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The article provides mathematical modelling results of radiation flow formation in the work space of the smelting (glassmaking, open-hearth) furnace with different heating patterns and flow distribution over the surface of the bath and enclosing structures. A significant influence of the flame length upon technical and economic parameters of furnace operation was found out. Keywords: bath smelting furnace, glass-melting furnace, mathematical modelling, flame length, radiation flows, temperature field

A Relation Between the Flow Density and Flame Length in the Work Space of the Bath Smelting Furnace