Imitation modeling of textile production processes

Abstract

Intensification of any modern production is accompanied by the creation and implementation of new complex systems of technological equipment, characterized by significant changes in the organization and design methods. In modern conditions, one of the main tools at the research stage and at the stage of building such systems is modeling and comprehensive study of the projected objects on a computer. Imitation modeling is currently an effective tool for studying technological processes and industrial productions. The study of technical-technological subsystems of industrial processes using the simulation method has an analogy with the full-scale experiment. In this case, the computer experiment is carried out using a computer that automates the modeling process and provides the required number of tests in a shorter period. The article discusses the development of an imitation model of the textile industry. It was created on the basis of the structural approach proposed by N.P. Buslenko. Herewith takes into account the stochastic character of the technological processes of textile production. Applied programs, modeling cotton spinning and weaving processes have been developed that allow real-time monitoring of the system status and its parameters.