Modeling and Simulation of Aerospace Vehicle Dynamics (Hardcover, 2)

Overview; Mathematical Concepts in Modeling; Frames and Coordinate Systems; Kinematics of Translation and Rotation; Quatrenions; Translational Dynamics; Attitude Dynamics; Perturbation Equations of Steady and Unsteady Flight; Three-Degree-of-Freedom Simulation; Turbo-Ramjet Propulsion; Five-Degree-of-Freedom Simulation; Proportional Navigation; Gimbaled Seekers; GPS; Six-Degree-of-Freedom Simulation; Oblate Earth Model; Aerodynamic Modeling; Autopilots; INS Modeling; Monte Carlo Analysis; Turbulence Modeling; Cockpit Simulators; Hardware-In-The-Loop Facilities; Wargaming Real-Time Applications; Appendix A: Matrices; Appendix B: CADAC Primer; Appendix C. Aerospace Simulations in C++; Appendix D. Analytical Foundation of Tensor Flight Dynamics.