A scientifically substantiated applied technique for indirect assessment of the actual intensity of convective heat removal during jet cooling of corrosive zones of the melting basin of glass-making furnaces is presented, which makes it possible to determine the actual heat transfer coefficients in critical zones based on the results of direct measurements carried out within the framework of current monitoring of the state of refractory structures of the melting basin of glass-making furnaces. An algorithm for practical implementation is developed and a real example of using the proposed methodology is given.
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