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Full Description
Spaceflight Mechanics and Control introduces readers to both the classical theories and cutting edge techniques used to simulate orbital and attitude motion. The theories discussed are connected to real world applications such as space debris removal, asteroid deflection and redirection, spacecraft solar sailing, and control of spacecraft manipulator systems. The book covers orbital trajectory specification and design, orbital maneuvers including both impulsive and low thrust approaches, and spacecraft formation flying. Also included is access to a companion website hosting Python scripts, STK simulations, and more.
Contents
Part 1: Introductory Concepts
1. Spaceflight Preliminaries
2. Mathematical Preliminaries
3. The Systems Tool Kit Application
Part 2: Orbital Mechanics
4. Spacecraft Orbital Motion: Point Mass, Unperturbed Model
5. Orbit Types, Classifications, and Applications
6. Spacecraft Orbital Motion: Perturbed Model
7. Low Thrust Orbital Maneuvers
8. Motion of Three Bodies Mutually Attracted by Gravity: A Simplified Model
9. Interplanetary Travels
10. Spacecraft Formation Flying and Constellations
11. Orbit Determination
Part 3: Attitude Kinematics and Dynamics
12. Spacecraft Attitude Motion
13. Disturbance Torques Acting on Spacecraft
14. Passive Spacecraft Attitude Control
15. Spacecraft Attitude Estimation
16. Active Spacecraft Attitude Control
Part 4: Space Debris, Asteroids, Spacecraft Solar Sailing, and Space Robotics
17. Space Debris
18. Asteroid Manipulation
19. Spacecraft Solar Sailing
20. Robotic Manipulation in Space



