Andere Kunden interessierten sich auch für
![A Numerical Experimentation on Fluid Flow through a Sudden Expansion]( "A Numerical Experimentation on Fluid Flow through a Sudden Expansion")
A Numerical Experimentation on Fluid Flow through a Sudden Expansion36,99 €![Aerosol Calculation and Pressure Drop Simulation for SEP]( "Aerosol Calculation and Pressure Drop Simulation for SEP")
Aerosol Calculation and Pressure Drop Simulation for SEP32,99 €![Optimisation of Direct Expansion (DX) Cooling Coils to Improve Energy]( "Optimisation of Direct Expansion (DX) Cooling Coils to Improve Energy")
Optimisation of Direct Expansion (DX) Cooling Coils to Improve Energy36,99 €![Design and Analysis of Thermal Expansion in MEMS]( "Design and Analysis of Thermal Expansion in MEMS")
Design and Analysis of Thermal Expansion in MEMS32,99 €![Drop impact resistance of fluid-filled plastic containers]( "Drop impact resistance of fluid-filled plastic containers")
Drop impact resistance of fluid-filled plastic containers44,99 €![Modeling of cryogenic sloshing including heat and mass transfer]( "Modeling of cryogenic sloshing including heat and mass transfer")
Modeling of cryogenic sloshing including heat and mass transfer34,96 €![Numerical Study of Isothermal Gas-liquid Two-phase Bubbly Flow]( "Numerical Study of Isothermal Gas-liquid Two-phase Bubbly Flow")
Numerical Study of Isothermal Gas-liquid Two-phase Bubbly Flow40,99 €
Pressure drop for two phase flow of air-water and water-oil system for a sudden expansion and contraction in a pipe has been computed numerically by solving the two phase flow equations in an Eulerian-Eulerian system. The effect of volume concentration of oil and air on pressured drop has been predicted for different geometrical parameters. Pressure drop in thin and thick orifices has been computed with the prediction of a two-phase multiplier, such that when the multiplier is multiplied to the pressure drop for a single phase flow then the pressured drop for two phase flow can be predicted.