Mixed-mode fatigue crack growth using cohesive zone modeling

Keyphrases

• Fatigue Crack Growth Rate 100%
• Traction-separation Relations 100%
• Cohesive Zone Modeling 100%
• Mixed Mode Crack Growth 100%
• Damage Measure 100%
• Model Constant 50%
• Computational Simulation 50%
• Fracture Surface 50%
• Local Stress 50%
• Computational Results 50%
• Physical Condition 50%
• Zone-based 50%
• Loading-unloading 50%
• Traction Stress 50%
• Fatigue Damage 50%
• Three-point Bending Test 50%
• Total Failure 50%
• Crack Closure 50%
• Fatigue Crack Growth 50%
• Cohesive Zone 50%
• Separation Rate 50%
• Load to Failure 50%
• Contact Condition 50%
• Double Cantilever Beam Test 50%
• Crack Tip Behavior 50%
• Nonlinear Crack 50%
• Fracture Potential 50%
• Normal Contact 50%
• Contact Failure 50%
• Mode I Testing 50%
• Mixed-mode Bending Test 50%
• Simple Mode 50%
• Five-stage 50%
• Cohesive Traction 50%
• Fatigue Loading 50%
• Test Double 50%

Engineering

• Mixed Mode 100%
• Cohesive Zone 100%
• Fatigue Crack Growth 100%
• Model Constant 20%
• Fracture Surface 20%
• Local Stress 20%
• Crack Tip 20%
• Fatigue Damage 20%
• Crack Face 20%
• Crack Closure 20%
• Contact Condition 20%
• Double Cantilever Beam Test 20%
• Three-Point Bending Test 20%
• Cohesive Traction 20%
• Mixed-Mode Bending 20%
• Bending Tests 20%
• Fatigue Loading 20%
• Computer Simulation 20%

Material Science

• Fatigue Crack Growth 100%
• Crack Tip 20%
• Crack Closure 20%
• Fatigue Damage 20%
• Contact Condition 20%