Effect of damage evaluation method and cyclic hardening models on strain-based fatigue assessment to a piping system under seismic loads

Keyphrases

• Piping System 100%
• Seismic Load 100%
• Fatigue Assessment 100%
• Cyclic Hardening Model 100%
• Strain-controlled Fatigue 100%
• Damage Index Method 100%
• FE Analysis 66%
• Plastic Damage 66%
• Cumulative Fatigue Damage 66%
• India 33%
• Hybrid Model 33%
• Strain Damage 33%
• Elastic-plastic 33%
• Evaluation Results 33%
• Solid Modeling 33%
• Bhabha 33%
• Beam Element 33%
• Bilinear 33%
• Damage Assessment 33%
• System Testing 33%
• Linear Kinematic Hardening 33%
• Hardening Model 33%
• Code Case 33%
• Fatigue Damage Assessment 33%
• Solid Element 33%
• Kinematic Hardening Model 33%
• Cyclic Hardening Behaviour 33%
• Damage Fatigue 33%
• Chaboche Kinematic Hardening Model 33%

Engineering

• Piping Systems 100%
• Seismic Loads 100%
• Hardening Model 100%
• Fatigue Assessment 100%
• Test Result 66%
• Kinematic Hardening Model 66%
• Solid Element 33%
• Solid Model 33%
• Beam Element 33%
• Hybrid Model 33%
• Hardening Behavior 33%
• Fatigue Damage 33%
• Damage Assessment 33%
• Fatigue Damage Assessment 33%
• Bhabha Atomic Research Centre 33%