A comparison was made between ground facility measurements, the aerodynamic design data book values, and the dynamic damping derivatives extracted from the space shuttle orbiter approach and landing flight tests. The comparison covers an angle of attack range from 2 deg to 10 deg at subsonic Mach numbers. The parameters of pitch, yaw, and roll damping, as well as the yawing moment due to rolling velocity and rolling moment due to yawing velocity are compared
A comparison of longitudinal and lateral directional stability and control characteristics of the Ph...
The model tested was a Langley-built 0.015-scale SSV Orbiter model with remote independently operate...
Wind tunnel tests of delta wind and straight wing space shuttle orbiter models to determine static s...
Tests were conducted in the 8 foot transonic pressure tunnel to obtain wind tunnel data for comparis...
Ground-wind load studies were conducted on three model configurations to assess the importance of ae...
Supersonic forced-oscillation tests of a 0.0165-scale model of a modified 089B Rockwell Internationa...
Experimental aerodynamic investigations were conducted on a .012 scale model of a NASA/Langley modif...
Extensive wind tunnel tests were conducted to establish the preflight aerodynamics of the Shuttle ve...
Subsonic and transonic forced oscillation tests of a 0.0165-scale model of a modified 089B space shu...
An investigation was made to determine the dynamic stability characteristics of a 0.015-scale model ...
An experimental test program was conducted to measure the dynamic stability derivatives of a modifie...
Longitudinal and lateral stability data from wind tunnel tests of earth orbiting shuttl
An investigation has been conducted to determine the subsonic and transonic dynamic stability charac...
For three straight semispan model space shuttle wings, the maximum total load during rapid rotation ...
The approach used in establishing the predicted aerodynamic uncertainties and the process used in ap...
A comparison of longitudinal and lateral directional stability and control characteristics of the Ph...
The model tested was a Langley-built 0.015-scale SSV Orbiter model with remote independently operate...
Wind tunnel tests of delta wind and straight wing space shuttle orbiter models to determine static s...
Tests were conducted in the 8 foot transonic pressure tunnel to obtain wind tunnel data for comparis...
Ground-wind load studies were conducted on three model configurations to assess the importance of ae...
Supersonic forced-oscillation tests of a 0.0165-scale model of a modified 089B Rockwell Internationa...
Experimental aerodynamic investigations were conducted on a .012 scale model of a NASA/Langley modif...
Extensive wind tunnel tests were conducted to establish the preflight aerodynamics of the Shuttle ve...
Subsonic and transonic forced oscillation tests of a 0.0165-scale model of a modified 089B space shu...
An investigation was made to determine the dynamic stability characteristics of a 0.015-scale model ...
An experimental test program was conducted to measure the dynamic stability derivatives of a modifie...
Longitudinal and lateral stability data from wind tunnel tests of earth orbiting shuttl
An investigation has been conducted to determine the subsonic and transonic dynamic stability charac...
For three straight semispan model space shuttle wings, the maximum total load during rapid rotation ...
The approach used in establishing the predicted aerodynamic uncertainties and the process used in ap...
A comparison of longitudinal and lateral directional stability and control characteristics of the Ph...
The model tested was a Langley-built 0.015-scale SSV Orbiter model with remote independently operate...
Wind tunnel tests of delta wind and straight wing space shuttle orbiter models to determine static s...