Obtaining high quality steels mainly depends on the quantity of non-metallic inclusions contained into it and this, in turn, to a large extent on the structure of the flow in the tundish. Optimization of the flow of liquid steel through the tundish makes it possible to control the trajectory of inclusions and thereby to improve the conditions of their outflow into the slag layer. The following article presents an analysis of research opportunities of the inclusions distribution and removing process from the steel flowing through the tundish, resulting in reconstruction of the own research facility
A reasonable tundish flow behavior could improve liquid steel cleanliness by promoting floating and ...
The control and minimization of non-metallic inclusions content in the tundish and in the mold of a ...
The increasing requirement for clean steel has made tundish metallurgy a key step in the steelmaking...
Obtaining high quality steels mainly depends on the quantity of non-metallic inclusions contained in...
The aim of presented studies was to investigate the fluid flow change and non-metallic inclusions re...
The tundish plays an important role in the challenging task of a “clean steel” production process. T...
The article presents the results of liquid steel flow and mixing in tundish when applying different ...
Physical and mathematical modelling of fluid flow phenomena play an important role in studies of ste...
The article presents the results of liquid steel flow and mixing in tundish when applying turbulence...
The article presents the results of research aimed at determining the nature of changes in the mixin...
Due to the need to improve the quality of the produced steel, especially its metallurgical purity, a...
A tundish is a device from which liquid steel is pour into a mold. Therefore tundish hydrodynamic co...
This work presents the numerical and physical simulation results of the liquid steel flow in the one...
The control and minimization of non-metallic inclusions content in the tundish and in the mold of a ...
Hydrodynamic conditions occurring in the tundish are strictly connected with the equipment of its wo...
A reasonable tundish flow behavior could improve liquid steel cleanliness by promoting floating and ...
The control and minimization of non-metallic inclusions content in the tundish and in the mold of a ...
The increasing requirement for clean steel has made tundish metallurgy a key step in the steelmaking...
Obtaining high quality steels mainly depends on the quantity of non-metallic inclusions contained in...
The aim of presented studies was to investigate the fluid flow change and non-metallic inclusions re...
The tundish plays an important role in the challenging task of a “clean steel” production process. T...
The article presents the results of liquid steel flow and mixing in tundish when applying different ...
Physical and mathematical modelling of fluid flow phenomena play an important role in studies of ste...
The article presents the results of liquid steel flow and mixing in tundish when applying turbulence...
The article presents the results of research aimed at determining the nature of changes in the mixin...
Due to the need to improve the quality of the produced steel, especially its metallurgical purity, a...
A tundish is a device from which liquid steel is pour into a mold. Therefore tundish hydrodynamic co...
This work presents the numerical and physical simulation results of the liquid steel flow in the one...
The control and minimization of non-metallic inclusions content in the tundish and in the mold of a ...
Hydrodynamic conditions occurring in the tundish are strictly connected with the equipment of its wo...
A reasonable tundish flow behavior could improve liquid steel cleanliness by promoting floating and ...
The control and minimization of non-metallic inclusions content in the tundish and in the mold of a ...
The increasing requirement for clean steel has made tundish metallurgy a key step in the steelmaking...