1: Dynamic InvestigationPart A: 2: Equations of Motion for Physical Systems: Mechanical, Electrical, and Electromechanical3: Equations of motion for Simple Heat- Conduction and Fluid Systems4: Analogies5: Equations of Motion for Mechanical Systems in Two and Three DimensionsPart B: 6: Dynamic Response to Elementary Systems7: First-Order Systems8: Undamped Second-Order Systems9: Free Vibrations10: Damped Second-0rder Systems11: Forced Oscillations of Elementary Systems12: Natural Motions of Nonlinear Systems and Time-Varying SystemsPart C: 13: Natural Behavior of Compounds Systems14: Dynamic Stability15: Coupled Modes of Natural Motion16: Two Degrees of Freedom. Many Degrees of FreedomPart D: 17: Total Response of Compound Systems18: For Oscillation of Compound Systems19: Response to Periodic Functions: Fourier Analysis20: The Laplace Transform Method21: From Laplace Transform to Time Response by Partial Fraction ExpansionPart E: 22: Fundamentals of Control-System Analysis23: Feedback Control24: Evan's Root-Locus Method
