For distortion free steady state operation at the maximum (full afterburning) throttle position, the afterburner combustion efficiency decreased from 0.91 to 0.68 as engine inlet Reynolds number index was reduced from 0.80 to 0.25. Engine afterburner operational limits were obtained for transient and fixed throttle operation over a range of engine inlet distortions. At limiting conditions, time histories of pressures in the fan compressor during throttle transients between military and maximum showed the development of rotating stall in the fan hub which quickly propagated and produced complete stall in the high pressure compressor
An investigation was conducted in the NACA Lewis altitude wind tunnel to determine effect of altitud...
The technique which relies on afterburner duct pressure measurements and empirical corrections to an...
A program was undertaken to determine the J73 turbojet engine compressor stall and surge characteris...
Performance and stall limits of afterburner-type turbofan engine with and without inlet flow distort...
Three afterburner configurations were tested in a low-bypass-ratio turbofan engine to determine the ...
The effects of afterburner light-off and shut-down transients on compressor stability were investiga...
The measured effects of inlet pressure distortion on the internal flow temperatures and pressures of...
Circumferential inlet distortion testing of a TF30-P-3 afterburning turbofan engine was conducted at...
The effects of steady-state and time-dependent fan inlet total temperature disturbances on the stabi...
A performance test of several experimental afterburner configurations was conducted with a mixed-flo...
At the request of the Bureau of Aeronautics, Department of the Navy, an investigation of the Westing...
The measured effects of a circumferential distortion in inlet total pressure on the fan, low, and hi...
An altitude-test-chamber investigation was conducted to determine the operational and performance ch...
Turbofan engine used for evaluating air jets as steady state inlet flow distortion devic
The effects of inlet-air-flow distortions on the performance of the J65-B-3 turbojet engine were det...
An investigation was conducted in the NACA Lewis altitude wind tunnel to determine effect of altitud...
The technique which relies on afterburner duct pressure measurements and empirical corrections to an...
A program was undertaken to determine the J73 turbojet engine compressor stall and surge characteris...
Performance and stall limits of afterburner-type turbofan engine with and without inlet flow distort...
Three afterburner configurations were tested in a low-bypass-ratio turbofan engine to determine the ...
The effects of afterburner light-off and shut-down transients on compressor stability were investiga...
The measured effects of inlet pressure distortion on the internal flow temperatures and pressures of...
Circumferential inlet distortion testing of a TF30-P-3 afterburning turbofan engine was conducted at...
The effects of steady-state and time-dependent fan inlet total temperature disturbances on the stabi...
A performance test of several experimental afterburner configurations was conducted with a mixed-flo...
At the request of the Bureau of Aeronautics, Department of the Navy, an investigation of the Westing...
The measured effects of a circumferential distortion in inlet total pressure on the fan, low, and hi...
An altitude-test-chamber investigation was conducted to determine the operational and performance ch...
Turbofan engine used for evaluating air jets as steady state inlet flow distortion devic
The effects of inlet-air-flow distortions on the performance of the J65-B-3 turbojet engine were det...
An investigation was conducted in the NACA Lewis altitude wind tunnel to determine effect of altitud...
The technique which relies on afterburner duct pressure measurements and empirical corrections to an...
A program was undertaken to determine the J73 turbojet engine compressor stall and surge characteris...