Microstructure effects on high velocity microparticle impacts of copper

Keyphrases

• High Strain Rate 100%
• Constitutive Model 100%
• High Velocity 100%
• Microstructure Effect 100%
• Copper Substrate 100%
• Microparticle Impact 100%
• Microparticles 50%
• Microstructural 50%
• Numerical Simulation 50%
• Shock Waves 50%
• Low Pressure 50%
• Material Parameters 50%
• General Trends 50%
• Simulation Experiment 50%
• High Strain Rate Deformation 50%
• Pre-strain 50%
• Constitutive Law 50%
• Dynamic Study 50%
• Deformation Behavior 50%
• Laser-induced 50%
• Impact Test 50%
• Benchmark Dataset 50%
• Work Hardening 50%
• Pressure Regimes 50%
• Paired Experiments 50%
• Particle Impact 50%
• High-velocity Impact 50%
• Weak Shock 50%
• Impact Crater 50%
• Microstructural Effects 50%
• Initial Microstructure 50%
• Cold Working 50%
• Yield Dynamics 50%
• Dynamic Hardness 50%
• Experimental Benchmarking 50%
• Dynamic Yield Strength 50%
• Small Craters 50%
• Plastic Dissipation 50%
• Dynamical Mechanical Properties 50%
• Alumina Microsphere 50%

Engineering

• High Strain Rate 100%
• Constitutive Model 100%
• Copper Substrate 100%
• Microparticles 100%
• Broad Range 50%
• Material Parameter 50%
• Microsphere 50%
• High Impact Velocity 50%
• Rate Deformation 50%
• Deformation Behavior 50%
• Prestrain 50%
• Impact Testing 50%
• Shockwave 50%
• Aluminum Oxide 50%
• Cold Work 50%
• Initial Microstructure 50%
• Yield Point 50%
• Strain Hardening 50%
• Shock Regime 50%
• Plastic Dissipation 50%

Material Science

• Strain Rate 100%
• Microparticle 100%
• Work Hardening 50%
• Yield Stress 50%
• Impact Testing 50%
• Aluminum Oxide 50%
• Microsphere 50%