Mathematical model of a glass-melting furnace with horseshoe-shaped flame

A method of constructing and implementing a zonal mathematical model of heat transfer in a glass-making furnace with a horseshoe-shaped flame direction, with a capacity of 300 t / day, is considered. The boundary conditions of modeling are considered in detail. The results of calculating the external heat transfer and hydrodynamics of the furnace pool, as well as the regression equations for the temperature fields for the refractory masonry of the flame space and the surface of the melt are presented. Il. 5, bibliography: 5 titles.