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Roles of initial condition and vortex pairing in jet noise
J. E. Bridges,
A. K.M.F. Hussain
Houston Methodist
Research output
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Contribution to journal
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Article
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peer-review
135
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Scopus citations
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Keyphrases
Air Jet
14%
Anechoic
14%
Arbitrary Shape
14%
Boundary Layer
28%
Circular Jet
14%
Coherent Structures
28%
Cold Air
14%
Directivity
28%
Elliptic Jet
42%
Flow Velocity Field
14%
Fully Turbulent
14%
Jet Noise
100%
Jet Speed
14%
Laminar Boundary Layer
14%
Low Mach number
14%
Major Axis
14%
Minor Axis
14%
Natural Transition
14%
Non-planar
14%
Nozzle
28%
Observed Effects
14%
Planar Ring
14%
Shear Layer Mode
14%
Shear Layer Vortices
14%
Sound Field
100%
Sound Pressure
14%
Sound Pressure Level
14%
Sound Source
14%
Sources of Interest
14%
Structure Dynamics
14%
Vortex
14%
Vortex Filament Equation
14%
Vortex Pair
100%
Vortex Ring
14%
Vortex Sound
14%
Vortical Structures
14%
Engineering
Active Phase
8%
Arbitrary Shape
8%
Axisymmetric
16%
Azimuthal
8%
Boundary Layer
16%
Coherent Structure
16%
Directivity
16%
Far-Field Sound
8%
Field Pressure
8%
Flow Velocity
8%
Initial Condition
100%
Jet
100%
Laminar Boundary Layer
8%
Low Mach Number
8%
Major Axis
8%
Minor Axis
8%
Shear Layer
16%
Sound Field
58%
Sound Pressure
8%
Sound Pressure Level
8%
Sound Source
8%
Supporting Evidence
8%
Velocity Field
8%
Vortex
100%
Vortex Filament
8%
Physics
Air Jet
14%
Boundary Layer
28%
Cold Air
14%
Directivity
28%
Far Field
28%
Flow Velocity
14%
Laminar Boundary Layer
14%
Mach Number
14%
Major Axis
14%
Minor Axis
14%
Shear Layer
28%
Sound Field
100%
Sound Pressure
28%
Vortex Filament
14%
Vortex Ring
14%