Abstract

The work is devoted to issues of conceptual, informational and software problems of expert assessment of the current state, problems and development potentials of technological and production systems. The purpose of the research is to develop methods and tools for variative forecasting of operational characteristics of aircraft manufacturing facilities and automation of audit procedures for complex technological systems. The originality of this method is the use of the principles of technological inheritance of quality parameters of parts in the process of processing under the influence of technological energy and their relationship to performance characteristics. The advantage is the ability to define process controllers in the image of progressive technological operations of forming and modification of precision surfaces in order to ensure a guaranteed increase in operational efficiency by their flexible integration into production systems. A hierarchical model of the technological system implemented in the MatLAB Simulink visual modeling environment is proposed. The operation of the process controller is shown by the example of a diamond smoothing operation aimed at increasing the service life of precision friction pairs. The developed methods and tools are a tool for forming an evidence base for evaluating the technological potential, reliability, stability, and repeatability of technological processes in the total quality management system.

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