Abstract
The technology of grinding with a flexible abrasive tool is a rather complicated process, the characteristics of which are interconnected with the relief parameters of the surface abrasive coat of a tool. However, when forming the relief of the surface abrasive coat of a flexible grinding tool by popular methods, an unnecessary expenditure of expensive abrasive material occurs and the working face is obtained with randomly arranged abrasive grains, the processing performance of which can be assessed only taking into account some average values. As a result, some grains arbitrarily located on the surface of a tool partially or completely do not participate in the cutting process. The article is devoted to the issue of the study of the working face of a flexible grinding tool. Comparative tests of existing and developed methods for determining the number of abrasive grains on the tool face are presented. Experimental data on the influence of the angle of orientation of abrasive grains on their distribution density are presented.
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