The article presents the results of research aimed at determining the nature of changes in the mixing of liquid steel in asymmetrical tundish due to the increase in casting speed and the possibility of limiting the use of Flow Control Devices (FCD). The tests were carried out on the water model of the Continuous Steel Casting (CSC) device equipped with the tundish model. Four variants of casting speed were analyzed. The analysis of the obtained results was divided into two stages: qualitative analysis of flow and mixing (visualization process) and quantitative analysis of flow and mixing (by analysis of mixing curves - Residence Time Distribution (RTD) type F)
Physical and mathematical modelling of fluid flow phenomena play an important role in studies of ste...
Whereas approximately 96.3% of the steel produced worldwide is made by continuous casting, great emp...
The article presents results of physical and numerical modelling of steel flow through a tundish of ...
The article presents the results of research aimed at determining the nature of changes in the mixin...
The article presents the results of liquid steel flow and mixing in tundish when applying different ...
The aim of the research was to analyze the influence of the flow behavior of liquid steel in a three...
Article presents results of numerical simulation of steel flow and mixing in real two strand tundish...
The article presents results of physical modelling of the steel continuous casting process in the tu...
Hydrodynamic conditions occurring in the tundish are strictly connected with the equipment of its wo...
A tundish is a device from which liquid steel is pour into a mold. Therefore tundish hydrodynamic co...
The article presents the results of liquid steel flow and mixing in tundish when applying turbulence...
land The article presents the results of liquid steel flow and mixing in tundish when applying diffe...
Minimization of intermixing length during continuous casting of steel is a crucial step towards high...
The aim of presented studies was to investigate the fluid flow change and non-metallic inclusions re...
Obtaining high quality steels mainly depends on the quantity of non-metallic inclusions contained in...
Physical and mathematical modelling of fluid flow phenomena play an important role in studies of ste...
Whereas approximately 96.3% of the steel produced worldwide is made by continuous casting, great emp...
The article presents results of physical and numerical modelling of steel flow through a tundish of ...
The article presents the results of research aimed at determining the nature of changes in the mixin...
The article presents the results of liquid steel flow and mixing in tundish when applying different ...
The aim of the research was to analyze the influence of the flow behavior of liquid steel in a three...
Article presents results of numerical simulation of steel flow and mixing in real two strand tundish...
The article presents results of physical modelling of the steel continuous casting process in the tu...
Hydrodynamic conditions occurring in the tundish are strictly connected with the equipment of its wo...
A tundish is a device from which liquid steel is pour into a mold. Therefore tundish hydrodynamic co...
The article presents the results of liquid steel flow and mixing in tundish when applying turbulence...
land The article presents the results of liquid steel flow and mixing in tundish when applying diffe...
Minimization of intermixing length during continuous casting of steel is a crucial step towards high...
The aim of presented studies was to investigate the fluid flow change and non-metallic inclusions re...
Obtaining high quality steels mainly depends on the quantity of non-metallic inclusions contained in...
Physical and mathematical modelling of fluid flow phenomena play an important role in studies of ste...
Whereas approximately 96.3% of the steel produced worldwide is made by continuous casting, great emp...
The article presents results of physical and numerical modelling of steel flow through a tundish of ...