Classical Mechanics
John Taylor built a loyal following with his Introduction to Error Analysis, and that same gift for lucid, engaging explanation carries straight through into this substantial volume. Classical Mechanics is aimed at students who've already had a brush with the subject in an introductory physics course, and it takes them considerably further. The topics covered range from conservation laws and oscillations through to Lagrangian and Hamiltonian mechanics, rigid bodies, normal modes, two-body problems, non-inertial frames, continuum mechanics, and chaos theory. That's a broad sweep, handled with genuine coherence. The chapter on chaos deserves a particular mention. Rather than drowning the reader in abstraction, Taylor focuses on a handful of simple systems, making the core ideas genuinely approachable without shortchanging their depth. It's a tricky balance, and he pulls it off. Each chapter closes with a generous set of problems, sorted by topic and difficulty, running from straightforward exercises right up to more demanding computational projects. Students who want to test their understanding will find plenty to keep them occupied. Four centuries after its foundations were laid, classical mechanics still has a pulse, and Taylor writes with enough enthusiasm and rigour to make that felt. This is a thorough, readable text that treats its audience as intelligent without ever becoming needlessly opaque.
- Author: John R. Taylor
- Publisher: Univ Science Books
- Genre: Design & Fashion
- ISBN: 978-1891389207