The Publisher's final version can be found by following the URI link.The impact of numerically imposed inflow turbulence on the sound sources of turbulent jets is investigated. The sources are defined by the acoustic perturbation equations (APE) with data extracted from compressible large-eddy simulations (LES) of the turbulent jets. Inflow turbulence generated by two commonly used methods is studied. A uniform inlet case without any imposed turbulent fluctuations is also simulated as a reference. The distribution of the noise sources under different inlet conditions is then analysed in the space-frequency domain. The near- and far-field noise are investigated in the last two subsections
International audienceOrganized structures in turbulent jets can be modeled as wavepackets. These ar...
Stricter noise regulation for near-ground operations has made noise reduction in commercial aircraft...
A numerically calculated Green's function is used to predict jet noise spectrum and its far-field di...
The turbulent mixing process prescribing the spreading rate of the jet and the length of the potenti...
The turbulent mixing process prescribing the spreading rate of the jet and the length of the potenti...
The calculation of noise generated by a jet of viscous compressible gas flowing out from a conical n...
Direct numerical simulations of turbulent flows and their radiated acoustic fields offer a detailed ...
Large Eddy Simulation (LES) is an efficient computational approach to study turbulent flows and has ...
The aerodynamic sound source of a turbulent flow with a high Reynolds' number is composed of two typ...
Jet noise is an extensively studied phenomenon since the deployment of the first civil jet aircraft ...
Computational simulation techniques produce considerably more information about turbulent jets than ...
In this paper numerical simulations are used to calculate the turbulence dynamics simultaneously wit...
Jet noise is one of the major noise sources of jet-powered aircraft. To improve the understanding of...
Computational approaches are being developed to study a range of problems in aeroacoustics. These ae...
Lighthill’s theory of aerodynamic sound is employed to model the acoustic far field of turbulent jet...
International audienceOrganized structures in turbulent jets can be modeled as wavepackets. These ar...
Stricter noise regulation for near-ground operations has made noise reduction in commercial aircraft...
A numerically calculated Green's function is used to predict jet noise spectrum and its far-field di...
The turbulent mixing process prescribing the spreading rate of the jet and the length of the potenti...
The turbulent mixing process prescribing the spreading rate of the jet and the length of the potenti...
The calculation of noise generated by a jet of viscous compressible gas flowing out from a conical n...
Direct numerical simulations of turbulent flows and their radiated acoustic fields offer a detailed ...
Large Eddy Simulation (LES) is an efficient computational approach to study turbulent flows and has ...
The aerodynamic sound source of a turbulent flow with a high Reynolds' number is composed of two typ...
Jet noise is an extensively studied phenomenon since the deployment of the first civil jet aircraft ...
Computational simulation techniques produce considerably more information about turbulent jets than ...
In this paper numerical simulations are used to calculate the turbulence dynamics simultaneously wit...
Jet noise is one of the major noise sources of jet-powered aircraft. To improve the understanding of...
Computational approaches are being developed to study a range of problems in aeroacoustics. These ae...
Lighthill’s theory of aerodynamic sound is employed to model the acoustic far field of turbulent jet...
International audienceOrganized structures in turbulent jets can be modeled as wavepackets. These ar...
Stricter noise regulation for near-ground operations has made noise reduction in commercial aircraft...
A numerically calculated Green's function is used to predict jet noise spectrum and its far-field di...