Theoretic and Experimental Study on the Accuracy of Gears by Generative Electrochemical Mechanical Finishing

Gui Bing Pang; D.M. Li; Wen Ji Xu; X. Adayi; L. Yang; J.J. Zhou

doi:10.4028/www.scientific.net/KEM.487.268

Paper Titles

Processing of Lapping Track in Dual Rotated Plates Eccentric Lapping Mode
p.248

Research on Subsurface Damage After Abrasives and Fixed-Abrasive Lapping of K9 Glass
p.253

Study on Machining Process of Lapping for BK7 Glass
p.257

Finishing of Display Glass for Mobile Electronics Using 4S-4µm 3M^TM Trizact^TM Diamond Tile Abrasive Pads
p.263

Theoretic and Experimental Study on the Accuracy of Gears by Generative Electrochemical Mechanical Finishing
p.268

Research on Tests of Magnetic Abrasive Finishing by Sintering Method
p.273

Investigation of Elastic Deformation Machining Method for Aspheric Surface Generation
p.278

Ultra Smooth Polishing Research Based on the Cluster Magnetorheological Effect
p.283

Investigation of a New Kind of Magnetic Abrasive Grains Used for Finishing Inner-Hole Surface
p.289

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Theoretic and Experimental Study on the Accuracy of Gears by Generative Electrochemical Mechanical Finishing

Abstract:

Gears’ accuracy has important influences on its working performance and life. Electrochemical mechanical finishing (ECMF) was applied to finish cylindrical gears. The influence of the generative type of ECMF was studied theoretically and experimentally on the shape of gear teeth, and on the dimensional accuracy between teeth, and that in the tooth thickness direction. The results indicate that the generative type of ECMF can improve the accuracy between teeth, as well, the dimensional accuracy of gear tooth and that in the thickness direction may be also improved.