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- Approximate methods for calculating the flow about nonlifting bodies of revolution at high supersonic airspeeds
- On the calculation of flow about objects traveling at high supersonic speeds
- Bodies of Revolution for Minimum Drag at High Supersonic Airspeeds
- A unified two-dimensional approach to the calculation of three-dimensional hypersonic flows, with application to bodies of revolution
- Inviscid Flow About Airfoils at High Supersonic Speeds
- A Study of Inviscid Flow About Airfoils at High Supersonic Speeds
- The Ames 10- by 14-Inch Supersonic Wind Tunnel
- Bodies of revolution having minimum drag at high supersonic airspeeds
- A method for simulating the atmospheric entry of long-range ballistic missiles
- A method for simulating the atmospheric entry of long-range ballistic missiles
- Experimental Investigation of a Body Flare for Obtaining Pitch Stability and a Body Flap for Obtaining Pitch Control in Hypersonic Flight
- Experimental investigation of a body flare for obtaining pitch stability and a body flap for obtaining pitch control in hypersonic flight
- Theoretical and Experimental Investigation of the Effect of Yaw on Heat Transfer to Circular Cylinders in Hypersonic Flow
- Initial Experiments on the Aerodynamic Cooling Associated With Large-Scale Vortical Motions in Supersonic Flow
- Bodies of revolution having minimum drag at high supersonic airspeeds
- Aircraft configurations developing high lift-drag ratios at high supersonic speeds
- Stagnation-point heat transfer to blunt shapes in hypersonic flight, including effects of yaw