A fully dynamic bridging approach for modeling the intergranular failure mechanisms in 2D polycrystalline materials

INIS

• modeling 100%
• dynamics 100%
• failures 100%
• interfaces 100%
• polycrystals 100%
• anisotropy 66%
• zones 33%
• strains 33%
• orientation 33%
• boundary conditions 33%
• morphology 33%
• energy 33%
• crack propagation 33%
• interactions 33%
• stochastic processes 33%
• ruptures 33%
• randomness 33%
• atoms 33%
• grain boundaries 33%
• boundary element method 33%
• interatomic forces 33%

Engineering

• Bridging 100%
• Microscale 100%
• Failure Mechanism 100%
• Polycrystalline Material 100%
• Multiscale 50%
• Anisotropic 50%
• Macroscale 50%
• Cohesive Interface Element 50%
• Failure Criterion 25%
• Transient Analysis 25%
• Internal Point 25%
• Atomic Bond 25%
• Cohesive Zone Model 25%
• Crack Propagation 25%
• Mechanical Property 25%
• Boundary Condition 25%
• Grain Boundaries 25%
• Strain Energy 25%
• Boundary Element Method 25%
• Homogeneous Medium 25%

Material Science

• Polycrystalline Material 100%
• Cohesive Zone Model 50%
• Crack Propagation 50%
• Boundary Element Method 50%
• Mechanical Property 50%
• Grain Boundaries 50%