Numerical modeling of compressive failure mechanisms in ceramic materials at high strain rates

Mathematics

• High Strain Rate 100%
• Failure Mechanism 79%
• Numerical Modeling 62%
• Microstructure 56%
• Compressive Strength 43%
• Strain Rate 33%
• Grain Size 19%
• Experiment 18%
• Polycrystal 18%
• Energy Release Rate 18%
• Grain Boundary 18%
• Meshfree Method 17%
• Optimal Transportation 16%
• Dynamic Response 16%
• Spatial Distribution 16%
• Voids 15%
• Probability Distribution Function 15%
• Porosity 14%
• Computational Model 14%
• Damage 14%
• Crystal 12%
• Crack 11%
• Predict 11%
• Elasticity 11%
• Influence 9%
• Interaction 8%
• Three-dimensional 8%
• Model 8%
• Simulation 7%
• Demonstrate 7%
• Framework 7%

Engineering & Materials Science

• Ceramic materials 58%
• Strain rate 45%
• Numerical models 40%
• Microstructure 33%
• Compressive strength 21%
• Polycrystals 17%
• Energy release rate 14%
• Spatial distribution 13%
• Distribution functions 12%
• Grain boundaries 12%
• Crystals 12%
• Probability distributions 11%
• Elasticity 11%
• Dynamic response 10%
• Porosity 10%
• Experiments 8%
• Cracks 8%

Physics & Astronomy

• strain rate 42%
• ceramics 32%
• microstructure 28%
• compressive strength 28%
• meshfree methods 18%
• probability distribution functions 15%
• dynamic response 13%
• polycrystals 13%
• misalignment 12%
• spatial distribution 10%
• voids 10%
• cracks 9%
• elastic properties 9%
• grain size 9%
• grain boundaries 9%
• porosity 8%
• damage 8%
• crystals 5%
• interactions 4%
• simulation 4%
• energy 3%