A Textbook of Pure Mechanism explains how machines move and transmit motion, focusing on the geometry behind everyday devices.
This classic guide clarifies definitions, classifications, and the fundamental ideas that govern how parts interact to do work.
The book presents a practical view of mechanism design, preferring representative examples and clear explanations over extensive experimentation. It shows how motion is analyzed, how different kinds of motion relate, and how moving parts are arranged to transfer energy and control speed. Throughout, the aim is to help readers reason about machines—from simple linkages to complex gear trains—without getting lost in theory.
What you’ll experience
- Clear definitions and classifications that separate pure mechanism from machine design
- Methods for analyzing motion, including plane, helical, and spherical types
- Techniques for transmitting motion with belts, gears, linkages, and rolling contact
- An introduction to gears, including spur, helical, bevel, and special forms like logarithmic spirals and lobed wheels
Ideal for readers of mechanical engineering, machine design, and anyone seeking a solid, foundational understanding of how mechanisms work.