The profile wing design for supercritical structures is discussed. Emphasis is placed on the flow of air surrounding the wing and variations in flow fields are examined. Modifications to the profile for flight below transonic level are presented that increase the uplift pressure and permit the achievement of critical Mach numbers on the order of 0.85. The uplift pressure along the upper side of the profile is compared for a classical and a Peaky profile. A comparison of classical and supercritical wing cross sections indicates a flatter upper side, a large nose radius, and a thicker profile to the supercritical wing
Several groups of new airfoil sections, designated as the NACA 8-series, are derived analytically to...
A lifting airfoil theoretically designed for shockless supercritical flow utilizing a complex hodogr...
Two supercritical airfoils were developed specifically for application to span distributed loading c...
A number of high aspect ratio supercritical wings in combination with a representative wide body typ...
An investigation was conducted in the Langley 8-foot transonic pressure tunnel on two aspect-ratio 1...
An investigation was conducted in the NASA Langley 8-foot transonic pressure tunnel at Mach numbers ...
Two dimensional wind tunnel test results obtained for supercritical airfoils indicated that substant...
Supercritical airfoils and their applications to wings for various types of aircraft are studied. Th...
A wind tunnel investigation was conducted to study the application of supercritical technology to hi...
A 1/9 scale model of an existing executive type jet transport refitted with a supercritical wing was...
Transonic pressure tunnel and transonic tunnel tests were performed to determine the aerodynamic cha...
The separation of the flow over wings precipitated by the compression shock that forms as speeds are...
A procedure was developed for the design of transonic wings by the iterative use of three dimensiona...
The aerodynamic characteristics of an 11 percent thick symmetrical supercritical airfoil were determ...
A high aspect ratio supercritical wing with oscillating control surfaces is described. The semispan ...
Several groups of new airfoil sections, designated as the NACA 8-series, are derived analytically to...
A lifting airfoil theoretically designed for shockless supercritical flow utilizing a complex hodogr...
Two supercritical airfoils were developed specifically for application to span distributed loading c...
A number of high aspect ratio supercritical wings in combination with a representative wide body typ...
An investigation was conducted in the Langley 8-foot transonic pressure tunnel on two aspect-ratio 1...
An investigation was conducted in the NASA Langley 8-foot transonic pressure tunnel at Mach numbers ...
Two dimensional wind tunnel test results obtained for supercritical airfoils indicated that substant...
Supercritical airfoils and their applications to wings for various types of aircraft are studied. Th...
A wind tunnel investigation was conducted to study the application of supercritical technology to hi...
A 1/9 scale model of an existing executive type jet transport refitted with a supercritical wing was...
Transonic pressure tunnel and transonic tunnel tests were performed to determine the aerodynamic cha...
The separation of the flow over wings precipitated by the compression shock that forms as speeds are...
A procedure was developed for the design of transonic wings by the iterative use of three dimensiona...
The aerodynamic characteristics of an 11 percent thick symmetrical supercritical airfoil were determ...
A high aspect ratio supercritical wing with oscillating control surfaces is described. The semispan ...
Several groups of new airfoil sections, designated as the NACA 8-series, are derived analytically to...
A lifting airfoil theoretically designed for shockless supercritical flow utilizing a complex hodogr...
Two supercritical airfoils were developed specifically for application to span distributed loading c...