Model for non-suspension gas-solids flow of fine powders in pipes

Engineering & Materials Science

• Flow of solids 97%
• Powders 58%
• Pipe 54%
• Gases 41%
• Momentum transfer 39%
• Momentum 26%
• Energy transfer 16%
• Conveying 16%
• Flow velocity 14%
• Pneumatics 14%
• Conservation 13%
• Mass transfer 12%
• Flow rate 10%
• Liquids 9%

Physics & Astronomy

• solids flow 100%
• gases 37%
• momentum transfer 15%
• momentum 11%
• pneumatics 9%
• mass flow rate 9%
• conservation equations 9%
• profiles 8%
• predictions 8%
• beds 7%
• solid phases 7%
• mass transfer 7%
• energy transfer 6%
• vapor phases 6%
• flow velocity 6%
• kinetic energy 6%

Chemical Compounds

• Flow 46%
• Momentum Transfer 32%
• Momentum 27%
• Pressure 17%
• Gas 16%
• Energy 9%
• Mixture 9%
• Energy Transfer 8%
• Velocity 8%
• Mass Transfer 8%
• Flow Kinetics 7%