
- Title : Kinematic Geometry of Gearing
- Author : David B. Dooner
- Rating : 4.57 (653 Vote)
- Publish : 2014-8-27
- Format : Hardcover
- Pages : 522 Pages
- Asin : 1119950945
- Language : English
It is also an invaluable reference for graduate and postgraduate students in mechanical engineering.. This development provided a completely different perspective and approach to the state-of-the-art gearing. Since the publication of the first edition in 1995, author David Dooner has continued the developmen
It is also an invaluable reference for graduate and postgraduate students in mechanical engineering.. This development provided a completely different perspective and approach to the state-of-the-art gearing. Since the publication of the first edition in 1995, author David Dooner has continued the development of this dynamic new approach to the design, manufacture and evaluation of gears.Progressing from the fundamentals of geometry to construction of gear geometry and application, Kinematic Geometry of Gearing Second Edition presents a generalized approach for the integrated design and manufacture of gear pairs, cams and all other types of toothed/motion/force transmission mechanisms using computer implementation based on algebraic geometry.This new second edition has been extensively revised and updated with new and original material.Key features include:The methodology for general tooth forms, radius of torsure, cBuilding on the first edition published in 1995 this new edition of Kinematic Geometry of Gearing has been extensively revised and updated with new and original material. This includes the methodology for general tooth forms, radius of torsure’, cylinder of osculation, and cylindroid of torsure; the author has also completely reworked the ‘3 laws of gearing’, the first law re-written to better parallel the existing ‘Law of Gearing” as pioneered by Leonard Euler, expanded from Euler’s original law to encompass non-circular gears and hypoid gears, the 2nd law of gearing describing a unique relation between gear sizes, and the 3rd law completely reworked from its original form to uniquely describe a limiting condition on curvature between gear teeth, with new relations for gear efficiency are presented based on the kinematics of general toothed wheels in mesh. There is also a completely new chapter on gear vibration load factor and impact.
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