Some issues in the application of cohesive zone models for metal-ceramic interfaces

Keyphrases

• Cohesive Zone Model 100%
• Metal-ceramic Interface 100%
• Mechanical Response 75%
• Cohesive Zone 50%
• Traction-separation Relations 50%
• Thin Slices 50%
• Bilinear Cohesive Model 50%
• Numerical Simulation 25%
• Fracture Process 25%
• Composite System 25%
• Reinforced 25%
• Material System 25%
• Silicon Carbide 25%
• Cohesive Energy 25%
• Model of Models 25%
• Separation Distance 25%
• Bilinear 25%
• Computational Results 25%
• Discrete Fracture 25%
• Homogeneous Material 25%
• Normal Traction 25%
• Tangential Traction 25%
• Push-out Test 25%
• Inhomogeneous Material 25%
• Exponential Form 25%
• Failure Process 25%
• Titanium Matrix Composites 25%
• Cohesive Strength 25%

Engineering

• Cohesive Zone Model 100%
• Cermet 100%
• Ceramic Interface 100%
• Mechanical Response 42%
• Independent Parameter 28%
• Computer Simulation 14%
• Cohesive Zone 14%
• Material System 14%
• Critical Role 14%
• Cohesive Energy 14%
• Separation Distance 14%
• Failure Process 14%
• Cohesive Strength 14%
• Separation Displacement 14%

Material Science

• Cohesive Zone Model 100%
• Cermet 100%
• Mechanical Strength 14%
• Silicon Carbide 14%
• Complex System 14%
• Matrix Composite 14%
• Titanium 14%
• Inhomogeneous Material 14%
• Homogeneous Material 14%