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First published in 1950, this important book details the mathematical theory underlying the behaviour of plastic materials, especially metals. 'the author has done his work so well that it is difficult to see how it could be bettered. The book should rank for many years as an authoritative source of reference.' Engineering 'In the reviewer's opinion this book should be in the possession of all those who wish to undertake study and research in the theory of plasticity' Mathematical Gazette 'the many examples in the book relating to the shaping of metals should be of considerable value ... The book is well-written ... and a pleasure to read.' J.F. Nye in Research
List of contents
- 1: Introduction
- 2: Foundations of the thoery
- 3: General theorems
- 4: The solution of plastic-elastic problems I
- 5: The solution of plastic-elastic problems II
- 6: Plane plastic strain and the theory of the slip-line field
- 7: Two-dimensional problems of steady motion
- 8: Non-steady motion problems of steady motion
- 9: Non-steady motion problems in two dimensions II
- 10: Axial symmetry
- 11: Miscellaneous topics
- 12: Platic anisotropy
Summary
Part of the "Oxford Classic Texts in the Physical Sciences" series, this title details the mathematical theory underlying the behaviour of plastic materials, especially metals. It includes several examples relating to the shaping of metals.
Additional text
[Topics are] presented with a simplicity and clarity of treatment... This interesting book may be warmly recommended.
