Hot spot ignition and growth from tandem micro-scale simulations and experiments on plastic-bonded explosives

Keyphrases

• Hot-spot Ignition 100%
• Microsimulation 100%
• Microscale Experiments 100%
• Head-to-head Comparison 100%
• Plastic-bonded Explosives 100%
• Shock 50%
• Low Temperature 50%
• High Temperature 50%
• Numerical Simulation 50%
• Three-dimensional (3D) 50%
• High-resolution 50%
• Simulation Techniques 50%
• Microscopic Imaging 50%
• Multiple Mechanisms 50%
• Temperature Variation 50%
• Polymeric Binder 50%
• Hot Spot Formation 50%
• Time Variation 50%
• Polymer Crystals 50%
• High-temperature Reaction 50%
• Pore Collapse 50%
• Octahydro-1,3,5,7-tetranitro-1,3,5,7-tetrazocine 50%
• Direct numerical Simulation 50%
• Reaction Wave 50%
• Observation Simulation 50%
• Optical Pyrometry 50%
• Imaging Pyrometry 50%
• Crystal Interface 50%
• Shock-induced Reactions 50%
• Energetic Crystal 50%
• Hotspot Evolution 50%

Engineering

• Microscale 100%
• Ignition 100%
• Hot Spot 100%
• High Resolution 11%
• Low-Temperature 11%
• Experimental Observation 11%
• Energetics 11%
• Limitations 11%
• Nanosecond 11%
• Simulation Mode 11%
• Direct Numerical Simulation 11%

Physics

• High Resolution 100%
• Energetics 100%
• Direct Numerical Simulation 100%