Mechanical Metallurgy (Third Edition) (Photo-reproduction Edition) = Mechanical Metallurgy (Third Edition)

Author: (USA) Dieter
Publisher:
Publish Date: 2006-12-01
Features: This book was introduced and published to meet the needs of material science students in domestic engineering colleges to understand and master the principles of metal mechanics. It is currently one of the main textbooks for undergraduate senior and graduate students in the field of materials engineering in material science departments of American universities, focusing on metal mechanics courses. Part of the book presents the most fundamental aspects of mechanical properties: the stress-strain relationship of metals. The second part covers the basic theories of materials science. The third part primarily introduces the measurement methods and experiments for various properties of metal materials. The fourth part deals with the process closer to the preparation of metal materials: forming of metal materials. Written in the 1960s, the book has been revised multiple times and has become a must-have textbook for metal mechanics courses in universities worldwide, especially in the United States. The book is characterized by its rich content, classic subject matter, and detailed data. Its third edition, while maintaining the original classical theories of metals, incorporates many new achievements in high-tech industries. This book was introduced and published to meet the needs of domestic engineering colleges' material science students to understand and master the principles of metal mechanics. It is currently one of the main textbooks for undergraduate senior and graduate students in the field of materials engineering in material science departments of American universities, focusing on metal mechanics courses. Part of the book presents the most fundamental aspects of mechanical properties: the stress-strain relationship of metals. The second part covers the basic theories of materials science. The third part primarily introduces the measurement methods and experiments for various properties of metal materials. The fourth part deals with the process closer to the preparation of metal materials: forming of metal materials. Written in the 1960s, the book has been revised multiple times and has become a must-have textbook for metal mechanics courses in universities worldwide, especially in the United States. The book is characterized by its rich content, classic subject matter, and detailed data. Its third edition, while maintaining the original classical theories of metals, incorporates many new achievements in high-tech industries. When published, chapters 18, 20, and 21 were omitted to suit the teaching characteristics of domestic universities.