Fluid Flow in a Continuous Casting Mold Driven by Linear Induction Motors.

Effect of Double Ruler Magnetic Field in Controlling Meniscus Flow and Turbulence Intensity Distribution in Continuous Slab Casting Mold

“…There are few other applications where "multimode EMS" is used as a level accelerator (EMLA) and an electromagnetic level stabilizer (EMLS) for decelerating flow. 5,6) There have been various literatures emerged in the recent past where researchers used different orientations of magnetic field to study the flow behaviour in the mold. In most of the cases, researchers used numerical techniques to model the governing flow and magnetic field interactions; however, there are few instances where experimental techniques have been used.…”

Experimental Investigations of Rotary Electromagnetic Mould Stirring in Continuous Casting Using a Cold Liquid Metal Model

“…[11][12][13][14][15][16][17] Numerical calculations can provide a better understanding of the complex flow behaviour, but experimental data are indispensable with respect to validation of these CFD models. Experimental investigations in an electromagnetically stirred Woods metal model were performed by Partinen et al 12,18) The authors measured the deformation of the free surface of the melt and determined the surface velocity using alumina particles on the surface.…”

Simulation in Metallurgical Processing: Recent Developments and Future Perspectives

“…In recent years, more international research has been conducted by using numerical simulation and experimental studies. [35][36][37][38][39] Nevertheless, this research has focused mainly on the magnetohydrodymamic flow field, and even though it has investigated the temperature field distribution under electromagnetic stirring, it has not considered the interaction with solidification. At the present stage, most of the studies are performed experimentally, but large scientific efforts are still necessary to build a model able to couple MHD, CET, and formation of segregation during solidification.…”