A slip with entrained liquid fraction approach to compressible two-phase flow in nozzles

Engineering

• Choked Flow 33%
• Choking Condition 66%
• Compressible Flow 33%
• Critical Mass 66%
• Critical Pressure 66%
• Data Source 33%
• Energy Equation 33%
• Flow in Nozzles 100%
• Flow Theory 33%
• Gas Flow 33%
• Gas-Phase 33%
• Ideal Flow 33%
• Inlet Nozzle 33%
• Isentropic 33%
• Liquid Flow 33%
• Liquid Fraction 100%
• Mass Flowrate 66%
• Model Prediction 33%
• Momentum Equation 33%
• Momentum Flux 33%
• Phase Mixture 33%
• Pipeline Fluid Flow 33%
• Pressure Drop 100%
• Pressure Ratio 66%
• Slip Ratio 33%
• Two-Phase Flow 100%

INIS

• compressible flow 33%
• correlations 33%
• critical mass 66%
• critical pressure 66%
• data 33%
• energy 33%
• equations 33%
• fluids 33%
• gas flow 33%
• gases 33%
• ideal flow 33%
• isentropic processes 33%
• liquid flow 33%
• liquids 100%
• mixtures 33%
• nozzles 100%
• pipes 66%
• prediction 33%
• pressure drop 100%
• pulses 33%
• slip 100%
• slip ratio 33%
• speed 33%
• supply 33%
• two-phase flow 100%