Сравнение результатов смешанного управления окрестностных моделей установки поддержания оптимальной температуры полиола

Abstract

A structural model of an installation for maintaining the optimal temperature of a polyol and the essential components of its neighborhood model are presented. Identification of neighborhood models with one data tuple and a set of data tuples were carried out. The technique of carrying out heat engineering calculation is presented. A mixed control of the neighborhood model was performed to determine the heat transfer coefficient. The graphs of the deviations of the results of the determination of the heat transfer coefficient in the process of mixed control from the results of heat engineering calculation are presented. A comparison of the accuracy of mixed control of neighborhood models with one and with a set of data tuples is made.Keywords: neighborhood model, identification, normalization, mixed control, data tuples, heat engineering calculation, mean square deviation.