An investigation of the flow field near the trailing edge of a distributed upper-surface-blown propulsive-lift transport was conducted in the Langley V/STOL tunnel. This model used blowing slots across the entire wing span to produce a thin jet efflux near the leading edge and at the knee of the flap. Velocity surveys of the flow field were taken near the trailing edge of the model, and are presented as plots of the individual velocity vectors. The test conditions include an angle-of-attack range from 4 deg to 16 deg and a thrust coefficient range from 0 to 1.3 at a free-stream dynamic pressure of 814 Newton per square meter (17 pounds per square foot)
An investigation of the static longitudinal aerodynamic characteristics of a semispan STOL jet trans...
Pressure distribution over an extended leading-edge flap on a 42 degree swept-back wing was investig...
Investigations were conducted in the Ames 40- by 80-Foot Wind Tunnel to determine the aerodynamic ch...
The model tested was a general research model of a swept-wing, jet-powered STOL transport with exter...
A wind-tunnel investigation was conducted in the Langley V/STOL tunnel and in a scaled version of th...
An investigation of the static longitudinal aerodynamic characteristics of a large-scale semispan mo...
An exploratory wind-tunnel investigation has been made to determine the lift effects of blowing from...
A wind-tunnel investigation was made to determine the effects of ejecting high-velocity air near the...
An investigation of the longitudinal aerodynamic characteristics of an aspect ratio 4.735 airfoil ha...
A wind tunnel investigation was conducted on a generic, high-wing transport model in the Langley 14-...
The aerodynamic effects of spanwise blowing on the trailing edge flap of an advanced fighter aircraf...
Flow visualization studies were conducted to qualitatively determine the effects of active generatio...
The wing surface jet interaction characteristics of an upper surface blown transport configuration w...
The low speed longitudinal characteristics of the jet flap STOL model were determined. The 17 percen...
A wind tunnel investigation was made of the aerodynamic characteristics of a 14.5 foot semispan, ext...
An investigation of the static longitudinal aerodynamic characteristics of a semispan STOL jet trans...
Pressure distribution over an extended leading-edge flap on a 42 degree swept-back wing was investig...
Investigations were conducted in the Ames 40- by 80-Foot Wind Tunnel to determine the aerodynamic ch...
The model tested was a general research model of a swept-wing, jet-powered STOL transport with exter...
A wind-tunnel investigation was conducted in the Langley V/STOL tunnel and in a scaled version of th...
An investigation of the static longitudinal aerodynamic characteristics of a large-scale semispan mo...
An exploratory wind-tunnel investigation has been made to determine the lift effects of blowing from...
A wind-tunnel investigation was made to determine the effects of ejecting high-velocity air near the...
An investigation of the longitudinal aerodynamic characteristics of an aspect ratio 4.735 airfoil ha...
A wind tunnel investigation was conducted on a generic, high-wing transport model in the Langley 14-...
The aerodynamic effects of spanwise blowing on the trailing edge flap of an advanced fighter aircraf...
Flow visualization studies were conducted to qualitatively determine the effects of active generatio...
The wing surface jet interaction characteristics of an upper surface blown transport configuration w...
The low speed longitudinal characteristics of the jet flap STOL model were determined. The 17 percen...
A wind tunnel investigation was made of the aerodynamic characteristics of a 14.5 foot semispan, ext...
An investigation of the static longitudinal aerodynamic characteristics of a semispan STOL jet trans...
Pressure distribution over an extended leading-edge flap on a 42 degree swept-back wing was investig...
Investigations were conducted in the Ames 40- by 80-Foot Wind Tunnel to determine the aerodynamic ch...