Fatigue simulation for Ti/GFRP laminates using cohesive elements

Engineering

• Cohesive Element 100%
• Crack Growth Rate 16%
• Cyclic Loading 16%
• Degradation Process 16%
• Experiments 16%
• Fatigue Damage Process 33%
• Fibre Metal Laminate 66%
• Glass Fibre-Reinforced Plastic 33%
• Hybrid 16%
• Lamination 16%
• Models 50%
• Nodes 33%
• Numerical Approach 16%
• Sheet Metal 16%
• Simulated Result 16%
• Simulation 33%
• Transverse Cracking 100%

Physics

• Crack Growth 50%
• Damage Mechanics 50%
• Fatigue Damage 100%
• Glass Fiber Reinforced Plastics 33%
• Independent Variables 16%
• Model 50%
• Simulation 33%
• Splitting 33%
• Titanium 33%

Material Science

• Delamination 66%
• Finite Element Methods 33%
• Glass Fiber Reinforced Plastics 33%
• Plastic Laminate 33%
• Sheet Metal 16%