Add to ORKGIn the present paper, molten steel flow in the submerged entry nozzle (SEN) and mold cavity of large slab continuous caster in both environments (with EMBR and without EMBR) were investigated with the method of numerical simulation. In addition, the impacts of electromagnetic brake (EMBR) on mol ten steel flow and meniscus fluctuation were discussed while the bath meniscus fluctuation was monitored in a steel plant. Computation results were compared with experimental findings of the factory and it is verified that EMBR can be an efficient technology to control liquid steel flow behaviors in the large slab continuous casting mold
This paper reviews the current state of the art in the application of electromagnetic forces to cont...
Fluid flow in the mold region of the continuous casting process is responsible for surface defects, ...
This dissertation investigates the effect of electromagnetic braking and gas injection on the fluid ...
In the present paper, molten steel flow in the submerged entry nozzle (SEN) and mold cavity of large...
Computational fluid dynamics (CFD) model with magneto hydro dynamics (MHD) is developed for a thin s...
Static electromagnetic braking (EMBr) fields affect greatly the turbulent flow pattern in steel cont...
In this study, a funnel mold (FM) model of a multi-mode electromagnetic braking (EMBr) device was de...
Abstract: Electromagnetic forces are an important tool to control fluid flow in the mold, combined w...
Plant measurements and computational models of transient flow with and without electromagnetic field...
DoctorMolten steel flow in a mold of a continuous caster can control the meniscus temperature at pos...
Research on the flowing behavior of molten steel in the continuous casting mold is the key to promot...
A fluid flow of molten steel in continuous casting mold directly results in slab surface and interna...
Abstract: Electromagnetic forces are an important tool to control fluid flow in the mold, combined w...
In the Continuous Casting (CC) process, defects are created when the inclusions are entrained deep i...
A computational fluid flow model is applied to investigate the effects of varying submerged entry no...
This paper reviews the current state of the art in the application of electromagnetic forces to cont...
Fluid flow in the mold region of the continuous casting process is responsible for surface defects, ...
This dissertation investigates the effect of electromagnetic braking and gas injection on the fluid ...
In the present paper, molten steel flow in the submerged entry nozzle (SEN) and mold cavity of large...
Computational fluid dynamics (CFD) model with magneto hydro dynamics (MHD) is developed for a thin s...
Static electromagnetic braking (EMBr) fields affect greatly the turbulent flow pattern in steel cont...
In this study, a funnel mold (FM) model of a multi-mode electromagnetic braking (EMBr) device was de...
Abstract: Electromagnetic forces are an important tool to control fluid flow in the mold, combined w...
Plant measurements and computational models of transient flow with and without electromagnetic field...
DoctorMolten steel flow in a mold of a continuous caster can control the meniscus temperature at pos...
Research on the flowing behavior of molten steel in the continuous casting mold is the key to promot...
A fluid flow of molten steel in continuous casting mold directly results in slab surface and interna...
Abstract: Electromagnetic forces are an important tool to control fluid flow in the mold, combined w...
In the Continuous Casting (CC) process, defects are created when the inclusions are entrained deep i...
A computational fluid flow model is applied to investigate the effects of varying submerged entry no...
This paper reviews the current state of the art in the application of electromagnetic forces to cont...
Fluid flow in the mold region of the continuous casting process is responsible for surface defects, ...
This dissertation investigates the effect of electromagnetic braking and gas injection on the fluid ...