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Keyphrases
Artificial Neural Network Model
100%
Vertical pipe
100%
Entrained Droplet
100%
Gas-liquid Two-phase Flow
100%
Sensitivity Analysis
33%
Superficial Gas Velocity
33%
Liquid Fraction
33%
Machine Learning Techniques
16%
Prediction Model
16%
Appropriate Design
16%
Pressure Drop
16%
Pipe Diameter
16%
Mechanistic Model
16%
Output Variable
16%
Gas-liquid Flow
16%
Liquid Viscosity
16%
Liquid Density
16%
Gas Density
16%
Closure Relations
16%
Gas Viscosity
16%
Superficial Liquid Velocity
16%
Gas Core
16%
Precise Calculation
16%
Two-fluid Model
16%
Liquid Surface Tension
16%
Accurate Calculation
16%
Heat Transfer Applications
16%
Underfitting
16%
Oil Facilities
16%
Boiling Two-phase Flow
16%
Pressure Drop Model
16%
Gas Facilities
16%
Engineering
Artificial Neural Network Model
100%
Two-Phase Flow
100%
Liquid Gas
100%
Pressure Drop
33%
Superficial Gas Velocity
33%
Liquid Fraction
33%
Fluid Viscosity
16%
Pipe Diameter
16%
Data Point
16%
Mechanistic Model
16%
Liquid Velocity
16%
Machine Learning Method
16%
Liquid Flow
16%
Liquid Viscosity
16%
Superficial Liquid
16%
Density Core
16%
Two-Fluid Model
16%
Gas Density
16%
Liquid Density
16%
Accurate Calculation
16%
Chemical Engineering
Neural Network
100%
Learning System
16%
Gas-liquid Flow
16%