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Examination of propeller sound production using large eddy simulation
Jacob Keller
, Praveen Kumar
, Krishnan Mahesh
Aerospace Engineering and Mechanics
Research output
:
Contribution to journal
›
Article
›
peer-review
38
Scopus citations
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Dive into the research topics of 'Examination of propeller sound production using large eddy simulation'. Together they form a unique fingerprint.
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Keyphrases
Sound Production
100%
Large Eddy Simulation
100%
Propeller
100%
Rotor
33%
Acoustics
16%
Sound Source
16%
Turbulence
16%
Boundary Layer
16%
Flow Separation
16%
Flow Interaction
16%
Flow Field
16%
Local Reynolds number
16%
Discretized
16%
Rotary Axis
16%
Broadband Noise
16%
Periodic Motion
16%
Underlying Assumptions
16%
Rotation Rate
16%
Source Spectra
16%
Tip Vortex
16%
Marine Propeller
16%
Integral Form
16%
Blade Trailing Edge
16%
Unsteadiness
16%
Dipole Model
16%
Point Forces
16%
Acoustic Energy
16%
Far-field Acoustics
16%
Design Condition
16%
Acoustic Signature
16%
Force Dipole
16%
Blade Tip
16%
Acoustic Analogy
16%
Noise Modeling
16%
Source Correlation
16%
Propeller Hub
16%
Tonal Sound
16%
Blade Root
16%
Frequency up
16%
Engineering
Propeller
100%
Rotor Plane
28%
Boundary Layer
14%
Sound Source
14%
Flow Separation
14%
Reynolds' Number
14%
Vortex
14%
Design Condition
14%
Integral Form
14%
Periodic Motion
14%
Acoustic Energy
14%
Acoustic Signature
14%
Broadband Noise
14%
Far-Field Sound
14%
Ffowcs Williams and Hawkings Equation
14%
Rotation Rate
14%
Blade Root
14%
Trailing Edge
14%
Blade Tip
14%
Flow Distribution
14%
Marine Propellers
14%