Cover -- Title -- Copyright -- Foreword -- Contents -- Preface -- Part I. General Theory -- 1. Introduction -- 2. Asymptotics and Approximations -- 3. Asymptotology and Dynamics Analysis -- 4. Perturbation Theory and Nonuniformities -- 5. Multiple Time Scales -- 6. Foundations and Generalization -- Part II. Systems Applications -- 7. Linear Time-Invariant Systems -- 8. Linear Time-Varying Systems -- 9. Slowly Varying Linear Systems -- 10. Examples -- 11. Stability and Parameter Sensitivity -- 12. Control of Slowly Varying Systems -- 13. Turning Points -- 14. Error Analysis -- Part III. Vehicle Mathematical Model -- 15. Rigid Body Equations of Motion -- 16. Reference Frames and Coordinate Transformations -- Part IV. Atmospheric Flight -- 17. Conventional Aircraft Dynamics -- 18. Reentry Dynamics -- 19. Hypervelocity Flight Dynamics -- 20. Stability Analysis of Hypervelocity Aircraft -- 21. Flying Qualities Through Variable Conditions -- 22. Parameter Sensitivity of High-Speed Aircraft -- 23. Transition Dynamics of VTOL Aircraft -- 24. VTOL Aircraft Control Design -- 25. Boost Control of Launch Vehicles -- 26. Aircraft Wing Rock in High-Angle-of-Attack Flight -- 27. A General Theory of Aircraft Wing Rock -- Part V. Space Flight -- 28. Equatorial Orbit Perturbation -- 29. Satellite Attitude Prediction -- 30. Attitude Control of Spinning Satellites -- 31. Attitude Control of Dual-Spin Satellites -- 32. Geomagnetic Attitude Control Design of Satellites -- 33. Deformable Reflector Stability -- 34. Active Control of Membrane Mirrors -- 35. Nonlinear Deformable Reflector -- 36. Heliogyro Spacecraft -- 37. Future Directions -- Appendix A: Extension of the nth-Derivative Operator -- Appendix B: Earth's Gravity Field -- Appendix C: Gravity Gradient Torque -- Appendix D: Linear Periodic Systems and Floquet's Solution.

Appendix E: Elliptic Integrals and Elliptic Functions -- Index -- Supporting Materials.