A novel approach to the simulation of the dimensional wear of cutting tools with a subsequent element of correction in limit boundaries of parametrically determined optimal shifts is presented and discussed. Described in details is, however, only one aspect belonging to the polynomial transform of experimentally found discrete values of the cutting point positions to a continuous functional form, compatible with used SW. Special attention is paid to the proposal of the simulation scheme working with the mathematical model in the simulation environment with particular values of the given simulation parameters.
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