Abstract
In this work were analyzed objective laws of material allowance removal that are common for different schemes of grinding with the use of field theory. Each level of the working surface of the circle corresponds to a certain scalar quantity, which characterizes the relative reference surface area of the diamond grains and the total grain width at this level. The total grains width determines the probability of material removal from the component surface in the process of grinding under the influence of the field of vectors of instrument’s grains. Changes which occur in the area of contact between material and grinding wheel lead to negative divergence of material flow and wheel’s grains. The change in the divergence of the fields is characterized respectively efficiency of machining and destruction of an instrument’s working area.
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