Results are presented for wind tunnel tests of a one to twelve scale model of the M2-F2 lifting body entry configuration at transonic and supersonic speeds. The Mach number was varied from 0.6 to 2.0. Reynolds numbers ranged from 4 to 13 million. Angles of attack and sideslip varied from minus 8 degrees to plus 20 degrees and minus 4 degrees to plus 6 degrees respectively. A brief history of the development of the configuration is included
Aerodynamic characteristics of two blunt half cone wedge entry configurations at supersonic speed
A wind tunnel study to determine the supersonic aerodynamic characteristics of a 0.01925-scale model...
The investigation was conducted in the Calspan 8-Ft Transonic wind tunnel at Mach numbers from 0.6 t...
The aerodynamic characteristics of two similar models of a lifting body configuration were run in tw...
Wind tunnel study of aerodynamic characteristics of three scale model multistage launch vehicles at ...
The results of the investigation showed that the configuration exhibits a sufficiently high drag div...
Transonic pressure tunnel and transonic tunnel tests were performed to determine the aerodynamic cha...
Stability and control characteristics of reentry vehicle configurations at angles of attack up to 90...
Two 0.085-scale full span wind-tunnel models of a Mach 1.60 design supercruiser configuration were t...
Aerodynamic derivatives were obtained for the M2-F2 lifting body flight vehicle in the subsonic flig...
Longitudinal aerodynamic characteristics at Mach numbers 0.50 to 1.19 of supersonic transport model ...
Longitudinal aerodynamic characteristics of blunt, lifting reentry vehicle at mach 0.9
Transonic wind tunnel study of aerodynamic characteristics of blunt reentry vehicles at varying angl...
The results of the booster verification wind tunnel test are presented. These tests were conducted i...
Tests were conducted in the Ames 6 by 6 foot wind tunnel to determine the interaction of reaction je...
Aerodynamic characteristics of two blunt half cone wedge entry configurations at supersonic speed
A wind tunnel study to determine the supersonic aerodynamic characteristics of a 0.01925-scale model...
The investigation was conducted in the Calspan 8-Ft Transonic wind tunnel at Mach numbers from 0.6 t...
The aerodynamic characteristics of two similar models of a lifting body configuration were run in tw...
Wind tunnel study of aerodynamic characteristics of three scale model multistage launch vehicles at ...
The results of the investigation showed that the configuration exhibits a sufficiently high drag div...
Transonic pressure tunnel and transonic tunnel tests were performed to determine the aerodynamic cha...
Stability and control characteristics of reentry vehicle configurations at angles of attack up to 90...
Two 0.085-scale full span wind-tunnel models of a Mach 1.60 design supercruiser configuration were t...
Aerodynamic derivatives were obtained for the M2-F2 lifting body flight vehicle in the subsonic flig...
Longitudinal aerodynamic characteristics at Mach numbers 0.50 to 1.19 of supersonic transport model ...
Longitudinal aerodynamic characteristics of blunt, lifting reentry vehicle at mach 0.9
Transonic wind tunnel study of aerodynamic characteristics of blunt reentry vehicles at varying angl...
The results of the booster verification wind tunnel test are presented. These tests were conducted i...
Tests were conducted in the Ames 6 by 6 foot wind tunnel to determine the interaction of reaction je...
Aerodynamic characteristics of two blunt half cone wedge entry configurations at supersonic speed
A wind tunnel study to determine the supersonic aerodynamic characteristics of a 0.01925-scale model...
The investigation was conducted in the Calspan 8-Ft Transonic wind tunnel at Mach numbers from 0.6 t...