Multi-Disciplinary Design Optimization under Uncertainty for Thermal Protection System Applications
Author:
Publisher
American Institute of Aeronautics and Astronautics
Link
http://arc.aiaa.org/doi/pdf/10.2514/6.2006-7002
Reference25 articles.
1. P.C. Calhounand E.M. Queen,"EntryVehicle Control SystemDesign fortheMars Smart Lander," AIAA-2002-4504,AIAAAtmospheric FlightMechanics Conference andExhibit,5-8 August 2002,Monterey,California.
2. C.E.Cockrell,Jr. "Aerosciences,Aero-PropulsionandFlightMechanicsTechnology Development for NASA's Next GenerationLaunchTechnologyProgram," AIAA2003-6948,12thAIAA International SpacePlanes andHypersonic Systems andTechnologies Conference, December 15-19,2003,Norfolk,Virginia.
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