Response and representation of ductile damage under varying shock loading conditions in tantalum

Engineering

• Coalescence 16%
• Complete Separation 16%
• Complex Process 16%
• Composite 16%
• Damage Evolution 100%
• Deformation Process 16%
• Density 16%
• Experiments 16%
• Extreme Loading 16%
• Fields 16%
• High Purity 16%
• Loaded Condition 16%
• Loading Condition 33%
• Loading Path 33%
• Macroscale 16%
• Mechanisms 16%
• Meshes 16%
• Metallography 16%
• Microstructure 16%
• Models 33%
• Peak Stress 33%
• Polycrystalline Metal 16%
• Porosity Evolution 16%
• Rear Surface 16%
• Scale Model 16%
• Shock Loads 33%

Physics

• Composite 16%
• Failure 16%
• Growth 16%
• Impact 16%
• Magnitude 16%
• Metallography 16%
• Microstructure 16%
• Model 33%
• Plastic Deformation 16%
• Porosity 16%
• Regimes 16%
• Responses 50%
• Scale Model 16%
• Tantalum 83%
• Tomography 16%

Material Science

• Coalescence 16%
• Ductile Fracture 50%
• Electron Backscatter Diffraction 16%
• Large Deformation 50%
• Material 16%
• Materials Structure 16%
• Nucleation 66%