The initial boundary-layer state can significantly affect the radiated noise from an axisymmetric jet. Jets with initially laminar boundary layers are found to emit more noise. Thus, 'cleaner' far-field noise characteristics are achieved in tripped jets. Data suggest that the additional noise in the initially laminar case partly originates from the first stage of pairing of the coherent shear-layer vortices.
Effect of initial condition on subsonic jet noise
AIAA Journal ; 23
1985-09-01
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Englisch
Effect of initial condition on subsonic jet noise
AIAA | 1985
|Effect of Initial Boundary-Layer State on Subsonic Jet Noise
Online Contents | 2012
|AIAA | 1980
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