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+keyword:(hypersonic speed)
Life Cycle Cost Modeling of High-Speed Commercial Aircraft: Final Review - Executive Summary
Life Cycle Cost Modeling of High-Speed Commercial Aircraft: Final Review - Key Findings Detailed
Life Cycle Cost Modeling of High-Speed Commercial Aircraft: Final Review - MIDAS Development & Demo
Overview of Commercial High-Speed Market Studies and NASA’s Hypersonic Technology Project
Studies Relating to the Attainment of High Lift-Drag Ratios at Hypersonic Speeds
HYPERSONIC APPROXIMATION OF THE MINIMUM SEMIAPEX ANGLE GIVING SUBSONIC FLOW BEHIND AN ATTACHED SHOCK
Hypersonic aerodynamic performance of minimum-wave-drag bodies
RADIATIVE HEATING OF VEHICLES ENTERING THE EARTH'S ATMOSPHERE
Maximum lift-to-drag ratio of a slender wing at hypersonic speeds.
Free-flight investigations of subliming ablators and transpiration cooling at hypersonic velocities
Effects of Mass Addition on the Stability of Slender Cones at Hypersonic Speeds
Similarity laws for bodies maximizing the lift- to--drag ratio at hypersonic speeds.
Use of fusible temperature indicators for obtaining quantitative aerodynamic heat-transfer data
Two-dimensional, hypersonic wings of maximum lift-to-drag ratio.
Maximum lift-to-drag ratio of a slender, flat-top, hypersonic body.
Flight angle of attack determined from ablative heat-shield patterns.
Lift-to-drag ratios of slender bodies at hypersonic speeds.