Dynamic stabilization of technological systems for processing edge cutting through local metastability

Abstract

The treatment of complex products from hard materials is accompanied by loss of stability of the cutting process, which leads to oscillations which cause an increase in the wear rate of cutting tools, reducing the longevity of the machine actuators, which ultimately affects the quality and accuracy of processing responsible products. The development of a framework for reducing the intensity oscillations in the process of machining systems, software and algorithmic software for computer solution, allows solving the problem of automation and process control by edge cutting machining on machine tools, such as CNC.