This program was undertaken to develop, through analysis, design, experimental static testing, wind tunnel testing, and design integration studies, an augmentor wing jet flap configuration for a jet STOL transport aircraft having maximum propulsion and aerodynamic performance with minimum noise generation. The program had three basic elements: (1) static testing of a scale wing section to demonstrate augmentor performance and noise characteristics; (2) two-dimensional wind tunnel testing to determine flight speed effects on performance; and (3) system design and evaluation which integrated the augmentor information obtained into a complete system and ensured that the design was compatible with the requirements for a large STOL transport ha...
V/STOL short haul transport design considerations including noise characteristic
The results of preliminary acoustic tests of the engine over the wing concept are summarized. The te...
Static and wind-on tests were conducted to determine the aerodynamic characteristics of and the effe...
Exploratory design studies conducted to establish the configuration of an augmentor wing vruise blow...
Static performance and acoustic tests were conducted on a two-dimensional one-third-scale augmentor ...
The noise goal of 95 PNdb for STOL aircraft imposes severe technology demands on propulsion systems....
Static noise and performance tests were conducted on a 1/4-scale jet flap model with a multilobe noz...
Noise measurements were made to determine if recent modifications made to the bifurcated jetpipe to ...
Augmentor wing ducting system studies conducted on a valveless system configuration that provides cr...
A project to develop an experimental aircraft for use as an inflight demonstrator of the augmentor w...
February 1973Also issued as an M.S. thesis, Massachusetts Institute of Technology, Dept. of Aeronaut...
Noise data with models of both internally and externally blown jet flaps designed for STOL aircraf
The flight test program objectives are: (1) To determine the in-flight aerodynamic, performance, and...
Preliminary acoustic tests of the engine-over-the-wing concept as a method for reducing the aerodyna...
Noise measurements were obtained on models of jet-augmented lift systems which are currently being c...
V/STOL short haul transport design considerations including noise characteristic
The results of preliminary acoustic tests of the engine over the wing concept are summarized. The te...
Static and wind-on tests were conducted to determine the aerodynamic characteristics of and the effe...
Exploratory design studies conducted to establish the configuration of an augmentor wing vruise blow...
Static performance and acoustic tests were conducted on a two-dimensional one-third-scale augmentor ...
The noise goal of 95 PNdb for STOL aircraft imposes severe technology demands on propulsion systems....
Static noise and performance tests were conducted on a 1/4-scale jet flap model with a multilobe noz...
Noise measurements were made to determine if recent modifications made to the bifurcated jetpipe to ...
Augmentor wing ducting system studies conducted on a valveless system configuration that provides cr...
A project to develop an experimental aircraft for use as an inflight demonstrator of the augmentor w...
February 1973Also issued as an M.S. thesis, Massachusetts Institute of Technology, Dept. of Aeronaut...
Noise data with models of both internally and externally blown jet flaps designed for STOL aircraf
The flight test program objectives are: (1) To determine the in-flight aerodynamic, performance, and...
Preliminary acoustic tests of the engine-over-the-wing concept as a method for reducing the aerodyna...
Noise measurements were obtained on models of jet-augmented lift systems which are currently being c...
V/STOL short haul transport design considerations including noise characteristic
The results of preliminary acoustic tests of the engine over the wing concept are summarized. The te...
Static and wind-on tests were conducted to determine the aerodynamic characteristics of and the effe...