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Vortical flow and mixing in rotating milli- and micro-chambers
Yong Ren
, Wallace Woon Fong Leung
Research output
:
Journal Publication
›
Article
›
peer-review
6
Citations (Scopus)
Overview
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Dive into the research topics of 'Vortical flow and mixing in rotating milli- and micro-chambers'. Together they form a unique fingerprint.
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Keyphrases
Microchamber
100%
Acceleration-deceleration
100%
Vortical Flow
100%
Vorticity
75%
Mass Transfer
50%
Rotating Chamber
50%
Mixing Fluids
50%
Primary Vortex
50%
Rotational Speed
50%
Outer Radius
50%
Mixing Efficiency
50%
Mixing Time
50%
Angular Acceleration
50%
Toroidal Vortex
50%
Acceleration Time
25%
Law
25%
Numerical Model
25%
Three-dimensional (3D)
25%
Vortex
25%
Diffusion Time
25%
Zero Speed
25%
Axial Plane
25%
Continuous Acceleration
25%
Viscous Resistance
25%
Inertial Effects
25%
Similitude
25%
Top-bottom
25%
Constant Acceleration
25%
Effective Mass
25%
Dimensionless Groups
25%
Radial-axial
25%
Quasi-equilibrium
25%
Fluid Motion
25%
Time Duration
25%
Analytical Approach
25%
Momentum Diffusion
25%
Viscous Friction
25%
Temporal Change
25%
Angular Speed
25%
Linear Change
25%
Endwall
25%
Variable Ratio
25%
Transient Acceleration
25%
Coriolis Acceleration
25%
Fluid Mass
25%
Fluid Mechanics
25%
Grid Size
25%
Driving Potential
25%
BioMEMS
25%
Dimensionless Variables
25%
Momentum Transfer
25%
Effective Momentum
25%
Maximum Rotation
25%
Complex Flow
25%
Rotational Reynolds number
25%
Large Chamber
25%
Engineering
Vortex
100%
Transients
60%
Vorticity
60%
Angular Acceleration
40%
Rotation Speed
40%
Outer Radius
40%
Mixing Time
40%
Numerical Model
20%
Assuming
20%
Microelectromechanical System
20%
Axial Plane
20%
Buckingham
20%
Rotational Reynolds Number
20%
Coriolis Acceleration
20%
Constant Acceleration
20%
Dimensionless
20%
Dimensionless Variable
20%
Dimensionless Group
20%
Angular Speed
20%
Diffusion Time
20%
Analytical Approach
20%
Circumferential
20%
Duration Time
20%
Fluid Mechanics
20%