An experimental study of three variations of a ventral nozzle system for supersonic short-takeoff and vertical-landing (SSTOVL) aircraft was performed at the NASA LeRC Powered Lift Facility. These test results include the effects of an annular duct flow into the ventral duct, a blocked tailpipe, and a short ventral duct length. An analytical study was also performed on the short ventral duct configuration using the PARC3D computational dynamics code. Data presented include pressure losses, thrust and flow performance, internal flow visualization, and pressure distributions at the exit plane of the ventral nozzle
A variable geometry, low aspect ratio, nonaxisymmetric, two dimensional, convergent-divergent exhaus...
An investigation was conducted in the Langley 16-Foot Transonic Tunnel to determine the effects of h...
An axisymmetric version of the Dual Throat Nozzle concept with a variable expansion ratio has been s...
Several proposed configurations for supersonic short takeoff, vertical landing aircraft will require...
Flow through a combined ventral and axial exhaust nozzle system was studied experimentally and analy...
Flow in a generic ventral nozzle system was studied experimentally and analytically with a block ver...
Flow in a generic ventral nozzle system was studied experimentally and analytically with the PARC3D ...
Aircraft with supersonic, short takeoff, and vertical landing capability were proposed to replace so...
The internal performance of two exhaust system concepts applicable to single-engine short-take-off a...
A generic one-third scale model of a tailpipe offtake system for a supersonic short takeoff vertical...
A one-third-scale model of a generic tailpipe offtake system for an advanced short takeoff, vertical...
An investigation was conducted in the model preparation area of the Langley 16-Foot Transonic Tunnel...
A modified F-106B aircraft with underwing engine nacelles was flight tested to investigate airframe ...
Many conceptual designs for advanced short-takeoff, vertical landing (ASTOVL) aircraft need exhaust ...
The aeropropulsive characteristics of an advanced twin engine fighter designed for supersonic cruise...
A variable geometry, low aspect ratio, nonaxisymmetric, two dimensional, convergent-divergent exhaus...
An investigation was conducted in the Langley 16-Foot Transonic Tunnel to determine the effects of h...
An axisymmetric version of the Dual Throat Nozzle concept with a variable expansion ratio has been s...
Several proposed configurations for supersonic short takeoff, vertical landing aircraft will require...
Flow through a combined ventral and axial exhaust nozzle system was studied experimentally and analy...
Flow in a generic ventral nozzle system was studied experimentally and analytically with a block ver...
Flow in a generic ventral nozzle system was studied experimentally and analytically with the PARC3D ...
Aircraft with supersonic, short takeoff, and vertical landing capability were proposed to replace so...
The internal performance of two exhaust system concepts applicable to single-engine short-take-off a...
A generic one-third scale model of a tailpipe offtake system for a supersonic short takeoff vertical...
A one-third-scale model of a generic tailpipe offtake system for an advanced short takeoff, vertical...
An investigation was conducted in the model preparation area of the Langley 16-Foot Transonic Tunnel...
A modified F-106B aircraft with underwing engine nacelles was flight tested to investigate airframe ...
Many conceptual designs for advanced short-takeoff, vertical landing (ASTOVL) aircraft need exhaust ...
The aeropropulsive characteristics of an advanced twin engine fighter designed for supersonic cruise...
A variable geometry, low aspect ratio, nonaxisymmetric, two dimensional, convergent-divergent exhaus...
An investigation was conducted in the Langley 16-Foot Transonic Tunnel to determine the effects of h...
An axisymmetric version of the Dual Throat Nozzle concept with a variable expansion ratio has been s...