Both aerodynamic and near field acoustic behavior of several unheated axisymmetric shock free and shock containing high speed jet plumes are reported. The exit Mach number range for these data is from 0.9 to 2.5. The aerodynamic measurements include both mean and turbulence quantities for a shock free jet plume produced by a convergent divergent nozzle designed to have an exit Mach number of 2. The near field acoustic measurements presented include narrow band spectra, directivity and contour plots of select one third octave band data, and near field microphone correlations from a linear array. Shock noise results are also included as obtained by operating an underexpanded convergent nozzle at the design point of two supersonic exist Mach n...
The turbulent mixing noise of a supersonic jet is calculated for a round convergent-divergent nozzle...
International audienceFive temporally-developing isothermal round jets at a diameter-based Reynolds ...
The aeroacoustic supersonic performance of various internal nozzle geometries is evaluated for shock...
Nearfield pressure data are presented for an unheated jet issuing from an underexpanded sonic nozzle...
The far field acoustic data base generated in studies of broadband shock noise from supersonic jets ...
The near field fluctuating pressure and aerodynamic mean flow characteristics of a cold subsonic jet...
Prediction method for near field noise of subsonic and supersonic jets observing jet-flow structur
The sound pressures radiating from the exhaust streams of two convergent-divergent and one convergen...
This paper describes a study of sound generated by supersonic jets such as those emanating from the ...
In this paper, the data obtained by LES for an initially laminar and overexpanded jet at Mach number...
Several different prediction methods to estimate the broadband shock associated noise of a supersoni...
An experimental investigation of the jet noise radiated to the far field from a 15.2-cm-diam potenti...
Convergent and parallel flow nozzles were used with room temperature air to investigate the flow and...
Jet engine noise generation and noise propagation was investigated by studying supersonic nozzle flo...
The photograph in figure 1 displays a water cooled round convergent-divergent supersonic nozzle oper...
The turbulent mixing noise of a supersonic jet is calculated for a round convergent-divergent nozzle...
International audienceFive temporally-developing isothermal round jets at a diameter-based Reynolds ...
The aeroacoustic supersonic performance of various internal nozzle geometries is evaluated for shock...
Nearfield pressure data are presented for an unheated jet issuing from an underexpanded sonic nozzle...
The far field acoustic data base generated in studies of broadband shock noise from supersonic jets ...
The near field fluctuating pressure and aerodynamic mean flow characteristics of a cold subsonic jet...
Prediction method for near field noise of subsonic and supersonic jets observing jet-flow structur
The sound pressures radiating from the exhaust streams of two convergent-divergent and one convergen...
This paper describes a study of sound generated by supersonic jets such as those emanating from the ...
In this paper, the data obtained by LES for an initially laminar and overexpanded jet at Mach number...
Several different prediction methods to estimate the broadband shock associated noise of a supersoni...
An experimental investigation of the jet noise radiated to the far field from a 15.2-cm-diam potenti...
Convergent and parallel flow nozzles were used with room temperature air to investigate the flow and...
Jet engine noise generation and noise propagation was investigated by studying supersonic nozzle flo...
The photograph in figure 1 displays a water cooled round convergent-divergent supersonic nozzle oper...
The turbulent mixing noise of a supersonic jet is calculated for a round convergent-divergent nozzle...
International audienceFive temporally-developing isothermal round jets at a diameter-based Reynolds ...
The aeroacoustic supersonic performance of various internal nozzle geometries is evaluated for shock...