New Approaches to Gear Design and Production

This is the third book in a series devoted to gear design and production. Comprising papers by scientists and gear experts from around the globe, it covers recent developments in practically all spheres of mechanical engineering related to gears and transmissions. It describes advanced approaches to research, design, testing and production of various kinds of gears for a vast range of applications, with a particular focuses on advanced computer-aided approaches for gear analysis, simulation and design, the application of new materials and tribological issues.

Presents the latest work by the most authoritative scientists and experts in the fields of gears and transmissions Includes testing and operational results Appeals to researchers and manufacturers in the field of gears

Auteur

Veniamin Goldfarb holds a D.Sc. in Engineering and is a Full Professor and Honored Scientist of Russia and Udmurt Republic. He is also the Director of the Scientific Department at the Kalashnikov Izhevsk State Technical University's Institute of Mechanics, and was the Vice-President of the International Federation for the Promotion of Mechanism and Machine Science (IFToMM) in 2011-2015. Evgenii Trubachev holds a D.Sc. in Engineering and is a Full Professor and Honored Scientist of Udmurt Republic. He is also the Vice-Director of the Scientific Department's Institute of Mechanics and a Professor at the Mechanical Engineering Department of Kalashnikov Izhevsk State Technical University. Natalya Barmina holds a Ph.D. in Engineering, and is a Senior Researcher at the Scientific Department's Institute of Mechanics and an Associate Professor at the English Department of Kalashnikov Izhevsk State Technical University. She is also a member of the PC CPA of the International Federation for the Promotion of Mechanism and Machine Science (IFToMM).

Contenu
Foreword by Marco Ceccarelli.- Preface.- Introduction.- Advanced computer-aided gear design, analysis and manufacturing.- Tooth contact analysis of cylindrical gears reconstructed from point clouds.- Simulation of the teeth profile shaping during the finishing of gears.- Tooth surface stress and flash temperature analysis with trochoid interference of gears.- Computer-aided techniques versus analytical methods for tooth gear calculations.- Optimization of planocentric gear train characteristics with CA tools.- Biplanetary gear trains and their analysis through the torque method.- Curvature interference characteristic of ZC1 worm gear.- Engineering assessment of load-carrying capacity and tribotechnical parameters of spur gears with account of tooth profile correction and variation of sliding friction factor in gearing.- Approaches to computer-aided design of spur and helical gear production processes with account of patterns for generation and variation of quality parameters of gears at their production.- Aspects of the kinematic theory of spatial transformations of rotations: analytic and software synthesis of kinematic pitch configurations.- Engineering design of gears with involute-bevel gearwheels via application of additive techniques.- Chapter with no title yet.- Design analysis of geometry of bevel gearwheels made by stamping method.- Features of designing the power elements of drives with high load-carrying capacity.- Analysis and prospects of application of bevel gears with variable gear ratio in foldable antenna mechanisms.- Vibration monitoring of mechanisms and aggregates with broadband spectrum of vibration.- Features of parameter selection for worm gears with steel gearwheels.- New geometry and geometric and kinematic parameters of gears and machine-tool gearing: concepts, terminology and development of the theory of kinematic generation of surfaces.- Capabilities of computer-aided design of worm-type gears by means of SPDIAL+ software.- New approach to computer-aided design of gearbox systems: models and algorithms.- Numerical simulation of elastic and plastic contact of heavy-loaded spiroid gears.- Possibilities of cutting bevel gearwheel teeth by hobs.- Simulation of gears and gear trains within the MMS study course.- New approach to computer-aided design of gearbox systems: conception and development of information support.