Materials Science and Engineering (4th Edition) I II

Author: Donald Askeland
Publisher:
Publication Date: 2005-01-01
Features: This book is the most popular textbook used in the "Materials Science and Engineering" course at American engineering colleges. The content is divided into five parts:
1. Atomic structure, arrangement, defects, and atomic motion;
2. Mechanical properties of materials and microstructural control;
3. Major engineering materials;
4. Physical properties of engineering materials;
5. Corrosion, degradation, wear failure, and control of materials.
This book is well-organized, rich in content, easy to understand, and highly suitable for introductory or general courses in materials at engineering colleges. It is also ideal for introductory courses in materials science. Additionally, undergraduate students in materials engineering can use the foundational concepts of Parts One and Two and the metal materials section of Part Three for courses like "Introduction to Metallic Materials."
The examples and numerous exercises in this book cover a wide range of topics, are focused and practical, and include open-ended practical content such as case studies. Due to its extensive teaching material, the book can be selectively used based on students' professional characteristics, emphasizing certain topics, quantities, or strengths.
Dr. Donald Askeland, the author, is affiliated with the University of Missouri-Rolla, which is renowned in the field of metallurgy in the U.S., and Dr. Askeland himself is a highly respected expert in the field. In this book, he not only offers unique insights and vivid explanations of the metal materials section but also provides detailed descriptions of ceramics, glasses, polymers, and composite materials.
Part Four of the book—Physical Properties of Engineering Materials—is not a primary focus for materials and non-electrical engineering majors. However, the author, with his profound knowledge and extensive research experience, provides a step-by-step explanation and in-depth theoretical discussion on the physical properties of engineering materials.
What makes this book even more valuable is the inclusion of numerous achievements in modern technological advancements, such as high-temperature superconductors, next-generation digital chip technology, high-density magnetic recording, and more. This greatly helps students broaden their horizons, stay updated with industry trends, and grasp the development of modern industries.