Mechanics of Materials Tutorial

Author: Liu Qingtan
Publisher:
Publish Date: 2006-06-23
Features: This textbook is compiled based on the fundamental requirements for a 60-80-hour undergraduate course in Mechanics of Materials. It meets the needs of undergraduate teaching in Mechanics of Materials and allows users to select content according to different professional and academic requirements. To enhance students' quality and strengthen their ability development, this textbook integrates the fundamental theories and concepts of Mechanics of Materials with modern computational methods. It dedicates a chapter to systematically introducing the application of computer methods in Mechanics of Materials, along with providing some computer-based problem-solving exercises. This chapter can be included in the classroom teaching plan or assigned as self-study material for extracurricular activities in Mechanics of Materials. It aims to guide students to fully utilize computers to solve engineering problems while studying Mechanics of Materials, which is one of the main features and objectives of this textbook. To facilitate student learning, this book is accompanied by a software CD-ROM for Mechanics of Materials calculations and drawings. On one hand, it serves as a computer-assisted teaching tool to deepen students' understanding of the learned knowledge; on the other hand, it functions as a computational tool, enabling students to apply their knowledge of Mechanics of Materials to practical engineering scenarios. This textbook is primarily targeted at undergraduate students in civil engineering and construction-related fields, while also catering to students in mechanical, chemical engineering, and metallurgical disciplines. It can also be used as a reference for students in higher vocational colleges and adult education institutions in related fields. The textbook integrates the fundamental theories and concepts of Mechanics of Materials with modern computational methods, dedicating a chapter to systematically introducing the application of computer methods in Mechanics of Materials and providing some computer-based problem-solving exercises.