Mechanics of Materials Learning Guide and Problem Solving Guide — Mechanics Learning Assistance Series for Higher Education Institutions

Author: Fan Qinshan, Chen Yanqiu
Publisher:
Publish Date: 2005-03-01
Features: This book primarily introduces the essentials of theory and methods in the "Mechanics of Materials" course, as well as problem-solving techniques. On one hand, it helps readers apply fundamental concepts, theories, and methods of mechanics of materials to analyze and solve problems. On the other hand, it deepens the understanding of related concepts, theories, and methods through the problem-solving process. The arrangement of chapters in this book aligns closely with the structure of "Mechanics of Materials" textbooks used in higher education institutions. The content includes two main parts: key points of theory and methods, and illustrative examples. In the illustrative examples section, analysis is provided for certain errors that beginners are prone to make. The book consists of 15 chapters, covering topics such as internal force and stress analysis of general members under basic loading conditions, strength and stiffness calculations, stress states and strength theories, elastic stability problems of compression members, energy methods, statically indeterminate systems, fatigue strength, and dynamic loads. This book can be used in conjunction with the authors' "Mechanics of Materials" as a reference for students studying the course. Some of the more advanced and challenging content, along with related example analyses, provides material currently not found in standard textbooks, making it a valuable resource for instructors teaching "Mechanics of Materials," students preparing for graduate entrance exams, and engineering professionals seeking a deeper understanding of the subject.