A numerical study is presented that deals with the flow in the mold of a continuous slab
caster under the influence of a DC magnetic field (electromagnetic brakes (EMBrs)). The …

Electromagnetic fields have emerged as powerful tools for addressing current problems in
thin slab continuous casting processes in the iron and steel industry. Substantial studies …

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 …

Continuous casting (CC) is one of the most important processes of steel production; it
features a high production rate and close to the net shape. The quality improvement of final …

The entrapment of argon bubbles and non-metallic inclusions under combined applications
of electromagnetic braking (EMBr) and electromagnetic stirring (EMS) is receiving …

Complex multi-phase phenomena, including turbulent flow, solidification, and
magnetohydrodynamics (MHD) forces, occur during the continuous casting (CC) under the …

Electromagnetic braking (EMBr) is critical for suppressing the turbulence in the mold and
developing a high-speed thin-slab continuous casting technology. The main problem is that …

The thin slab casting (TSC) of steel is a type of the continuous casting (CC) with a narrow
funnel-shaped mold, characterized by the rapid solidification and fast production rates. A …

The thin slab casting (TSC) is a breakthrough near-net-shape technique for flat products
accompanied by rapid casting and solidification rates. The TSC quality hinges on the …