
100%
Low-Cycle Fatigue
100%
Finite Element Analysis
50%