A mathematical model of in-mold electromagnetic stirrer has been developed to calculate
the three-dimensional time-varying magnetic field for electromagnetic stirring in the …

Digitalisation of metallurgical manufacturing, especially technological continuous casting
using numerical models of heat and mass transfer and subsequent solidification has been …

Ultrahigh‐speed casting is the most remarkable feature of billet high‐efficiency continuous
casting. The transient fluid flow, heat transfer, and solidification behavior under different …

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

The direct impact of high temperature liquid metal on narrow face of the continuous casting
mould results in remelting in the jet impact region on narrow face which causes an adverse …

Electromagnetic stirrer generates swirling fluid flow, boosts the mixing of molten steel near
the solidification front and enhances the quality of the continuously cast products. In the …

Previous studies on the mathematical modelling of fluid flow-heat transfer phenomena in
continuous casting, reported in this journal and elsewhere, are examined and, analyzed …

In this paper, we study a nonlinear parabolic type model with an inequality constraint on the
solution describing the phase liquid-solid heat transfer during the solidification process in …

Purpose The purpose of present investigation is to analyze the in-mold electromagnetic
stirring (M-EMS) process and the effect of stirrer frequency on fluid flow and solidification in a …

In the continuous casting process of steel, the bloom surfaces would experience intensive
cooling from the water-cooled copper mold to secondary cooling water spray. If the cooling …