The present review covers the heat transfer literature published in 2004 in English
language, including some translations of foreign language papers. Though extensive, some …

Heat transfer from the solidified shell to the mold, especially in the meniscus region,
significantly affects the surface quality of the strand and the stability of the continuous casting …

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 …

A mathematical model of three-dimensional fluid flow, heat transfer and solidification in thin
slab casting is developed based on the enthalpy-porosity approach in a single-phase …

In order to demonstrate how CFD can help scientists and engineers to better understand the
fundamentals of engineering processes, a number of examples are shown and discussed …

The key issue for modeling thin slab casting (TSC) process is to consider the evolution of the
solid shell including fully solidified strand and partially solidified dendritic mushy zone …

Strand electromagnetic stirring (SEMS) is widely applied in thin slab continuous casting to
improve the equiaxed crystal ratio (ECR) of steel. To provide a deeper insight into the role of …

The heat transfer in funnel mold during thin slab continuous casting is rather complex and
sensitive that the flow and temperature of cooling water as well as the roughness of channel …

The thin slab continuous casting (TSCC) process has emerged as one of the most potential
technologies, growingly used in several developed nations, since last two decades …

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 …