Mechanics of Materials (II) Fourth Edition

Author: Sun Xunfang, Fang Xiaoshu, et al.
Publisher:
Publish Date: 2002-08-06
Features: This book is a national-level planning textbook for the 15th Five-Year Plan. The fourth edition retains the original features of precise concepts, thorough explanations, and rich content, as well as the continuity between adjacent editions. It has been revised according to the current educational reform requirements and adapted to the teaching practices of different disciplines, dividing the original two volumes into relatively independent Mechanics of Materials (I) and Mechanics of Materials (II). Mechanics of Materials (I) covers the fundamental content of mechanics of materials and is suitable for courses with 50–60 hours of instruction. Mechanics of Materials (II) includes more in-depth content, supplements material needed for longer courses on mechanics of materials, and provides room for further study for students with potential. This book, Mechanics of Materials (II), consists of seven chapters, including: further study on bending problems, limit analysis considering material plasticity, energy methods, further study on the stability of columns, strain analysis and the basics of resistance strain gage methods, dynamic loads and alternating stresses, and further study on the mechanical properties of materials. This book is suitable for civil engineering, water conservancy, and other related disciplines in higher education institutions, as well as for reference by professionals in other fields and engineering technicians. It is accompanied by Mechanics of Materials Study Guide (compiled by Hu Zengqiang), Mechanics of Materials Electronic Teaching Plan, and Mechanics of Materials Online Homework and Query System.
...This book is a national-level planning textbook for the 15th Five-Year Plan. The fourth edition retains the original features of precise concepts, thorough explanations, and rich content, as well as the continuity between adjacent editions. It has been revised according to the current educational reform requirements and adapted to the teaching practices of different disciplines, dividing the original two volumes into relatively independent Mechanics of Materials (I) and Mechanics of Materials (II). Mechanics of Materials (I) covers the fundamental content of mechanics of materials and is suitable for courses with 50–60 hours of instruction. Mechanics of Materials (II) includes more in-depth content, supplements material needed for longer courses on mechanics of materials, and provides room for further study for students with potential. This book, Mechanics of Materials (II), consists of seven chapters, including: further study on bending problems, limit analysis considering material plasticity, energy methods, further study on the stability of columns, strain analysis and the basics of resistance strain gage methods, dynamic loads and alternating stresses, and further study on the mechanical properties of materials. This book is suitable for civil engineering, water conservancy, and other related disciplines in higher education institutions, as well as for reference by professionals in other fields and engineering technicians. It is accompanied by Mechanics of Materials Study Guide (compiled by Hu Zengqiang), Mechanics of Materials Electronic Teaching Plan, and Mechanics of Materials Online Homework and Query System.