Engineering Mechanics

Author: Yu Jiakuan Zhou Xiangji
Publisher:
Publish Date: 2006-08-01
Features: This book is compiled based on the "Basic Requirements for Curriculum Teaching of Near-Mechanical Specialty in Higher Vocational and Specialized College Education." The part on Theoretical Mechanics mainly covers statics, including the basic knowledge of statics, plane force systems, spatial force systems, and the rotational motion of rigid bodies. The part on Mechanics of Materials primarily studies the laws of deformation and failure of engineering components under loads, providing theoretical basis for selecting appropriate materials, determining reasonable section shapes and sizes for components to ensure both safety and economy. It includes the basic knowledge of Mechanics of Materials, tension and compression, shear, torsion, bending, stress state, strength theory, combined deformation, column stability, alternating stress, and fatigue failure. The book also provides numerous problems and exercises for teachers' selection and students' review. This book can be used as a teaching material for Theoretical Mechanics and Mechanics of Materials courses in near-mechanical specialties such as mechanical engineering, electromechanical and CNC technology in higher vocational colleges. It can also serve as a reference textbook for students and engineering technicians in other engineering disciplines.