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Effect of cavitation on vortex dynamics in a submerged jet
T. Xing,
S. H. Frankel
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Dive into the research topics of 'Effect of cavitation on vortex dynamics in a submerged jet'. Together they form a unique fingerprint.
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Keyphrases
Cavitation
100%
Vortex Dynamics
100%
Submerged Jet
100%
Cluster Size
33%
Vapor Pressure
33%
Bubble Clusters
33%
Vortex
16%
Reynolds number
16%
Vortical Structures
16%
Flow Model
16%
Dilatation
16%
High Reynolds number
16%
Vortex Pair
16%
Local Pressure
16%
Cavitation Model
16%
Baroclinic Torque
16%
Vorticity Transport Equation
16%
Bubble-bubble Interaction
16%
Nonlinear Bubble Dynamics
16%
Locally Homogeneous
16%
Spherical Bubble Cluster
16%
Homogeneous Cavitation Model
16%
Vortex Structure
16%
Bubble number Density
16%
Cavitation number
16%
Void Fraction
16%
Vortex Splitting
16%
Engineering
Vortex
100%
Model Parameter
33%
Numerical Study
16%
Reynolds' Number
16%
Vorticity
16%
Number Density
16%
Local Pressure
16%
High Reynolds Number
16%
Void Fraction
16%
Cavitation Number
16%