Keywords: افت فشار اصطکاک; Two-phase flow; Air-water; Frictional pressure drop; Mixed-wettability; Microchannel;
مقالات ISI افت فشار اصطکاک (ترجمه نشده)
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Keywords: افت فشار اصطکاک; Gas-liquid two-phase flow; Frictional pressure drop; Vertical downward tube;
Keywords: افت فشار اصطکاک; Helically coiled tube; Small coil diameter; Two-phase flow; Frictional pressure drop; Two-phase frictional pressure drop multiplier;
Keywords: افت فشار اصطکاک; Resistance; Capillary pressure; Two-phase flows; Interface; Frictional pressure drop; Effective pore throat;
Keywords: افت فشار اصطکاک; Microchannel; Gas-liquid two-phase flow; Chemical reaction; Flow pattern; Void fraction; Frictional pressure drop;
Keywords: افت فشار اصطکاک; Two-phase flow; Frictional pressure drop; Horizontal and vertical flows; Pipe size; Flow regime;
Keywords: افت فشار اصطکاک; Two-phase flow; Air-water; Frictional pressure drop; Water film thickness; Microchannel;
Keywords: افت فشار اصطکاک; Natural gas liquefaction; Coil-wound heat exchangers; Mixture condensation; Heat transfer coefficient; Frictional pressure drop; Mixed hydrocarbon refrigerant;
Keywords: افت فشار اصطکاک; Horizontal two-phase flow; Pipe size effect; Flow regime transition; Frictional pressure drop; Local two-phase flow parameter; Drift-flux analysis;
Keywords: افت فشار اصطکاک; Serpentine channel; Frictional pressure drop; Friction factor; Millichannel; Packed channel; Liquid-liquid flow;
Keywords: افت فشار اصطکاک; Condensation; Frictional pressure drop; Two-phase flow; Micro-fin tube; Prediction model;
Keywords: افت فشار اصطکاک; Frictional pressure drop; Inclination angle; Supercritical water flow; Rifled tube;
Keywords: افت فشار اصطکاک; Adiabatic; Frictional pressure drop; Multiport minichannel; Correlation; Two-phase flow; Two-phase multiplier; Adiabatique; Chute de pression frictionnelle; Minicanal multi-port; Corrélation; Ãcoulement diphasique; Multiplicateur diphasique;
Keywords: افت فشار اصطکاک; Condensation; Horizontal tube; Frictional pressure drop; Multi-effect evaporation; Desalination;
Keywords: افت فشار اصطکاک; Two-phase flow; Frictional pressure drop; Single channel; Micro-channel; Mini-channel;
Keywords: افت فشار اصطکاک; Two-phase flow; Frictional pressure drop; Liquid nitrogen; Horizontal circular mini-tube;
Keywords: افت فشار اصطکاک; Two-phase flow; Frictional pressure drop; Multi-channel; Micro-channel; Mini-channel;
Keywords: افت فشار اصطکاک; Wavy core-annular flow; Core flow; Vertical upward flow; Axisymmetric flow; Frictional pressure drop; Analytical solution;
Keywords: افت فشار اصطکاک; Frictional pressure drop; Joule-Thomson; Zeotropic; Mixed gas; Mixture; Non-azeotropic;
Keywords: افت فشار اصطکاک; Microchannel; Condensation; Frictional pressure drop; Two-phase pressure drop multiplier;
Keywords: افت فشار اصطکاک; Two-phase flow; Curved tubes; Frictional pressure drop; Flow boiling; Nanofluids;
Keywords: افت فشار اصطکاک; Two-phase flow; Frictional pressure drop; Rolling motion; Rectangular narrow channel;
Keywords: افت فشار اصطکاک; Helical pipes; Two-phase flow; Frictional pressure drop; Empirical correlation; Lockhart-Martinelli correlation;
Keywords: افت فشار اصطکاک; Microfiltration; Tubular membrane; Channel diameter; Frictional pressure drop; Cake formation; Cost estimate
Keywords: افت فشار اصطکاک; Helical pipes; Frictional pressure drop; Laminar to turbulent flow transition; Numerical simulation; CFD study
Keywords: افت فشار اصطکاک; Helically coiled tube; Drag reduction; Frictional pressure drop; Surfactants; Polymer solutions
An experimental study of flow boiling frictional pressure drop of R134a in a horizontal 1.002â¯mm tube under hypergravity
Keywords: افت فشار اصطکاک; Flow boiling; Hypergravity; Frictional pressure drop; Micro-channels; Two-phase;
Condensation of R-134a inside dimpled helically coiled tube-in-shell type heat exchanger
Keywords: افت فشار اصطکاک; Condensation; Heat transfer coefficient; Frictional pressure drop; R-134a; Dimpled helically coiled tube;
Condensation of R-134a inside micro-fin helical coiled tube-in-shell type heat exchanger
Keywords: افت فشار اصطکاک; Condensation; Heat transfer coefficient; Frictional pressure drop; R-134a; Micro-fin helical coiled tube;
Experimental investigations on adiabatic frictional pressure drops of R134a during flow in 5Â mm diameter channel
Keywords: افت فشار اصطکاک; Adiabatic flow; Frictional pressure drop; Two-phase flow; R134a;
Detailed experimental investigations on frictional pressure drop of R134a during flow boiling in 5âmm diameter channel: The influence of acceleration pressure drop component
Keywords: افت فشار اصطکاک; Frictional pressure drop; Two-phase flow; Acceleration pressure drop; Void fraction; Chute de pression frictionnelle; Ãcoulement diphasique; Chute de pression de l'accélération; Taux de vide;
An experimental study of flow boiling frictional pressure drop of R134a and evaluation of existing correlations
Keywords: افت فشار اصطکاک; R134a; Flow boiling; Frictional pressure drop; Two-phase flow; Evaluation;
Two-phase pressure drops and flow pattern observations in 90° bends subject to upward, downward and horizontal arrangements
Keywords: افت فشار اصطکاک; Two-phase flow; 90° bend; Frictional pressure drop; Flow reversal;
Effects of rolling on resistance characteristics of single-phase flow in a 3 Ã 3 rod bundle
Keywords: افت فشار اصطکاک; Single-phase flow; Rod bundle; Rolling motion; Frictional pressure drop; Local pressure drop;
CFD study of an air-water flow inside helically coiled pipes
Keywords: افت فشار اصطکاک; Helical pipes; CFD study; Eulerian multiphase model; Frictional pressure drop; Void fraction; Experimental data;
Developing air-water flow downstream of a vertical 180° return bend
Keywords: افت فشار اصطکاک; Two-phase flow; Return bend; Gas holdup; Developing length; Frictional pressure drop; Flow visualization;
Pressure drop and gas holdup in air-water flow in 180° return bends
Keywords: افت فشار اصطکاک; Two-phase flow; Return bend; Frictional pressure drop; Gas holdup; Flow visualization;
An experimental investigation of flow boiling heat transfer and pressure drop of R134a in a horizontal 2.168Â mm tube under hypergravity. Part I: Frictional pressure drop
Keywords: افت فشار اصطکاک; Two-phase flow; Flow boiling; Frictional pressure drop; Hypergravity; Mini-channel;
Experimental results on boiling heat transfer coefficient, frictional pressure drop and flow patterns for R134a at a saturation temperature of 34 °C
Keywords: افت فشار اصطکاک; R134a; Boiling; Heat transfer coefficient; Frictional pressure drop; Flow patternsR134a; Ebullition; Coefficient de transfert de chaleur; Chute de pression due au frottement; Schémas d'écoulement
Minimum fluidization velocities for supercritical water fluidized bed within the range of 633-693Â K and 23-27Â MPa
Keywords: افت فشار اصطکاک; Supercritical water; Fluidized bed; Frictional pressure drop; Minimum fluidization velocity;
Experimental study on R-600a boiling in 2.6 mm tube
Keywords: افت فشار اصطکاک; Boiling; Mini-channels; R-600a; Frictional pressure drop; Heat transfer coefficientÉbullition; Minicanaux; R-600a; Chute de pression due au frottement; Coefficient de transfert de chaleur
Investigation of two phase heat transfer and pressure drop of propane in a vertical circular minichannel
Keywords: افت فشار اصطکاک; Flow boiling; Heat transfer; Frictional pressure drop; Propane; Dryout; Minichannel
Frictional resistance of adiabatic two-phase flow in narrow rectangular duct under rolling conditions
Keywords: افت فشار اصطکاک; Rolling motion; Two-phase flow; Frictional pressure drop; Narrow rectangular duct; Correlations evaluation; New correlation
A new correlation of two-phase frictional pressure drop for evaporating flow in pipes
Keywords: افت فشار اصطکاک; Two-phase flow; Evaporation; Frictional pressure drop; Correlation; Micro-channelÉcoulement diphasique; Évaporation; Chute de pression due au frottement; Corrélation; Microcanal
Evaluation of using two-phase frictional pressure drop correlations for normal gravity to microgravity and reduced gravity
Keywords: افت فشار اصطکاک; Two-phase; Frictional pressure drop; Microgravity; Reduced gravity; Normal gravity
Flow and heat transfer characteristics of r22 and ethanol at supercritical pressures
Keywords: افت فشار اصطکاک; Supercritical pressures; R22; Ethanol; Frictional pressure drop; Convection heat transfer
Condensation pressure drop of HFC-134a and R-404A in a smooth and micro-fin U-tube
Keywords: افت فشار اصطکاک; In-tube condensation; Frictional pressure drop; Micro-fin-tube; HFC-134a; R-404A;
Condensation pressure drop characteristics of various refrigerants in a horizontal smooth tube
Keywords: افت فشار اصطکاک; Condensation; Pressure drop; Friction factor; Void fraction; Frictional pressure drop; Separated flow
Experimental study of in-tube cooling heat transfer and pressure drop characteristics of R134a at supercritical pressures
Keywords: افت فشار اصطکاک; R134a; Supercritical pressures; Cooling; Heat transfer coefficient; Frictional pressure drop
Two-phase flow characteristics in multiple orifice valves
Keywords: افت فشار اصطکاک; Multiphase flow meter; Multiple orifice valve; Void fraction; Two-phase frictional multipliers; Frictional pressure drop; Two-phase flow correlations