Abstract
The results of calculation of cooling the walls of a slab continuous-casting mold, effected by way of heat pipes, for steel casting are presented. The novelty is confirmed by a patent for a method of cooling the mold during casting a high-temperature metal and by a device for its implementation. At a given heat-flux density in the wide wall from the steel casting, the temperatures of the operating surface of the mold wall, coolant vapor flow rate and its temperature, and the cooling medium flow rate are determined.
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