This book is compiled in accordance with the "Basic Requirements for Teaching Basic Courses in Mechanics" issued by the Ministry of Education. It is introduced in three parts from the shallower to the more advanced in a progressive order from particles to particle systems and from vectors to generation quantities. The first chapter on statics introduces the axioms of statics and the force analysis of objects, plane force systems and their applications, space force systems, and friction; the second chapter on kinematics introduces the basics of kinematics, the synthetic motion of points and the plane motion of rigid bodies; the third chapter on dynamics introduces the basic equations of particle dynamics, the momentum theorem, the moment of momentum theorem, and the kinetic energy theorem. There are exercises and reflection questions at the end of the chapter to facilitate readers to practice and evaluate learning results.
This book can be used as a short-term textbook or teaching reference book for mechanical, chemical, petroleum, civil engineering, transportation, water conservancy, mining, metallurgy and other engineering majors in colleges and universities, and can also be used as a reference for relevant professional engineering and technical personnel.
Reader comments
This book is so rich in content! It introduces the knowledge of theoretical mechanics from the simplest to the deeper from the particle to the particle system. It also comes with exercises and thinking questions, which is very suitable for learning. I like the dynamics part of the book the most, it gives me a deeper understanding of the motion and force of objects. I feel like this book will be of great help to engineering students!
When I was studying physical science back then, there were still methods of motion and static, the principle of virtual work, and even Lagrange's equation, but are they gone now?
This book is so rich in content! It introduces the knowledge of theoretical mechanics from the simplest to the deeper from the particle to the particle system. It also comes with exercises and thinking questions, which is very suitable for learning. I like the dynamics part of the book the most, it gives me a deeper understanding of the motion and force of objects. I feel like this book will be of great help to engineering students!
When I was studying physical science back then, there were still methods of motion and static, the principle of virtual work, and even Lagrange's equation, but are they gone now?