A general parametric description is suggested for thrust augmentor application to STOL and V/STOL aircraft. The parameters and their relationships are discussed using several aircraft augmentor integration problems. For a STOL transport design, the ram drag is a key consideration, limiting the maximum gross augmentation that can be utilized. Maximizing gross augmentation and balancing the aircraft are key considerations for a V/STOL fighter design. Results from wind tunnel investigations on several different thrust augmentor concepts and system studies on STOL transport designs are also included
A wind-tunnel investigation was conducted with a vectored-thrust V/STOL fighter configuration. The m...
The requirements for satisfactory characteristics in several key technology areas are discussed and ...
Low speed wind tunnel tests were conducted to assess four methods for attaining thrust modulation fo...
The aerodynamic performance of V/STOL and STOVL fighter/attack aircraft was assessed. Aerodynamic an...
Basic principles relating to the accomplishment of V/STOL flight are reviewed as they pertain to cur...
Results from the initial wind-tunnel test of a large-scale, highly maneuverable supersonic V/STOL fi...
Test results are presented for a large scale, external augmentor V/STOL model in a 40 ft by 80 ft wi...
The impact of military applications on rotorcraft and V/STOL aircraft design is summarized with resp...
The experience gained in over four years of STOL operations with the augmentor wing research aircraf...
An experimental investigation of V/STOL thrust augmenter wings in flight at slow forward speeds is r...
Conceptual designs and analyses were conducted on two V/STOL supersonic fighter/attack aircraft. The...
Modifications were made to the model to improve longitudinal acceleration capability during transiti...
An existing deHavilland C-8A airplane has been modified into an augmentor wing flight test vehicle. ...
A conceptual design analysis is performed on a single engine V/STOL supersonic fighter/attack concep...
An analysis of the relative influences of for-ward lift-enhancing surfaces on the overall lift and d...
A wind-tunnel investigation was conducted with a vectored-thrust V/STOL fighter configuration. The m...
The requirements for satisfactory characteristics in several key technology areas are discussed and ...
Low speed wind tunnel tests were conducted to assess four methods for attaining thrust modulation fo...
The aerodynamic performance of V/STOL and STOVL fighter/attack aircraft was assessed. Aerodynamic an...
Basic principles relating to the accomplishment of V/STOL flight are reviewed as they pertain to cur...
Results from the initial wind-tunnel test of a large-scale, highly maneuverable supersonic V/STOL fi...
Test results are presented for a large scale, external augmentor V/STOL model in a 40 ft by 80 ft wi...
The impact of military applications on rotorcraft and V/STOL aircraft design is summarized with resp...
The experience gained in over four years of STOL operations with the augmentor wing research aircraf...
An experimental investigation of V/STOL thrust augmenter wings in flight at slow forward speeds is r...
Conceptual designs and analyses were conducted on two V/STOL supersonic fighter/attack aircraft. The...
Modifications were made to the model to improve longitudinal acceleration capability during transiti...
An existing deHavilland C-8A airplane has been modified into an augmentor wing flight test vehicle. ...
A conceptual design analysis is performed on a single engine V/STOL supersonic fighter/attack concep...
An analysis of the relative influences of for-ward lift-enhancing surfaces on the overall lift and d...
A wind-tunnel investigation was conducted with a vectored-thrust V/STOL fighter configuration. The m...
The requirements for satisfactory characteristics in several key technology areas are discussed and ...
Low speed wind tunnel tests were conducted to assess four methods for attaining thrust modulation fo...