SYNTHESIS OF A FUZZY CONTROLLER OF HEATING STEAM TEMPERATURE DURING THE PROCESS OF CARE TIRES VULCANIZATION UNDER POTENTIALLY HAZARDOUS CONDITIONS


UDC 681.3
DOI:10.26102/2310-6018/2020.29.2.034

B. Yahiaoui, A.A. Mitrokhin, V.L Burkovsky

This paper considers the technological process of vulcanization of automobile tires from the point of view of a potentially dangerous process. Currently, technological processes are becoming more complex, evolving most of the time in conditions of uncertainty, incompleteness and indistinctness of information. One of the most common methods of process control today is still PID controllers, due to their ease of implementation, low cost and their satisfactory results in the control of linear systems. In order to adequately control potentially dangerous technological processes, it is necessary to develop new models and algorithms based on new intelligent approaches. One of the most promising approaches to process control is models based on fuzzy logic and fuzzy sets. The paper presents the General mathematical structure of the vulcanization process control system. This paper presents the synthesis of a fuzzy controller of heating steam temperature of the car tire vulcanization process. .

Keywords:fuzzy inference systems (FIS), fuzzy logic, vulcanization, technological process, potentially dangerous objects.

Full text:
YahiaouiSoavtors_2_20_1.pdf