Abstract
We considered modern technologies of the development and optimization of control programs for edge cutting processing (for milling).The technology consists in carrying out cutting tests, use of mathematical models of process, development of the control program for the CNC machine and its optimization on the basis of mathematical models.It is shown that there are no such tools for high-speed processing. We analyzed the procedures of designing high-speed processing cycles and showed that the mathematical models used in them are poorly interconnected. Based on the description of high-speed processing, we proposed a complex simulation model, which is a basis of a software suite of computer-aided processing cycle design. The concept of the automated design and optimization of a cycle and the control program for the CNC machine is offered. According to the concept, the designer input basic data, and the system builds an optimal cycle and issues the control program. At the same time, the system consists of two interacting parts – techniques of design and a complex simulation model. Internal interrelations in a complex simulation model are considered.
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