Topic_outline - 6. Close-proximity operations Dynamics in...

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Topic list and Examinations MAE 146: Astronautics — Winter Quarter 2010 Design project handed out within the first 3 weeks of instructions. 1. Modeling Gravitational force and potential. Reference systems. Static atmospheric model. Apparent motion of the sky. 2. Rocketry Rocket equations of motion, multi-staging. Survey of propulsion systems. 3. Orbital Mechanics Laws of Kepler and Newton, solar-system geometry, conic sections, N-body problem, 2-body problem, orbit in space, vernal equinox, orbital elements, canonical units, eccentric motion, and escape velocity. 4. Orbital Transfers Hohmann transfer, position and velocity as a function of time, rendezvous and relative velocity, inclination change, effects of earth oblateness, low thrust transfers, decay lifetime. 5. Interplanetary Trajectories Spheres of influence, launch windows, planetary flybys, planetary capture, patched conics, hyperbolic departure, elliptic interplanetary trajectory, hyperbolic arrival, cyclers.
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Unformatted text preview: 6. Close-proximity operations Dynamics in non-inertial frames of reference, Flight formations, Clohessy-Wiltshire equations, zero gravity, space environment. 7. Rigid-body dynamics More on rotations: frame orientation and Euler angles. Angular momentum and energy. Inertia tensor and principal-body-axis frame, Eulers equations. 8. Attitude control Torque-free axi-symmetric rigid body, spinning spacecrafts, non-spinning spacecraft. Gravity gradients and magnetic torques. Communication requirements. 9. Navigation Gyroscopes, gimbals, inertial platforms, stability, GPS and TDRSS. 10. Re-entry dynamics Drag and dissipation of kinetic energy, ballistic reentry, skip reentry, lifting body reentry. 11. Finals Week Design project due by 1:30pm, Friday, March 12 th , 2010. Final Exam: Wednesday, March 17 th , 2010, from 1:30-3:30pm. Comprehensive....
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This note was uploaded on 03/13/2010 for the course MAE 19100 taught by Professor Villac during the Winter '10 term at UC Irvine.

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