Mechanics of Metals

Fülszöveg

other booksof interest MODERN COMPOSITE MATERIALS Edited by LAWRENCE J. BROUTMAN, Illinois Institute of Technology, and RICHÁRD H. KROCK, P. R. Mallory and Company, Inc. 581 pp, 266 illus (1967) Concerned with reinforcement materials and composite solids, this book presents a thorough coverage of composite materials from fundamental principles to state-of-the-art research and technology. Individual chapters are written by recognized authorities in the field. The book is specific and detailed on mechanical properties, and offers classical theory as well as timely material on the properties of reinforcements and composites. STATICS OF DEFORMABLE SOLIDS By RAYMOND L. BISPLINGHOFF, JAMES W. MAR, and THEODORE H. H. PIAN, Massachusetts Institute of Technology 322 pp, 172 illus (1965) This text is designed for a two-semester course in solid mechanics and prepares the student for a study of such advanced topics as the theory of elasticity, structural analysis, plasticity, and shell theory.... Tovább

Fülszöveg

other booksof interest MODERN COMPOSITE MATERIALS Edited by LAWRENCE J. BROUTMAN, Illinois Institute of Technology, and RICHÁRD H. KROCK, P. R. Mallory and Company, Inc. 581 pp, 266 illus (1967) Concerned with reinforcement materials and composite solids, this book presents a thorough coverage of composite materials from fundamental principles to state-of-the-art research and technology. Individual chapters are written by recognized authorities in the field. The book is specific and detailed on mechanical properties, and offers classical theory as well as timely material on the properties of reinforcements and composites. STATICS OF DEFORMABLE SOLIDS By RAYMOND L. BISPLINGHOFF, JAMES W. MAR, and THEODORE H. H. PIAN, Massachusetts Institute of Technology 322 pp, 172 illus (1965) This text is designed for a two-semester course in solid mechanics and prepares the student for a study of such advanced topics as the theory of elasticity, structural analysis, plasticity, and shell theory. Vectors and tensors are used to teach force equilibrium, analysis of stress and strain, and the role of compatibility. ELEMENTS OF MECHANICS OF ELASTIC SOLIDS By WEI LAI and EDWARD SAIBEL Rensselaer Polytechnic Institute 196pp, 147 illus (1965) This sophomore-junior level book, requiring statistics and calculus as background, is intended as a basic text for a one-semester course in strength of materials. Its purpose is to help build a solid foundation for the understanding of continuum mechanics and its applications to engineering problems. MECHANICAL BEHAVIOR OF MATERIALS By FRANK A. McCLINTOCK and ALI S. ARGON, Editors, Massachusetts Institute of Technology 748 pp, 535 illus (1966) Designed for a second course in materials behavior, this text emphasizes mechanical behavior from the standpoint of structural, mechanical, marine, and aerospace engineering. Covering polymers as well as metals, the wide rangé of topics, many of which are not usually offered at this level, serve a variety of interests. The book includes somé 800 references, 500 problems, and a special material index. Vissza