Advances in Gear Theory and Gear Cutting Tool Design

This book was written by a team of leading gear experts from across the globe, including contributions from USA, Germany, Poland, China, Russia, Ukraine, and Belarus. It provides readers with the latest accomplishments in the gear theory and gear cutting tool design. Specialists can apply competencies gained from this book to quality control in gear manufacture, as well as to the conditions of their production. The book begins with a detailed discussion of the kinematics and geometry of geometrically-accurate gears and gear systems. This is followed by an analysis of state-of-the-art gear manufacturing methods with focus on gear finishing operations. Novel designs of gear transmission systems as well as gear theory and gear cutting tool design are also covered.

Educates the reader on how gears operate, helping designs Provides detail on for low noise (for almost noiseless) gear transmissions Explains the best possible solution for designing SPTS-gearing (Split-Power-Transmission-Systems)

Auteur
Dr. Stephen P. Radzevich (editor) is a Professor of Mechanical Engineering. He received the M.Sc. (1976), the Ph.D. (1982), and the Dr.(Eng)Sc. (1991) - all in mechanical engineering. He authored over 45 monographs, handbooks, and textbooks. He also authored and co-authored about 350 scientific papers and holds over 260 patents on invention in the field, both, USA patents and international patents.

Dr. Michael Storchak (editor) is a senior researcher of Mechanical Engineering. He received the Dipl.-Eng. in 1974 and the Dr.-Eng. (Ph.D.) in 1984, both in mechanical engineering, and the Dr. Sc. degree (1994) in Manufacturing Engineering. Dr. Storchak has authored a monograph, and over 150 scientific papers published in topnotch international journals. He also holds over 50 patents on inventions.

Contenu
Fundamental Laws of Gearing.- On the Key Mistake in Generating Envelopes to a Family of Curves and Surfaces: A Special Case of Kinematics of Enveloping Rolling Motion.- Meshing limit line of Archimedes worm drive.- Sinusoidal Gears and a New Method of Their Cutting.- Design of technological systems for gear finishing.- Generalized Unified Model for Synthesis of Links of Parallel-Axes Gear Systems.- Gear cutting with disc-shaped milling cutters.- Additive Technologies and Gradient Materials for Plastic Gear Production.- Quality Characteristics of Gearing.- Multi-parameter gear drives and gear variators (CVTs).- Calculation of Gear Trains for Transmission Systems of Mobile Vehicles.- Analysis of Structures of Automatic Split-Power Gear Transmissions (CVTs).- Kinematics, statics and dynamics of complex and coupled cylindrical planetary gears.- Carefully, Scrupulously, Responsibly (in memoriam of Professor Dmitriy Babichev ).- Appendices. <p