Engineering Mechanics (Volume 2)

Author: Mei Fengxiang, Editor-in-Chief
Publisher:
Publish Date: 2003-08-04
Features: This book is a national-level planning teaching material for general higher education under the "Fifteenth Five-Year Plan," developed based on the research outcomes of the key teaching reform project "Teaching System and Content Reform of Engineering Mechanics Courses" at Beijing Institute of Technology. It draws on the experiences of some excellent domestic and international textbooks and has undergone two years of teaching practice. Supported by a key Beijing municipal funding project, it has been listed as a premium textbook in Beijing. The book takes the fundamental concepts and principles of mechanics as its main thread, optimizing the curriculum system and reorganizing teaching content. It integrates engineering mechanics courses, covering basic knowledge such as theoretical mechanics, mechanics of materials, and an introduction to fluid mechanics, to help students establish a comprehensive understanding of the discipline. The book is divided into two volumes. This is the second volume, consisting of 13 chapters, including: combined deformation, energy methods, statically indeterminate structures, column stability, experimental stress analysis, the principle of kinetic energy, momentum principles (including the theorem of momentum and the theorem of momentum of momentum), D'Alembert's principle, dynamic failure problems of deformable solids, the general equation of dynamics and Lagrange's equations, fluid statics, fluid kinematics, and fluid dynamics. This book can serve as a textbook for undergraduate students in majors such as mechanical engineering, civil engineering, aerospace engineering, water conservancy, and engineering mechanics. It is also suitable for teachers and students of vocational colleges, adult education institutions, and relevant engineering professionals as a reference.