Add to ORKGFluid flows in a two-strand tundish for slab continuous casting were performed with mathematical simulation methods. The molten steel flow velocity fields in the tundish with a turbulence inhibitor, dam, and weir were numerically calculated. Simulation results showed that the tundish with a turbulence inhibitor with no opened holes has similar flow characteristics to the tundish with dam and weir. These results are essential to optimizing the turbulence inhi bitor, dam and weir parameters for slab continuous casting tundish
The tundish plays a key role in the process of continuous steel casting (CSC), as it ensures a stabl...
A tundish is a device from which liquid steel is pour into a mold. Therefore tundish hydrodynamic co...
The optimization of flow control devices (FCDs) for a T-type five-strand billet caster tundish was c...
Fluid flows in a two-strand tundish for slab continuous casting were performed with mathematical sim...
A theoretical model has been proposed in conjunction with a low Reynolds number (K-E) two equation t...
The flow pattern is vital for the metallurgical performance of continuous casting tundishes. The pur...
The startup of casting sequences in continuous casting of steel using three different turbulence inh...
The article presents the results of liquid steel flow and mixing in tundish when applying turbulence...
A three dimensional mathematical model has been developed based on finite volume technique w...
The objective of this study was to analyze the fluid flow of molten steel in a continuous casting tu...
As a major component of a continuous caster, the tundish is being recognized as very crucial in cont...
The article presents the results of liquid steel flow and mixing in tundish when applying turbulence...
Presented paper describes model investigations carried out on six-strand continuous casting tundish....
The mathematical and numerical simulation model of the liquid steel flow in a tundish is presented i...
With the development of continuous casting technology, there has been an increase in the stringent r...
The tundish plays a key role in the process of continuous steel casting (CSC), as it ensures a stabl...
A tundish is a device from which liquid steel is pour into a mold. Therefore tundish hydrodynamic co...
The optimization of flow control devices (FCDs) for a T-type five-strand billet caster tundish was c...
Fluid flows in a two-strand tundish for slab continuous casting were performed with mathematical sim...
A theoretical model has been proposed in conjunction with a low Reynolds number (K-E) two equation t...
The flow pattern is vital for the metallurgical performance of continuous casting tundishes. The pur...
The startup of casting sequences in continuous casting of steel using three different turbulence inh...
The article presents the results of liquid steel flow and mixing in tundish when applying turbulence...
A three dimensional mathematical model has been developed based on finite volume technique w...
The objective of this study was to analyze the fluid flow of molten steel in a continuous casting tu...
As a major component of a continuous caster, the tundish is being recognized as very crucial in cont...
The article presents the results of liquid steel flow and mixing in tundish when applying turbulence...
Presented paper describes model investigations carried out on six-strand continuous casting tundish....
The mathematical and numerical simulation model of the liquid steel flow in a tundish is presented i...
With the development of continuous casting technology, there has been an increase in the stringent r...
The tundish plays a key role in the process of continuous steel casting (CSC), as it ensures a stabl...
A tundish is a device from which liquid steel is pour into a mold. Therefore tundish hydrodynamic co...
The optimization of flow control devices (FCDs) for a T-type five-strand billet caster tundish was c...