Hybrid lattice particle modelling approach for polymeric materials subject to high strain rate loads

Keyphrases

• Polymeric Materials 100%
• Modeling Approach 100%
• High Strain Rate Loading 100%
• Particle Modelling 100%
• Hybrid Lattice 100%
• Poisson's Ratio 28%
• Dynamic Fragmentation 28%
• Elastic Modulus 14%
• Interaction Potential 14%
• Epoxy 14%
• Numerical Techniques 14%
• Modeling Techniques 14%
• Indentation 14%
• Dynamic Approach 14%
• Mass Density 14%
• Loading Conditions 14%
• Wave Propagation 14%
• Quasiparticles 14%
• Strain Rate Dependence 14%
• Computational Efficiency 14%
• Spring Constant 14%
• Dynamic Fracture 14%
• Good Accuracy 14%
• Fracture Simulation 14%
• Vinyl Ester 14%
• Punctuation 14%
• Geometric Size 14%
• Nylon 6 14%
• Lattice Systems 14%
• Dynamic Particles 14%
• Linear Quadratic 14%
• Modeling Theory 14%
• Fully Dynamic 14%
• Fracture Study 14%
• Lattice Network 14%
• Post-fracture 14%
• Polynomial Type 14%
• Lattice Modelling 14%
• Wave-induced Fracture 14%
• Leonard 14%

Engineering

• Poisson Ratio 100%
• High Strain Rate 100%
• Indentation 50%
• Nodes 50%
• Numerical Technique 50%
• Strain Rate 50%
• Young's Modulus 50%
• Loading Condition 50%
• Particle Dynamic 50%
• Macroscale 50%
• Dynamic Fracture 50%
• Spring Constant 50%
• Multiscale Model 50%
• Modeling Study 50%
• Interaction Potential 50%
• Good Accuracy 50%