Microscale adiabatic gas-liquid annular two-phase flow: Analytical model description, void fraction, and pressure gradient predictions

Engineering & Materials Science

• Void fraction 85%
• Liquid films 84%
• Pressure gradient 74%
• Two phase flow 69%
• Analytical models 57%
• Liquids 45%
• Microchannels 44%
• Gases 38%
• Turbulent flow 27%
• Vapors 24%
• Film thickness 14%
• Refrigerants 14%
• Conservation 13%
• Momentum 12%
• Pressure drop 12%
• Mass transfer 12%
• Hydrodynamics 11%
• Reynolds number 11%
• Glass 10%
• Flow rate 10%
• Friction 9%
• Fluids 8%

Physics & Astronomy

• two phase flow 71%
• pressure gradients 68%
• microbalances 68%
• voids 59%
• predictions 36%
• liquids 36%
• microchannels 35%
• gases 34%
• turbulent flow 21%
• vapors 17%
• friction factor 14%
• turbulent diffusion 14%
• refrigerants 13%
• mass flow rate 13%
• pressure drop 12%
• conservation 10%
• Reynolds number 9%
• film thickness 9%
• velocity distribution 8%
• hydrodynamics 8%
• momentum 7%
• fluids 6%
• glass 6%

Chemical Compounds

• Two-Phase Flow 100%
• Porosity 39%
• Pressure 39%
• Liquid Film 32%
• Weber Number 23%
• Velocity 22%
• Refrigerant 19%
• Reynolds Number 18%
• Momentum 17%
• Pressure Drop 17%
• Hydrodynamics 12%
• Mass Transfer 11%
• Flow Kinetics 10%
• Glass 9%
• Flow 8%
• Gas 7%
• Reaction Yield 5%