A computational study of the effect of stirrer position on fluid flow and solidification in a
continuous casting billet mold with in-mold electromagnetic stirring has been carried out …

The Reynolds-averaged Navier–Stokes equations have been numerically solved to obtain a
steady, threedimensional velocity field inside the six-strand billet caster tundish using the …

Because of the introduction of a cylindrical swirling chamber into a neotype tundish, the
Swirling Flow Tundish (SFT), the numerical simulation becomes difficult for this kind of …

Fluid flows in a four-strand tundish for bloom continuous casting have been investigated with
physical modeling and mathematical simulation methods. The liquid steel flow velocity fields …

In the present work a numerical study was carried out to investigate the inclusion behaviour
in a four strand asymmetric billet caster tundish. A parameter called separation efficiency …

Continuous casting process is an important process to produce steel. Nowadays,
steelmakers are focusing on improving the process capabilities, efficiency, and product …

In this work, the multiphase mathematical simulation (steel‐slag‐air) is performed in order to
optimize the fluid dynamics and the homogenization temperature in an asymmetric delta …

Fluid flow phenomenon in a tundish depends upon the shape of tundish. The change in the
shapes can bring drastic change in the flow pattern and thus effect the fluid flow …

The conventional delta shaped tundish (rectangular with sloping walls) is currently used in
many industries for billet caster. The effective volume in this type of tundish is significantly …

In continuous casting, the molten metal quality in the mold is affected by flow pattern,
temperature distribution and inclusion transport in the multistrand tundish. Natural …