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B<scp>OUNDARY</scp>-L<scp>AYER</scp> R<scp>ECEPTIVITY TO</scp> F<scp>REESTREAM</scp> D<scp>ISTURBANCES</scp>
519
Citations
73
References
2002
Year
AeroacousticsEngineeringInformation SecurityFluid MechanicsCommunicationBoundary LayerUnsteady FlowOcean AcousticsVortex DynamicSound PropagationFormal LanguageComputer ScienceInformation ManagementTurbulence ModelingProtocol AnalysisFormal MethodsAerodynamicsFreestream DisturbancesFar-field HydrodynamicsBoundary-layer ReceptivityUnstable Waves
▪ Abstract The current understanding of boundary-layer receptivity to external acoustic and vortical disturbances is reviewed. Recent advances in theoretical modeling, numerical simulations, and experiments are discussed. It is shown that aspects of the theory have been validated and that the mechanisms by which freestream disturbances provide the initial conditions for unstable waves are better understood. Challenges remain, however, particularly with respect to freestream turbulence.
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