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Influence of grid and numerical schemes on bubble column simulation with TBPBM-CFD model
Guang Li
,
Xiaogang Yang
, Gance Dai
Research output
:
Journal Publication
›
Article
›
peer-review
Overview
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Dive into the research topics of 'Influence of grid and numerical schemes on bubble column simulation with TBPBM-CFD model'. Together they form a unique fingerprint.
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Keyphrases
Accuracy Improvement
14%
Breakup Model
14%
Bubble Breakup
14%
Bubble Coalescence
14%
Bubble Column
100%
Bubble Sauter Mean Diameter
14%
Bubble Size
14%
CFD Model
100%
Coalescence Model
14%
Coarse Grid
14%
Column Simulation
100%
Convection Term
14%
Daughter Bubbles
14%
Fluent 6.3
14%
Gas Holdup
28%
Gas Phase
14%
Gas-liquid
14%
Grid Schemes
100%
Large Bubbles
42%
Liquid Velocity
28%
Numerical Scheme
100%
Population Balance Model
100%
Prediction Accuracy
14%
Prince
14%
Sauter Mean Diameter
14%
Small Bubbles
28%
Transport Equation
14%
Turbulence Dissipation Rate
14%
Two-fluid Model
14%
User-defined Function
14%
Volume Fraction
28%
Engineering
Bubble Breakup
25%
Bubble Coalescence
25%
Bubble Size
25%
Coarse Grid
25%
Computational Fluid Dynamics
100%
Discretization
25%
Dissipation Rate
25%
Gas Holdup
50%
Gas-Phase
25%
Hydrodynamics
25%
Liquid Gas
25%
Liquid Velocity
50%
Numerical Scheme
100%
Simulation Result
25%
Two-Fluid Model
25%
Chemical Engineering
Bubble Coalescence
100%