Abstract
As a result of studying the nature of changes in the profile of diamond wheel working surface during grinding of high-density Al 2 O 3 ‒TiC ceramics, the main mechanisms of destruction of diamond grains and formation of layer of sludge on the grains and the bond are established. The influence of factors of changing the profile of the diamond wheel working surface on contact interaction conditions during grinding and reducing its cutting ability is estimated.
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