PRECISION DIAMOND-ABRASIVE PROCESSING OF CERAMIC MATERIALS

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Authors

A.N. BOLOTOV, V.V. NOVIKOV, O.O. NOVIKOVA

Abstract

The influence of load-speed wear conditions and the structural composition of ceramic diamond material on the grinding performance and consumption of abrasive tools is investigated. It is established that the determining factors are the load on the tool, its grain size and diamond concentration, the physical and mechanical properties of interacting materials, and the feed depth. The ratios of abrasive wear parameters depending on the type of grinding were obtained. Practical recommendations are given on the selection of ranges of grain size, diamond concentration, grinding depth, and processing speed. The diamond grades are evaluated.

Keywords

precision machining, grinding performance, diamond consumption, grinding modes, diamond-abrasive processing, ceramic binder