Force tests on a 0.0035-scale model of the General Dynamics/Convair aerospace space shuttle B-15B-1 booster were conducted in the MSFC trisonic wind tunnel. The configuration has a low delta wing, all-movable delta-planform canard controls, and a single vertical tail. The test was devoted to investigating the effects of various configuration variables upon lateral-directional characteristics. These variables included wing dihedral, rudder flare, and body flap deflection. Yaw runs were made at angles of attack of 6, 10, 15, 25, 30, and 35 degrees. The Mach number range for this test was 1.20 to 4.96
An experimental aerodynamic wind tunnel investigation was conducted employing a 0.00325 scale model ...
The test was a conventional stability and control test except for two aspects. One was the very high...
A 0.015 scale model of a modified version of the MDAC space shuttle booster was tested in the Naval ...
Force tests on a 0.0035-scale model of the General Dynamics/Convair space shuttle B-15B-1 booster we...
The results of the booster verification wind tunnel test are presented. These tests were conducted i...
Experimental aerodynamic investigations have been made on a .0035 scale model North American Rockwel...
Transonic wind tunnel tests of longitudinal aerodynamic characteristics of GD/Convair B8B space shut...
Static longitudinal, directional, and lateral characteristics and control surface effectiveness of s...
The 0.003366 scale models of the space shuttle pressure-fed booster and booster/orbiter configuratio...
Wind tunnel tests to determine subsonic stability and control effectiveness of straight and delta wi...
Low speed wind tunnel tests of takeoff, landing, and cruise aerodynamic characteristics of space shu...
Low speed aerodynamic characteristics of McDonnell Douglas scale model space shuttle booste
Hypervelocity wind tunnel tests of Convair B8B space shuttle booster and model configuration perturb...
Aerodynamic force and moment coefficients for scale model of expendable second stage modified S-2 al...
A scale model of the Boeing Company space shuttle booster configuration 3 was tested in the MSFC 14-...
An experimental aerodynamic wind tunnel investigation was conducted employing a 0.00325 scale model ...
The test was a conventional stability and control test except for two aspects. One was the very high...
A 0.015 scale model of a modified version of the MDAC space shuttle booster was tested in the Naval ...
Force tests on a 0.0035-scale model of the General Dynamics/Convair space shuttle B-15B-1 booster we...
The results of the booster verification wind tunnel test are presented. These tests were conducted i...
Experimental aerodynamic investigations have been made on a .0035 scale model North American Rockwel...
Transonic wind tunnel tests of longitudinal aerodynamic characteristics of GD/Convair B8B space shut...
Static longitudinal, directional, and lateral characteristics and control surface effectiveness of s...
The 0.003366 scale models of the space shuttle pressure-fed booster and booster/orbiter configuratio...
Wind tunnel tests to determine subsonic stability and control effectiveness of straight and delta wi...
Low speed wind tunnel tests of takeoff, landing, and cruise aerodynamic characteristics of space shu...
Low speed aerodynamic characteristics of McDonnell Douglas scale model space shuttle booste
Hypervelocity wind tunnel tests of Convair B8B space shuttle booster and model configuration perturb...
Aerodynamic force and moment coefficients for scale model of expendable second stage modified S-2 al...
A scale model of the Boeing Company space shuttle booster configuration 3 was tested in the MSFC 14-...
An experimental aerodynamic wind tunnel investigation was conducted employing a 0.00325 scale model ...
The test was a conventional stability and control test except for two aspects. One was the very high...
A 0.015 scale model of a modified version of the MDAC space shuttle booster was tested in the Naval ...