Abstract
Mathematical models of volume reduced operating time and cutting and instantaneous cutting capacity for the operation of a flat creep feed grinding of horizontal surfaces by a circle of direct profile at all stages of the process (incision, additional set of depth, a constant length of arc of contact and exit) are obtained. On the basis of the models obtained, the maximum indicators of the process reliability are defined. The regularities of changes in the components of the force of deep grinding with a continuous revision of the circle of the blanks of titanium alloy BT8 are studied. A correlation between the instantaneous cutting power and the grinding force that allows the patterns of change in the actual treatment conditions to be predicted is established.
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