Keyphrases
Annular Flow
43%
Aqueous Foam
30%
Closure Relations
39%
Compressed Air Energy Storage
36%
Contaminated Sludge
29%
Countercurrent Flow
33%
Exact Solutions
32%
Flow Pattern
29%
Flow Pattern Map
24%
Flow Pattern Transition
24%
Flow Phenomena
53%
Gas-liquid
26%
Heat Transfer
37%
Heat Transfer Enhancement
50%
Heat Transfer Phenomena
25%
Heat Transfer Rate
31%
Immiscible Liquids
25%
Inclined Channel
28%
Inclined pipe
28%
Inclined Tube
29%
Liquid-liquid Phase Separation
67%
Lower Critical Solution Temperature
28%
Mechanistic Model
39%
Metal Pollutants
24%
Mini
24%
Mixed Solvent
27%
Multiple Solutions
25%
Numerical Model
47%
Oil Flow
31%
Oil pipeline
29%
Operating Conditions
39%
Organic Pollutants
30%
Partially Miscible
84%
Phase Separation
83%
Phase Transition
91%
Piezoelectric Valve
29%
Pressure Drop
37%
Pressure Gradient
30%
Pressure Variation
29%
Shear Stress
24%
Shear Thickening Fluid
36%
Solvent System
63%
Storage Plants
28%
Stratified Flows
74%
Stratified Two-phase Flow
47%
Temperature Variation
24%
Two-fluid Model
39%
Two-phase Flow
26%
Valveless Pump
29%
Water Displacement
34%
Engineering
Annular Flow
49%
Boiling Liquid
21%
Boundary Condition
21%
Channel Flow
23%
Compressed Air Energy Storage
36%
Convective
22%
Countercurrent
26%
Countercurrent Flow
35%
Drag Reduction
21%
Experimental Result
21%
Flow Characteristics
33%
Flow Distribution
34%
Flow Pattern
55%
Flow Phenomenon
37%
Flow Rate
40%
Flow Velocity
40%
Fluid Viscosity
28%
Forced Convection
21%
Gas Flow
26%
Gas Flowrate
21%
Good Agreement
21%
Heat Transfer Phenomenon
24%
Heat Transfer Rate
35%
Hydrodynamics
38%
Immiscible Liquid
31%
Isothermal
24%
Liquid Flow
33%
Liquid Gas
39%
Liquid Phase
76%
Liquid System
32%
Mechanistic Model
37%
Natural Convection
39%
Numerical Model
52%
Oil Flow Rate
24%
Oil Pipeline
29%
Operational Condition
31%
Phase Separation
95%
Piezoelectric
29%
Pipe Diameter
25%
Pipeline Fluid Flow
22%
Pressure Drop
32%
Pressure Gradient
37%
Shear Thinning
42%
Stability Analysis
22%
Storage Plant
29%
Stratified Flow
100%
Superficial Velocity
27%
Transients
40%
Two-Fluid Model
43%
Two-Phase Flow
86%