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Recombination of two vortex filaments and jet noise
Ryuji Takaki,
A. K.M. Fazle Hussain
Houston Methodist
Research output
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peer-review
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Dive into the research topics of 'Recombination of two vortex filaments and jet noise'. Together they form a unique fingerprint.
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Keyphrases
Average Spacing
33%
Circular Jet
33%
Far-field Noise
33%
Flow Field
66%
Jet Noise
100%
Jet Velocity
33%
Local Flow Field
33%
Near-field
33%
New Factors
33%
Noise Intensity
33%
Noise Source
33%
Recombination
100%
Recombination Mechanism
66%
Spatial Symmetry
33%
Viscous Effects
33%
Viscous Incompressible Fluid
33%
Vortex Filament
100%
Vortex Ring
66%
Vorticity Equation
66%
Engineering
Flow Distribution
100%
Incompressible Viscous Fluid
33%
Intensity Noise
33%
Jet
100%
Jet Velocity
33%
Noise Field
33%
Noise Source
33%
Vortex
66%
Vortex Filament
100%
Vorticity Equation
66%
Physics
Far Field
33%
Flow Distribution
100%
Incompressible Viscous Fluid
33%
Noise Intensity
33%
Vortex Filament
100%
Vortex Ring
66%
Vorticity
66%
Mathematics
Flow Field
100%
Local Flow
33%
Near-Field
33%
Polynomial
33%
Vortex Ring
66%