Boston University / NASA Langley Research Center / University of Maryland / High Temperature Tunnel / /
IndustryTerm
aerospace engineering / ypersonic airbreathing propulsion technology / speed vehicle technology / flow energy / technology vision / Laboratory-invented technology / hypersonic airbreathing propulsion technology / operational hypersonic systems / speed weapon systems / nonequilibrium energy deposition / atmospheric tools / heterogeneous thermal energy deposition / propulsion systems / technology development / engine technology / energy density / hypersonic missile technology / thermal energy / chemical energy / hot gaseous products / engine hardware / operational systems / energy / energy addition / hydrocarbon fuel systems / missile applications / propulsion applications / lightweight energy generation capabilities / metal slurries / kinetic energy / hypersonic technologies / hypersonic systems / plasma discharge systems / active flow control devices / technology advancements / material systems / technology challenges / insufficient energy / hypersonic airbreathing propulsion systems / science and technology / propellant systems / /
Organization
Business Area Executive and Assistant Department / University of Maryland / U.S. Navy / USAF Scientific Advisory Board’s Committee on Hypersonic Airbreathing Vehicles / Precision Engagement Transformation Center / National Research Council’s Committee on the Assessment of the Air Force Hypersonic Technology Program / Aerospace Initiative Executive Office / Global Engagement Department / NASA Langley Research Center / Air Force / AIAA / Department of Defense / Boston University / United States Navy / /
Person
David M. Van Wie / Michael E. White / Hudson / /
Position
Program Manager / Head / Programs / Manager for Advanced Weapons Technology / Deputy Business Area Executive and Chief of Staff for precision engagement / Engineer / senior engineer / spy / King / Director / Director of 10 min / senior member / member / /
Product
SR-71 Blackbird / Fuel injection / /
ProgrammingLanguage
D / /
ProvinceOrState
Maryland / /
PublishedMedium
Aviation Week & Space Technology / /
Technology
airbreathing engine technology / high-speed vehicle technology / engine technology / Laboratory-invented technology / microwave / heat transfer / hypersonic airbreathing propulsion technology / ypersonic airbreathing propulsion technology / 4000 2000 TECHNOLOGY / flow control / simulation / recombination / hypersonic missile technology / 106 enabling technologies / at reducing the local heat transfer / /
D. M. VAN WIE, S. M. D’ALESSIO and M. E. WHITE Hypersonic Airbreathing Propulsion