Engineering Mechanics -- Dynamics (Third Edition)

Author: (American) Hibbeler, translated by Wang Song et al.
Publisher:
Publish Date: 2006-02-01
Features: This book is one of the most popular engineering mechanics series textbooks in the United States. It is comprehensive in content, simple and intuitive in presentation, and closely linked to real-life phenomena. The book introduces the fundamental principles of dynamics, with content arranged from easy to difficult, primarily covering particle dynamics, rigid body plane dynamics, and rigid body three-dimensional dynamics. The first two parts discuss the kinematics of particles and rigid bodies, force and acceleration, work and energy, impulse and momentum, while the latter part focuses on three-dimensional kinematics, dynamics, and vibration of rigid bodies. The book has two distinctive features: first, it provides numerous illustrations to explain the physical principles and their applications to be taught; second, it completely uses the SI unit system, aligning with the units commonly used in domestic textbooks. The content of this book is innovative, with rich examples closely tied to engineering practice, making it suitable as a textbook for undergraduate and graduate students in civil engineering, bridge engineering, mechanical engineering, and other related fields. It can also serve as a reference for engineering professionals.
This book is one of the most popular engineering mechanics series textbooks in the United States, with comprehensive content, simple and intuitive presentation, and close connection to real-life phenomena. The book introduces the fundamental principles of dynamics, with content arranged from easy to difficult, primarily covering particle dynamics, rigid body plane dynamics, and rigid body three-dimensional dynamics. The first two parts discuss the dynamics of particles and rigid bodies, force and acceleration, work and energy, impulse and momentum, while the latter part focuses on three-dimensional kinematics, dynamics, and vibration of rigid bodies. The book has two distinctive features: first, it provides numerous illustrations to explain the physical principles and their applications to be taught; second, it completely uses the SI unit system, aligning with the units commonly used in domestic textbooks. The content of this book is innovative, with rich examples closely tied to engineering practice, making it suitable as a textbook for undergraduate and graduate students in civil engineering, bridge engineering, mechanical engineering, and other related fields. It can also serve as a reference for engineering professionals.