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Showing 1 to 3 of 3 for “"Mold powder"”.

  1. Correlation for measured mold heat flux and CON1D simulations for feasible operating conditions in thin-slab continuous casting

    … casting, controlling heat flux from top of the mold to caster exit is very essential for the production of high quality slabs in a safe environment. Cooling in steel continuous casting comprises primary cooling in mold followed by secondary cooling in spray cooling zone. In this work, various …

    uiuc Repository record for Correlation for measured mold heat flux and CON1D simulations for feasible operating conditions in thin-slab continuous casting (opens in a new tab)

  2. Analysis of the nail board experiment to measure the liquid slag depth in steel continuous casting

    … % after 5s of dipping. Burning of carbon in the mold powder leads to a higher powder-slag temperature and a deeper liquid slag layer. Changing slag consumption has little effect, but changing the slag composition to increase the softening temperature causes less melting, a thinner liquid slag …

    uiuc Repository record for Analysis of the nail board experiment to measure the liquid slag depth in steel continuous casting (opens in a new tab)

  3. Transient thermo-fluid model of meniscus behavior and slag consumption in steel continuous casting

    … of the slag layer between the oscillating mold wall, the slag rim, the slag/liquid steel interface, and the solidifying steel shell, are of immense importance for the surface quality of continuous-cast steel. A computational model of the meniscus region has been developed, that includes …

    uiuc Repository record for Transient thermo-fluid model of meniscus behavior and slag consumption in steel continuous casting (opens in a new tab)