Most Helpful Customer Reviews
4 of 4 people found the following review helpful:
1.0 out of 5 stars
Recommend it if you hate someone, February 16, 2009
The book is a confusing mess to try to use to learn plasticity. It might be useful to someone who is a specialist in plasticity but is a wandering jumble of numerous theories and complaints about the theories. Heavy numerical derivations without a clue what started it, where it is going, and just dropped to start the next subject. This book has only a tenth the number of the figures and diagrams that an intro textbook needs. Specifically, the first 50 pages have only 7 diagrams and figures. The figures are typically confusing as well. The book reuses variables/notation constantly. You never know what definition the variable has in an equation. Frequently, new variables and functions are thrown into an equation without a discussion of their meaning. A list of brief definitions concerning a new equation will just leave off a couple of the variables or functions. I am on page 125. I still do not have an explicit equation about any form of plasticity. It is still wandering around about f(x) type discussions.
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5.0 out of 5 stars
Authoritative book, March 8, 2011
Having this book available for the price of a Dover book is fantastic. This book is a must-read for anyone dealing with continuum solid mechanics. Jacob Lubliner is a very didactic writer, with no sacrifice of rigorousness. Plus, the errata are periodically updated, and available in his website.
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1 of 5 people found the following review helpful:
5.0 out of 5 stars
An excellent book from a legendary teacher, July 17, 1999
By A Customer
This review is from: Plasticity Theory (Hardcover)
This may well be the best book on the subject in market today. In Plasticity Theory, Lubliner comes across as a teacher, a writer, and a spectator--one who has seen the field of plasticity grow. Each page of the book reflects his deep understanding of the subject. I believe his course in plasticity at the University of California at Berkeley has inspired a generation of students, and has helped to create well known works of Dafalias & Popov, Lade & Duncan, Singh & Mitchell, Duncan & Chang, and Simo & Taylor. The book covers many of the modern advances in engineering plasticity and may be the most complete text available on the subject today.
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