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Sampling of the produced tempered glass was performed. Deviations of curved products from a specified shape were exposed. Linear adaptive models describing the dependence of product shape and mechanical strength testing on the tempering regime were set up. Simulation modeling of an algorithm controlling the tempering process showed that the quality of the manufactured tempered safety glass can be improved. [ABSTRACT FROM AUTHOR]

Models describing the dependence of the shape of glass on the tempering regime are developed. Simulation of the algorithm controlling the tempering of automobile glass is performed. It is shown that the quality of the glass produced can be further improved. The effectiveness of using simulation in developing corrective actions in the production of tempered glass is validated. [ABSTRACT FROM AUTHOR]

The results of simulation modeling of the control of the float glass production process are presented. It is shown that the systems approach to control is effective, making it possible to solve holistically the problem of economical use of raw materials and energy resources while ensuring high glass quality and limiting adverse environmental impacts. [ABSTRACT FROM AUTHOR]