دانلود کتاب رفتار مکانیکی مواد

We are very pleased to offer this third edition of Mechanical Behavior of Materials. The first edition was published by Prentice-Hall in 1998. The second edition, a Cambridge University Press imprint, came out in 2009. The third edition is now seeing the light of the day in 2025. Needless to say, we have maintained the same fundamental theme of the book, viz., the fundamental mechanisms responsible for the mechanical properties of different materials under a variety of environmental conditions. The unique feature of the book is the presentation in a unified manner of important principles responsible for mechanical behavior of materials, metals, polymers, ceramics, composites, biological materials, electronic materials. The underlying theme is that structure (at the micro or nanometer level) of the material controls the properties of the material. Although the basic theme of the book remains unchanged, the third edition has been updated with: – State-of-the-art coverage of the major developments in materials, such as steels, ceramics, polymers, composites, biologic materials. Specifically, we discuss: unique characteristics of biological materials including the Arzt heptahedron and structural design elements which enable a quantitative engineering treatment in Chapter 1; the Euler equation, elasticity averaging methods of isostress and isostrain (Voigt and Reuss), and anisotropic effects to matrix formulation of stiffness in Chapter 2; High-Entropy Alloys in Chapter 10; Micropillar mechanical testing, EBSD (electron back-scattered diffraction), a powerful characterization method, and coincidence site lattice update in Chapter 5; fracture toughness of biological materials in Chapter 7. – Many new figures to improve the presentation and to clarify the concepts presented. – Fresh worked examples and exercises that help the students test their understanding. The book is principally meant for use in the upper division and graduate level courses of mechanical engineering, and materials science and engineering departments. However, it will also be a great source of reference material to the practicing engineer, scientist, and researcher. We have kept the level of mathematics quite simple, and suggest the reader to refer back to Chapter 1 if needed, as it provides the basic materials-level information necessary to study this subject. MAM would like to thank Sheron Tavares and Aomin Huang for their competent and dedicated work in the revision and permissions. This third edition would never have seen the day if it were not for them. He also thanks Boya Li for contributing with exercises. He is grateful to his children Marc Meyers and Cristina Windsor, his granddaughters Claire, Isabelle, and Abigail, his brothers Pedro, Jacques, and Carlos for supporting him through this process. A special thanks is due to Linda Homayoun. KKC is grateful to K. Carlisle, N. Chawla, A. Goel, M. Koopman, R. Kulkarni, A Mortensen, B. R. Patterson, P.D. Portella, and U. Vaidya, for their innumerable discussions and counsels. He is especially grateful to Kanika Chawla and M. Armstrong for their help with figures. As always, he is thankful to his family members, Anita, Kanika, Nikhil, Nimeesh, and Nivi for their forbearance.