Theoretical Mechanics of Particles and Continua

Book Details

• Author: Alexander L. Fetter, John Dirk Walecka

• Brand: Dover

• Binding: Paperback

• Number of Pages: 592

• Release Date: 16-12-2003

• Languages: English

• ISBN: 9780486432618

About the Book

This two-part text fills a crucial gap in the first-year graduate physics curriculum by offering a clear, self-contained account of classical mechanics. It provides a systematic framework for understanding both particles and continua, bridging the gap to more advanced mathematical concepts in physics.

Part 1: Classical Mechanics of Particles

• Starts with Newton's laws of motion and systematically develops the dynamics of classical particles.

• Topics include:

  • Basic principles

  • Rotating coordinate systems

  • Lagrangian formalism

  • Small oscillations

  • Dynamics of rigid bodies

  • Hamiltonian formalism

  • A brief transition to quantum mechanics

• Examples of many-particle systems prepare for the transition to a continuous medium.

Part 2: Classical Continuum Mechanics

• Examines classical continua, such as:

  • String membranes

  • Sound waves

  • Surface waves on nonviscous fluids

  • Heat conduction

  • Viscous fluids

  • Elastic media

• Each chapter is self-contained, providing physical background and relevant mathematical techniques.

• Problems of varying difficulty throughout to reinforce key concepts.

This book is a valuable resource for graduate students in physics and engineering, offering a comprehensive introduction to classical mechanics and laying a solid foundation for advanced study.