NUMERICAL SIMULATION OF HYDRODYNAMICS OF STEELS MIXING IN STEEL-SMELTING BOWL AT DIFFERENT TIME REGIMES OF THE ARGON INPUT
Abstract
The results of numerical simulation of the carbonic powder mixing processes in steel-smelting bowl tub at different frequency regimes of the argon sources activation are presented. The influence of frequency switching regime of sources for the process of the carbonic powder mixing in industrial bowl, that allowed to reveal the additional opportunities, increasing efficiency of the process of the hydrodynamic mixing, is studied.
For citations:
Chichko A.N., Andrianov N.V., Terletskij S.V., Kukuj D.M., Chichko O.I. NUMERICAL SIMULATION OF HYDRODYNAMICS OF STEELS MIXING IN STEEL-SMELTING BOWL AT DIFFERENT TIME REGIMES OF THE ARGON INPUT. Litiyo i Metallurgiya (FOUNDRY PRODUCTION AND METALLURGY). 2005;(4):28-31. (In Russ.)
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