Past studies of reentry vehicles tested to high angles of attack (up to 90 deg) in the Mach number range from 2 to 4.8 are reviewed. Two basic planforms are considered: highly-swept deltas and circular. The delta concepts include variations in cross section (and thus volume) and in camber distribution. The effectiveness of various types of aerodynamic control devices is also included. The purpose of the paper is to examine the characteristics of the vehicles with a view toward the potential usefulness of such concepts in a flight regime that would include reentry from space into the atmosphere followed by a transition to sustained atmospheric flight
A wind tunnel investigation was conducted to study the application of supercritical technology to hi...
Four advanced fighter configurations, which differed in wing planform and airfoil shape, were invest...
A summary and analysis have been made of the results of various investigations to determine the aero...
Stability and control of blunt reentry configurations at angles of attack between 60 and 90 degree
Analytical investigation of reentry behavior of flying wind tunnel test vehicle with some effects of...
Stability and control characteristics of reentry vehicle configurations at angles of attack up to 90...
Static longitudinal aerodynamics of wing and blunt body shapes for use as reentry configurations at ...
An experimental investigation of the static aerodynamic characteristics of a model of one design con...
Aerodynamic characteristics of thick delta wings at subsonic to supersonic speeds and angles of atta...
A wind-tunnel of the static longitudinal, lateral and directional stability characteristics of a hyp...
The aerodynamic characteristics of some lifting reentry concepts are examined with a view to the app...
Aerodynamic characteristics of triangular planform wing models at supersonic speed
The aerodynamic characteristics for a winged and wingless cruciform missile configuration were exami...
Space Shuttle Orbiter aerodynamic characteristics have been determined in the angle-of-attack range ...
Effect of longitudinal and lateral controls on winged reentry configuration at mach 1.97 and angles ...
A wind tunnel investigation was conducted to study the application of supercritical technology to hi...
Four advanced fighter configurations, which differed in wing planform and airfoil shape, were invest...
A summary and analysis have been made of the results of various investigations to determine the aero...
Stability and control of blunt reentry configurations at angles of attack between 60 and 90 degree
Analytical investigation of reentry behavior of flying wind tunnel test vehicle with some effects of...
Stability and control characteristics of reentry vehicle configurations at angles of attack up to 90...
Static longitudinal aerodynamics of wing and blunt body shapes for use as reentry configurations at ...
An experimental investigation of the static aerodynamic characteristics of a model of one design con...
Aerodynamic characteristics of thick delta wings at subsonic to supersonic speeds and angles of atta...
A wind-tunnel of the static longitudinal, lateral and directional stability characteristics of a hyp...
The aerodynamic characteristics of some lifting reentry concepts are examined with a view to the app...
Aerodynamic characteristics of triangular planform wing models at supersonic speed
The aerodynamic characteristics for a winged and wingless cruciform missile configuration were exami...
Space Shuttle Orbiter aerodynamic characteristics have been determined in the angle-of-attack range ...
Effect of longitudinal and lateral controls on winged reentry configuration at mach 1.97 and angles ...
A wind tunnel investigation was conducted to study the application of supercritical technology to hi...
Four advanced fighter configurations, which differed in wing planform and airfoil shape, were invest...
A summary and analysis have been made of the results of various investigations to determine the aero...