Analysis of Modeling, Optimization and Control Methods of Multifactor Operations and Complex Technological Processes

Abstract

Modeling, optimization and management of multifactor operations and complex technological processes of machines and equipment parts’ enameling was discussed in the article. It has been established that the main advantage of mathematical models construction for individual processing operations is the possibility to create mathematical models in new variants for different technological processes using these models. It was clarified that mathematical models reflecting processing operations and technological processes used to manufacture machine and equipment must take into account the key factors that characterize them. Studies show that the mode and technological factors of separate processing operations and technological processes are directly related to the accuracy and quality of the prepared parts. Taking all these factors into account not only complicates the proposed mathematical models, but also makes difficult, in some cases completely impossible to use and analyze them. From this point of view, they should be divided into main and second grade factors according to their impact level. Therefore, it should be considered appropriate to the purpose to take into account mostly main factors that characterize operations and processes to build mathematical models.