The unique compendium emphasizes the fundamental dynamics principles with historical backgrounds, and shows clearly how more complicated equations could be derived from basic ones with neat mathematical tools. It also shows why and how to use correct governing equations for real engineering problem solving, not just for standard homework problems.
This useful volume highlights hundreds of practical examples and provides better explanation for the seemly difficult dynamic's behaviors of nature, sports, and machines with fundamental laws. In essence, this book bridges the gap between idealized theories and reality for aspiring engineering students and practicing engineers.
Contents:
Preface
About the Author
Introduction: Principles of Dynamics
How to Conduct Force Analysis Correctly 'Almost' Every Time?
Particle Kinematics Motion Analysis for Particles
Motion Analysis for Rigid Bodies
Kinetics of Dynamic Systems
Linear and Angular Momentum Equations for Dynamic Systems
Kinetic Energy and Work for Dynamic Systems
Interesting Real-World Dynamic Problems
Analysis of Vehicle Dynamics
Beyond Rigid Body Dynamics
Difficult Dynamics Problems Better Solved
Index
Readership: Researchers, professionals, academics, undergraduate and graduate students in engineering mechanics, classical mechanics, continuum physics and acoustics.