Tsapar V. Automation of thermal management regime glass furnaces

The thesis is devoted to improving efficiency in the production process of glass-glass products by creating a process automation system controls its thermal modes that would meet modern requirements and resource saving. The features glass-melting process and analysis of the current state of mathematical modeling and control systems glass furnaces. The mathematical model of glass furnace based on Reynolds averaged Navier-Stokes equations and expanded with phenomenological mathematical models of glass-process. Also formulated initial and boundary conditions. Developed a simplified mathematical model of glass. A study of the model, the results of which indicate its compliance with the initial model. To determine the temperature at points that are not physical measurement proposed extended Kalman filter. The system control glass furnace, which has a hierarchical structure and consists of 3 levels - strategic, tactical and operational. The study, which confirmed the effectiveness of the proposed control system in terms of disturbances of various types.