Optimization of three-dimensional reentry trajectories.
Optimal control for minimization of heating and acceleration forces to reduce kinetic energy of reentry vehicle in space missions
Leondes, C. T.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The computation of optimal Apollo-type reentry trajectories.
Apollo type reentry trajectory optimization numerical methods
Fowler, W. T.↗
Numerical optimization of atmospheric reentry trajectories by the sweep method
Numerical optimization of atmospheric reentry trajectories by sweep method
Mc Gregor, C. O.↗
Radio blackout alleviation and plasma diagnostic results from a 25000 foot per second blunt-body reentry
Radio blackout alleviation and plasma diagnostic results from 25000 foot per second blunt body reentry
Akey, N. D.↗
Low subsonic aerodynamic characteristics of a medium hypersonic L/D reentry spacecraft with a variable geometry wing
Low subsonic aerodynamic characteristics of medium hypersonic L/D reentry spacecraft configuration with variable geometry wing
Decker, J. P.↗
Transonic aerodynamic characteristics of a medium hypersonic LD reentry spacecraft with a variable geometry wing
Transonic aerodynamic characteristics of variable geometry reentry vehicle with hypersonic lift drag ratio
Decker, J. P.↗
Preliminary analysis to determine the reentry insulation requirements on a Pioneer-type heat source for use in the isotope Brayton application
Thermal property requirements of reentry protection on isotope heat sources
Burns, R. K.↗
Integral Launch and Reentry Vehicle. Volume 1 - Configuration Definition and Planning. Part a - Sections 1-9 Final Report
Integral launch and reentry vehicle for space shuttle missions - Vol. 1, Part A
Schramm, W. B.↗
Integral launch and reentry vehicle. Volume 1 - Configuration definition and planning. Part B - Sections 10-17 Final report
Costs and schedules for integral launch and reentry vehicle - Vol. 1, Part B
Schramm, W. B.↗
Integral launch and reentry vehicle. Volume 2 - Technology identification Final report
Technology identification for integral launch and reentry vehicles - Vol. 2
Schramm, W. B.↗
Integral Launch and Reentry Vehicle. Volume 3 - Special Studies. Part B - Sections 4 and 5 and Appendixes B, C, and D Final Report
Integral launch and reentry vehicle integrated electronics system - Vol. 3, Part B
Schramm, W. B.↗
Integral Launch and Reentry Vehicle - Executive Summary Final Report
Characteristics of integral launch and reentry vehicles - executive summary
Schramm, W. B.↗
Study of Integral Launch and Reentry Vehicle System. Volume 1 - Summary Report, Phase 2 Final Report
Summary of design of integral launch and reentry vehicle for space logistics - Vol. 1
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Study of integral launch and reentry vehicle system. Volume 2 - Technology development requirements Final report
Technology development requirements of integral launch and reentry vehicle for space logistics - Vol. 2
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Study of Integral Launch and Reentry Vehicle System. Volume 3: Technical Report - Second Phase: Environment and Performance - Volume III
Environment and performance of integral launch and reentry vehicle for space logistics - Vol. 3
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Study of integral launch and reentry vehicle system. Volume 4 - Technical report Phase 2 - Design and subsystems analysis Final report
Design and subsystems analysis of integral launch and reentry vehicles for space logistics - Vol. 4
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Study of Integral Launch and Reentry Vehicle System. Volume 5 - Technical Report, Phase 2 - Operations and Resources Final Report
Technology and resources for development of integral launch and reentry vehicles for space logistics - Vol. 5
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Reentry vehicle leading edge Patent
Leading edge design for hypersonic reentry vehicles
Friedrich, E. W.↗