Peridynamic modelling of dynamic damage and fragmentation of cracked solids during impact contact

Keyphrases

• Dynamic Model 100%
• Pre-existing Cracks 100%
• Cracked Solid 100%
• Dynamic Damage 100%
• Dynamic Fragmentation 100%
• Contact-impact 100%
• Peridynamic Modeling 100%
• Impact Damage 66%
• Material Properties 33%
• Crack Interaction 33%
• Sensitivity Analysis 33%
• Geometric Parameters 33%
• Model Performance 33%
• Numerical Oscillation 33%
• Static Analysis 33%
• Damage Model 33%
• Kinetic Energy 33%
• Crack Pattern 33%
• Damage Evolution 33%
• Model Dynamics 33%
• Damping Force 33%
• Unique Characteristics 33%
• 2-sphere 33%
• Pre-existing Defects 33%
• Benchmark Testing 33%
• Damage Region 33%
• Impact Evaluation 33%
• Peridynamics 33%
• Property Patterns 33%
• Crack Parameters 33%
• Impact System 33%
• Explicit Time Integration 33%
• State-based Peridynamics 33%
• Short-range Forces 33%

Engineering

• Preexisting Crack 100%
• Peridynamics 100%
• Impact Damage 66%
• Geometric Parameter 33%
• Damage Model 33%
• Damping Force 33%
• Damage Evolution 33%
• Energy Engineering 33%
• Static Analysis 33%
• Range Force 33%

Material Science

• Materials Property 100%
• Damage Evolution 100%