Fluid flow in the mold region of the continuous casting process is responsible for surface defects, slag entrainment, and other steel quality problems. Thus, it is very important to choose nozzle geometries and operating conditions that produce flow patterns within an operating window that avoids these problems. Operating conditions which control mold flow problems include the mold cross section, casting speed, submergence depth, mold powder, argon gas injection and electromagneti
Computational fluid dynamics (CFD) model with magneto hydro dynamics (MHD) is developed for a thin s...
Continuous casting produces over 95% of steel in the world today, hence even small improvements to t...
In the Continuous Casting (CC) process, defects are created when the inclusions are entrained deep i...
Static electromagnetic braking (EMBr) fields affect greatly the turbulent flow pattern in steel cont...
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...
Abstract: Electromagnetic forces are an important tool to control fluid flow in the mold, combined w...
Electromagnetic fields have emerged as powerful tools for addressing current problems in thin slab c...
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...
Electromagnetic braking (EMBr) greatly influences turbulent flow in the continuous casting mold and ...
Electromagnetic forces are an important tool to control fluid flow in the mold, combined with other ...
In this study, a funnel mold (FM) model of a multi-mode electromagnetic braking (EMBr) device was de...
This paper reviews the current state of the art in the application of electromagnetic forces to cont...
A computational fluid flow model is applied to investigate the effects of varying submerged entry no...
Computational fluid dynamics (CFD) model with magneto hydro dynamics (MHD) is developed for a thin s...
Continuous casting produces over 95% of steel in the world today, hence even small improvements to t...
In the Continuous Casting (CC) process, defects are created when the inclusions are entrained deep i...
Static electromagnetic braking (EMBr) fields affect greatly the turbulent flow pattern in steel cont...
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...
Abstract: Electromagnetic forces are an important tool to control fluid flow in the mold, combined w...
Electromagnetic fields have emerged as powerful tools for addressing current problems in thin slab c...
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...
Electromagnetic braking (EMBr) greatly influences turbulent flow in the continuous casting mold and ...
Electromagnetic forces are an important tool to control fluid flow in the mold, combined with other ...
In this study, a funnel mold (FM) model of a multi-mode electromagnetic braking (EMBr) device was de...
This paper reviews the current state of the art in the application of electromagnetic forces to cont...
A computational fluid flow model is applied to investigate the effects of varying submerged entry no...
Computational fluid dynamics (CFD) model with magneto hydro dynamics (MHD) is developed for a thin s...
Continuous casting produces over 95% of steel in the world today, hence even small improvements to t...
In the Continuous Casting (CC) process, defects are created when the inclusions are entrained deep i...