Keyphrases
Impeller
100%
Geometric Configuration
75%
Pipe Manufacturing
75%
UOE pipe
75%
Multiphase Flow Simulation
75%
Multiphase Pump
75%
Expander
75%
Rotor
75%
Single-phase Flow
75%
Computational Fluid Dynamics
75%
Nonlinear Analysis
75%
Manufacturing Process
75%
Pump Performance
50%
Turbulence Model
50%
K-model
50%
Blade number
49%
Computational Fluid Dynamics Simulation
49%
Expansion Process
37%
Optimum Design
24%
Front-back
24%
Uniform Flow
24%
Rotor Design
24%
Helical Rotor
24%
Geometrical Parameters
24%
Dynamic Tool
24%
Flow Pump
24%
Design Performance
24%
New Rotor
24%
Pitch Length
24%
Complex Machines
24%
Compressor Stage
24%
Internal Flow Field
24%
Fluid Mixtures
24%
Wet Gas
24%
Inner Flow
24%
Metallurgy
24%
Dynamical Parameters
24%
Main Progress
24%
Pipe Type
24%
Design Assessment
24%
Chemical Industry
24%
Industrial Sector
24%
Efficiency Improvement
24%
Low Performance
24%
Flow Pattern
24%
Relative Standard Deviation
24%
Multiphase Flow
24%
Numerical Model
24%
Prediction Accuracy
24%
Blade pitch Angle
24%
Engineering
Computational Fluid Dynamics
90%
Impeller
90%
Pipe Manufacturing Process
75%
Geometric Configuration
75%
Phase Flow
75%
Rotors
75%
Nonlinear Analysis
75%
Flow Simulation
75%
Finite Element Analysis
75%
Multiphase Flow
75%
Increasing Demand
37%
Energy Engineering
37%
Stress Concentration
37%
Circularity
37%
Yield Point
37%
Pump Performance
30%
Internal Flow Field
15%
Major Application
15%
Design Analysis
15%
Dredging
15%
Compression Stage
15%
Parametric Optimization
15%
Fluid Mixture
15%
Blade Number
15%
Wet Gas
15%
Numerical Approach
15%
Geometric Model
15%
Numerical Model
15%
Uniform Flow
15%
Flow Rate
15%
Experimental Measurement
15%
Accurate Prediction
15%
Performance Prediction
15%
Rotation Speed
15%
Ansys Fluent
15%
Industrial Sector
15%
Limitations
15%
Optimum Design
15%
Flow Velocity
15%
Flow Distribution
15%
