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Classical Mechanics (Kibble and Berkshire book)

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Country
  
UK

Publication date
  
2004

Originally published
  
1966

Page count
  
500

Publisher
  
Imperial College Press

Language
  
English

Pages
  
500

Author
  
Tom Kibble

Genre
  
Non-fiction

Subject
  
Physics

Classical Mechanics (Kibble and Berkshire book) t0gstaticcomimagesqtbnANd9GcRG22cFVDKWrBwfkt

ISBN
  
978-1-86094-435-2 (pbk)

Similar
  
Introduction to CLASSIC, Introduction to Classical Mechanic, Classical dynamics of particle, Mathematical methods of classical, An introduction to mecha

Classical Mechanics (5th ed.) is a well-established textbook written by Thomas Walter Bannerman Kibble, FRS, (born 1932) and Frank Berkshire of the Imperial College Mathematics Department. The book provides a thorough coverage of the fundamental principles and techniques of classical mechanics, a long-standing subject which is at the base of all of physics.

Contents

Publication history

The English language editions were published as follows: The first edition was published by Kibble, as Kibble, T. W. B. Classical Mechanics. London: McGraw–Hill, 1966. 296 p.
The second ed., also just by Kibble, was in 1973 . The 4th, jointly with F H Berkshire, was is 1996 The 5th, jointly with F H Berkshire, in 2004

The book has been translated into several languages:

  • French, by Michel Le Ray and Françoise Guérin as Mécanique classique
  • Modern Greek, by Δ. Σαρδελής και Π. Δίτσας, επιμέλεια Γ. Ι. Παπαδόπουλος. Σαρδελής, Δ. Δίτσας, Π as 'Κλασσική μηχανική
  • German
  • Turkish, by Kemal Çolakoğlu as Klasik mekanik
  • Spanish, as Mecánica clásica
  • Portuguese as Mecanica classica
  • Reception

    The various editions are held in 1789 libraries In comparison, the various (2011) editions of Herbert Goldstein's Classical Mechanics are held in 1772 libraries

    The fourth edition was reviewed by C Isenberg in 1997 in the European Journal of Physics. It was also reviewed in New Scientist and Contemporary Physics.

    Contents (5th edition)

  • Preface
  • Useful Constants and Units
  • Chapter 1: Introduction
  • Chapter 2: Linear motion
  • Chapter 3: Energy and Angular momentum
  • Chapter 4: Central Conservative Forces
  • Chapter 5: Rotating Frames
  • Chapter 6: Potential Theory
  • Chapter 7: The Two-Body Problem
  • Chapter 8: Many-Body Systems
  • Chapter 9: Rigid Bodies
  • Chapter 10: Lagrangian mechanics
  • Chapter 11: Small oscillations and Normal modes
  • Chapter 12: Hamiltonian mechanics
  • Chapter 13: Dynamical systems and their geometry
  • Chapter 14: Order and Chaos in Hamiltonian systems
  • Appendix A: Vectors
  • Appendix B: Conics
  • Appendix C: Phase plane Analysis near Critical Points
  • Appendix D: Discrete Dynamical Systems – Maps
  • Answers to Problems
  • Bibliography
  • Index
  • References

    Classical Mechanics (Kibble and Berkshire book) Wikipedia