The longitudinal aerodynamic characteristics of a 35 deg swept, variable camber and twist semispan wing in the presence of a body were studied. The variable camber and twist were incorporated to allow a near optimum lift distribution over the wing for both the cruise condition and the high lift conditions for maneuverability. The wing incorporated movable leading-edge segments whose swept hinge lines provided maximum camber variations at the outboard leading edge and movable trailing-edge segments whose swept hinge lines provided maximum camber variations near the inboard trailing edge. The model was investigated at Mach numbers of 0.60, 0.80, and 0.90 through an angle-of-attack range from 0 deg to 10 deg or buffet onset
An experimental investigation of the aerodynamic characteristics of thin, moderately swept fighter w...
An investigation was conducted in the Langley 8 foot transonic pressure tunnel and the Langley Unita...
Wind tunnel testing to determine effects of wing planform modifications on longitudinal aerodynamic ...
An investigation of two semispan wings swept back 50 degrees 38 minutes was conducted in the Langley...
An investigation has been made at Mach numbers of 1.61 and 2.01 to determine the aerodynamic charact...
The mission adaptive wing (MAW) consisted of leading- and trailing-edge variable-camber surfaces tha...
Effects of twist, camber and thickness on aerodynamic features of 75-deg swept arrow win
A series of arrow wings employing various degrees of twist and camber were tested in the Langley 4- ...
This paper summarizes the recent development of an adaptive aeroelastic wing shaping control technol...
This paper reports a detailed computational high-lift study of the Variable Camber Continuous Traili...
Analytical benefits of variable-camber capability on subsonic transport aircraft are explored. Using...
Aerodynamic investigations have shown' that variable camber wings (VCW) for transport aircraft have...
Large scale wind tunnel tests to improve longitudinal stability of supersonic transports with variab...
A computational wing optimization procedure was developed and verified by an experimental investigat...
Wind tunnel tests of stability and control of variable sweep wing aircraft at Mach 1.9
An experimental investigation of the aerodynamic characteristics of thin, moderately swept fighter w...
An investigation was conducted in the Langley 8 foot transonic pressure tunnel and the Langley Unita...
Wind tunnel testing to determine effects of wing planform modifications on longitudinal aerodynamic ...
An investigation of two semispan wings swept back 50 degrees 38 minutes was conducted in the Langley...
An investigation has been made at Mach numbers of 1.61 and 2.01 to determine the aerodynamic charact...
The mission adaptive wing (MAW) consisted of leading- and trailing-edge variable-camber surfaces tha...
Effects of twist, camber and thickness on aerodynamic features of 75-deg swept arrow win
A series of arrow wings employing various degrees of twist and camber were tested in the Langley 4- ...
This paper summarizes the recent development of an adaptive aeroelastic wing shaping control technol...
This paper reports a detailed computational high-lift study of the Variable Camber Continuous Traili...
Analytical benefits of variable-camber capability on subsonic transport aircraft are explored. Using...
Aerodynamic investigations have shown' that variable camber wings (VCW) for transport aircraft have...
Large scale wind tunnel tests to improve longitudinal stability of supersonic transports with variab...
A computational wing optimization procedure was developed and verified by an experimental investigat...
Wind tunnel tests of stability and control of variable sweep wing aircraft at Mach 1.9
An experimental investigation of the aerodynamic characteristics of thin, moderately swept fighter w...
An investigation was conducted in the Langley 8 foot transonic pressure tunnel and the Langley Unita...
Wind tunnel testing to determine effects of wing planform modifications on longitudinal aerodynamic ...