Numerical modelling of processes of upper blow-down and carbon monoxide reburning in a steel-making converter

Numerical modelling of processes of upper blow-down and carbon monoxide reburning in a steel-making converter

- We numerically simulate the process of interaction of a supersonic oxygen jet with the molten metal surface in a steel-making converter. We propose the simplified scheme of chemical reactions and the dispersion mechanism of metal drops from the interface. We study the flow structure in a cavity an...

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Veröffentlicht in:Russian journal of numerical analysis and mathematical modelling 2001-01, Vol.16 (1), p.87-96
Hauptverfasser: Shokin, Yu. I., Rychkov, A.D., Miloshevich, H.
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container_title Russian journal of numerical analysis and mathematical modelling
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creator Shokin, Yu. I.
Rychkov, A.D.
Miloshevich, H.
description - We numerically simulate the process of interaction of a supersonic oxygen jet with the molten metal surface in a steel-making converter. We propose the simplified scheme of chemical reactions and the dispersion mechanism of metal drops from the interface. We study the flow structure in a cavity and make practical recommendations on how to increase the efficiency of the reburning process of carbon monoxide forming in it.
doi_str_mv 10.1515/rnam-2001-0107
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title Numerical modelling of processes of upper blow-down and carbon monoxide reburning in a steel-making converter
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