Three dimensional mesoscopic scale simulations of buoyancy driven flow and heat mass transfer through randomly packed fiber boards

Physics & Astronomy

• buoyancy-driven flow 100%
• mass transfer 58%
• porosity 46%
• heat 42%
• fibers 36%
• simulation 24%
• heat transfer 20%
• Biot number 18%
• stagnation point 15%
• Nusselt number 13%
• buoyancy 13%
• fluid flow 12%
• flow distribution 10%
• grids 10%
• temperature distribution 10%
• velocity distribution 10%
• trends 9%
• vortices 9%
• temperature 3%

Chemical Compounds

• Buoyancy 93%
• Mass Transfer 53%
• Heat 47%
• Flow 41%
• Fiber 41%
• Simulation 40%
• Porosity 29%
• Heat Transfer 27%
• Nusselt Number 22%
• Biot Number 22%
• Sherwood Number 20%
• Velocity 10%
• Pore 8%

Engineering & Materials Science

• Buoyancy 69%
• Mass transfer 57%
• Porosity 44%
• Fibers 43%
• Hot Temperature 30%
• Heat transfer 17%
• Nusselt number 13%
• Flow patterns 12%
• Flow of fluids 11%
• Vortex flow 11%
• Temperature distribution 10%
• Temperature 5%