Advanced six degrees of freedom aerospace simulation and analysis in C++ [electronic resource] multi-media training in 20 labs /
Twenty labs cover: the formulation of six degrees of freedom equations of motions over the rotating elliptical Earth; the aerodynamics, propulsion, and flight controls of a hypersonic ascent vehicle; inserting a transit vehicle into orbit; release of an interceptor that rendezvous with a space stati...
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Reston, VA : American Institute of Aeronautics & Astronautics,
2005
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Summary: | Twenty labs cover: the formulation of six degrees of freedom equations of motions over the rotating elliptical Earth; the aerodynamics, propulsion, and flight controls of a hypersonic ascent vehicle; inserting a transit vehicle into orbit; release of an interceptor that rendezvous with a space station or intercepts a satellite. Includes using advanced model systems such as: INS, GPS with Kalman filter; star tracker; phased array seeker. (Insert) |
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