Fundamentals of Mechanisms and Machines

This book is all about mechanisms and machines, one of the most important core subjects of mechanical engineering. There are many ways a mechanism can be configured and there are many mechanisms in a machine, creating a tremendous opportunity to build better machines of our choice. To do so, however, one needs to understand the common thread present in the thousands of configurations and to break them down into a set of rules. This book does exactly that, using the same set of rules consistently to explain the design of any mechanism or machine. Pedagogical tools and approaches have been utilized to make it easier and more interesting for the student- extensive illustrations, simple explanations and exercise problems with useful hints have been included. The systematic use of a vector-based approach makes learning easier and helps extend the knowledge acquired in this book to applications in robotics.

Numerous step-by-step tutorials and exercise problems help the reader to learn quickly Block diagram representation of mechanisms to enhance understanding Uses vector approach for ease-of-learning and applications in robotics

Auteur

Dhanesh N Manik is Professor in the department of Mechanical Engineering, Indian Institute of Technology Bombay. He has done his bachelors in Mechanical Engineering from Mysore University in 1982 and has done his ME and PhD in Mechanical Engineering from IISc Bangalore, India and Auburn University, USA in 1985 and 1991, respectively. His areas of expertise are vibration, acoustics, control systems, and dynamics. He has more than 30 years teaching experience, covering a diverse set of courses in the fields of design engineering, mechanisms, and machines. He has authored/coauthored 3 textbooks and numerous scientific articles.

Contenu
Basics of Mechanisms.- Fundamentals of Kinematics.- Spur gears.- Helical, bevel and worm gears.- Gear trains.- Cam-follower mechanism.- Synthesis of mechanisms.- Basics of kinetics.- Force analysis of mechanisms.- Balancing.- Governors.- Vibration in machines.- Gyroscopes.