Computational modelling of multi-material energetic materials and systems

Keyphrases

• Multi-material 100%
• Energetic Materials 100%
• Computational Modeling 100%
• Ghosts 100%
• Energetic Systems 100%
• Node Sorting 100%
• Density Gradient 50%
• Performance Improvement 50%
• High Energy 50%
• System Design 50%
• Low Computational Complexity 50%
• Detonation 50%
• Parallelization 50%
• Modern Methods 50%
• Equation of State 50%
• Convergence Property 50%
• Explosives 50%
• Thermodynamically Consistent Model 50%
• Computational Work 50%
• Design Problems 50%
• Material Interfaces 50%
• Hydro 50%
• Material Boundary 50%
• Coupled System of Equations 50%
• Numerical Issues 50%
• Stable Algorithm 50%
• Local Nodes 50%
• Riemann Solver 50%
• Interface Boundary Condition 50%
• Explicit Procedure 50%
• Ghost Fluid Method 50%
• Sorting Strategy 50%
• Computational Convergence 50%
• Volume Table 50%

Engineering

• Energetics 100%
• Nodes 100%
• Boundary Condition 50%
• Density Gradient 25%
• Computational Cost 25%
• Hydrodynamics 25%
• Reactive Material 25%
• Material Interface 25%
• Computational Work 25%
• Parallelism 25%
• Convergence Property 25%
• Design Problem 25%
• Coupled System 25%
• Stable Algorithm 25%
• Fluid Method 25%
• Equations of State 25%
• Equation System 25%