Casting is a vital process in steel production where solidification process of molten steel
occurs in mold coupled with fluid flow, heat transfer, crystal growth, inclusion motion, solute …

Flow field, heat transfer and inclusion behavior in a 700 mm round bloom mold under the
effect of a swirling flow submerged entry nozzle (SEN) were investigated with the aim to …

This paper demonstrates the development of meshless Local Radial Basis Function
Collocation Method (LRBFCM) for solution of three dimensional (3D) turbulent molten steel …

This study focuses on an experimental investigation of the fluid flow in round bloom
continuous casting using a 1: 3 model of the industrial casting process. A swirling flow …

To investigate the transient transport and entrapment of argon bubbles and inclusions
simultaneously during continuous casting, a 3D large eddy simulation model coupling …

In-mould electromagnetic stirring (M-EMS) is a widely used technique during continuously
casting (CC). To investigate the M-EMS effect on the inclusion motion and entrapment in a …

Inclusions entrapped by the solidifying front during continuous casting would deteriorate the
properties of the final steel products. In order to investigate the inclusion motion and the …

Different sizes and shapes of nonmetallic inclusions in a swirling flow submerged entry
nozzle (SEN) placed in a new tundish design were investigated by using a Lagrangian …

This work investigated the removal and distribution behaviors of non-metallic inclusion
particles caused by the flow of molten steel under two rotational modes, ie from edge to …

A swirling flow producer was designed for a conventional tundish in order to produce a
swirling flow in the SEN driven by the steel flow potential. CFD simulations were carried out …