Abstract Knowledge on the behavior of inclusions in molten steel is crucial to study the fluid
flow in the tundish. In this study, an inclusion mass/population conservation model and fluid …

In the current study, a three-dimensional mathematical model combining the realizable k–ε
turbulent model, volume of fluid (VOF) multiphase model, and heat transfer model was …

For the purpose to produce bloom castings by a six-strand T-type tundish with dual-channel
induction heating (IH) instrumentation, a three-dimensional electromagnetic-flow-heat …

The three-phase flow behavior in a single-strand continuous casting tundish during ladle
change was investigated using physical modeling. These phenomena observed from …

This paper presents the results of a computer simulation and laboratory experiments carried
out to describe the hydrodynamics of steel active flow in the tundish. One of the parameters …

In order to improve the yield of steel produced in the converter and the quality of the molten
steel, and to understand the distribution of the flow field in the converter and ladle during the …

A new design of a ladle shroud, obtained through water modeling, that controls turbulence of
the entry jet in continuous casting tundishes is proposed. Particle Image Velocimetry (PIV) …

Steel transfer from the ladle to a single-strand tundish using a conventional ladle shroud
(CLS), and a dissipative ladle shroud (DLS) is studied during the transient period of ladle …

The paper shows the results of the research obtained by physical and mathematical
modeling of steel flow and mixing in the tundish. Two‐strand continuous casting tundish was …

Steel flow dominated by inertial and buoyancy flows under gas bubbling and thermal
stratification conditions, in a one-strand tundish, was studied using a 2/5 scale water model …