Add to ORKGThe continuous casting of steel results in the absorption of Al2O3 and TiO2 by the mould flux. Rotational viscometry was carried out on fluxes used for the casting of various grades of steel with varying amounts of Al2O3 and TiO2 added up to 10% wt. It was found that Al2O3 increased the viscosity of all the fluxes to a significant degree, whilst the effect of TiO2 was dependant upon the temperature and flux saturation limits; both additions decreased the solidification temperature
Liquidus temperatures of mould fluxes for casting of Ti-stabilized stainless steel were determined b...
AbstractMold fluxes play an important role in the steel continuous casting process. Mainly, they mus...
The reaction between [Al] in molten steel and (SiO2) in the liquid slag layer was one of the restric...
The role of slag in the process of continuous casting of steel (CCS) is reduced to the thermal and c...
The purpose of my research is mainly focused on the Properties of CaO-Al2O3-based Mould Flux for Hig...
In this study, the viscosity of CaO-Al2O3 based mould fluxes with the addition of B2O3 and the effec...
Mold powders are mainly formed of such oxides as SiO2, CaO, Al2O3, Na2O along with F − and C. One of...
High-aluminium steels contain a significant amount of aluminium. The reaction between Al in the liqu...
Mould fluxes are synthetic slags added to the molten steel surface in the copper mould and provide l...
More than 90% of the world steel is produced using the continuous casting process, where molten stee...
DoctorDuring a continuous casting process, high Al content in the liquid steel causes rapid reaction...
During the continuous casting of stainless steel the performance of the mould powder is a key factor...
It is well known that the physical and chemical properties of mould fluxes are important to the succ...
A dissolution experiment of alumina in mold flux for the continuous casting of steel was conducted u...
The main objectives of this study were to examine mould thermal response and billet surface quality...
Liquidus temperatures of mould fluxes for casting of Ti-stabilized stainless steel were determined b...
AbstractMold fluxes play an important role in the steel continuous casting process. Mainly, they mus...
The reaction between [Al] in molten steel and (SiO2) in the liquid slag layer was one of the restric...
The role of slag in the process of continuous casting of steel (CCS) is reduced to the thermal and c...
The purpose of my research is mainly focused on the Properties of CaO-Al2O3-based Mould Flux for Hig...
In this study, the viscosity of CaO-Al2O3 based mould fluxes with the addition of B2O3 and the effec...
Mold powders are mainly formed of such oxides as SiO2, CaO, Al2O3, Na2O along with F − and C. One of...
High-aluminium steels contain a significant amount of aluminium. The reaction between Al in the liqu...
Mould fluxes are synthetic slags added to the molten steel surface in the copper mould and provide l...
More than 90% of the world steel is produced using the continuous casting process, where molten stee...
DoctorDuring a continuous casting process, high Al content in the liquid steel causes rapid reaction...
During the continuous casting of stainless steel the performance of the mould powder is a key factor...
It is well known that the physical and chemical properties of mould fluxes are important to the succ...
A dissolution experiment of alumina in mold flux for the continuous casting of steel was conducted u...
The main objectives of this study were to examine mould thermal response and billet surface quality...
Liquidus temperatures of mould fluxes for casting of Ti-stabilized stainless steel were determined b...
AbstractMold fluxes play an important role in the steel continuous casting process. Mainly, they mus...
The reaction between [Al] in molten steel and (SiO2) in the liquid slag layer was one of the restric...