New Approaches to Gear Design and Production

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.