Методический комплекс для обеспечения параметрической надежности технологического оборудования

Abstract

A product quality and competitiveness of an engineering industry improvement is defines a need of an increase the accuracy and reliability of a making this product technological equipment. A special role is given to the best possible cost reduction. In work the securing of a metal-cutting machine tools parametric reliability methodical complex is presented. The complex application is allow to diagnosing the actual technical condition of machines that will reduce the arising costs of production on these machines not corresponding to requirements of normative documents production. Furthermore, the technique of a cutting systems parametric reliability forecasting is included in the proposed methodical complex. It is allow managing the quality of their process of repair. Probability of faultless work lathe models are constructed with application of the proposed methodology when processing on f lathe cylindrical and face surfaces. In work circuit-parametric reliability lathes models are presented and experimental approbation of the developed complex results are marked.