Low cycle fatigue behavior of ITER-like divertor target under DEMO-relevant operation conditions

Keyphrases

• Bonded Interface 14%
• Coolant Temperature 14%
• Cooling Conditions 28%
• Cooling Duct 28%
• Copper Alloy 28%
• Copper Interlayer 42%
• Cyclic Plasticity 14%
• DEMO Divertor 14%
• Divertor Target 100%
• Fatigue Data 14%
• Fatigue Failure 14%
• Fatigue Life 57%
• Free Surface 28%
• High Heat Flux Loads 42%
• Increased Temperature 14%
• Initial Strength 14%
• Load Cycle 28%
• Loading Conditions 28%
• Low Cycle Fatigue 100%
• Numerical Prediction 14%
• Operation Conditions 100%
• Plastic Dissipation 14%
• Plastic Fatigue 14%

Engineering

• Cooling Condition 28%
• Fatigue Behavior 100%
• Fatigue Failure 14%
• Fatigue Lifetime 57%
• Free Surface 28%
• Heat Flux 42%
• Initial Strength 14%
• Interlayer 42%
• Load Cycle 28%
• Loading Condition 28%
• Low Cycle Fatigue 100%
• Numerical Prediction 14%
• Plastic Dissipation 14%
• Surface Edge 28%