A transient, three-dimensional mathematical model has been developed to study the slag
entrapment in a continuous casting mold. The unsteady turbulent flow is computed using the …

Full-scale water modelling studies combined with nail-dipping industrial trials at Shougang
Jingtang (SGJT) Works were carried out in order to investigate the parameters that influence …

In the current study, the transient flow characteristics on the top surface of a steel slab
continuous casting strand were numerically investigated using a large eddy simulation …

In this article, a new type of electromagnetic braking (EMBr), named vertical EMBr (V-EMBr)
was introduced in the continuous casting process. In order to investigate its capability and …

Computational simulations and high-temperature measurements of velocities near the
surface of a mold were carried out by using the rod deflection method to study the effects of …

For the purpose of increasing the capacity of an Angang Strip Production (ASP) continuous
caster and the surface quality of a medium-thin slab with mold sections of 150×(1020–1540) …

Abstract An Eulerian–Eulerian multifluid model coupled with interfacial area transport
equation (IATE) and volume of fluid (VOF) method is implemented to investigate the …

In-mould electromagnetic stirring (M-EMS) is a widely used technique during slab
continuous casting. To investigate the effect of M-EMS on the flow and initial solidification in …

A 3D coupled model considering electromagnetic field, flow field, heat transfer, and particle
transport is developed to predict the effect of stirrer position on the magnetic field …

The present paper reports about numerical simulations and model experiments concerned
with the fluid flow in the continuous casting process of steel. This work was carried out in the …