Using an extended CFD-DEM for the two-dimensional simulation of shock-induced layered coal-dust combustion in a narrow channel

Physics & Astronomy

• computational fluid dynamics 63%
• coal 58%
• dust 45%
• shock 42%
• shock waves 29%
• particle interactions 22%
• simulation 20%
• flames 18%
• diffusion flames 16%
• gases 10%
• compression waves 9%
• combustion products 9%
• compressible flow 8%
• propagation velocity 7%
• flame propagation 7%
• detonation 7%
• flow distribution 5%
• propagation 4%

Engineering & Materials Science

• Coal dust 82%
• Finite difference method 55%
• Shock waves 44%
• Computational fluid dynamics 41%
• Particle interactions 32%
• Gases 13%
• Compressible flow 9%
• Detonation 9%
• Coal mines 8%
• Flow fields 6%
• Experiments 2%

Chemical Compounds

• Coal Dust 100%
• Shock Wave 43%
• Simulation 34%
• Flame 27%
• Diffusion Flame 22%
• Flow 20%
• Detonation 9%
• Coal 7%
• Wave 7%
• Velocity 6%
• Gas 4%