The study was carried out computer simulations of the formation process of AlN precipitates in the solidification of steel. The chemical composition of steel and non-metallic inclusions formed was determined using the commercial software FactSage. Calculated amount of precipitates formed during cooling of steel between the liquidus and solidus temperatures under conditions of thermodynamic equilibrium. In parallel, the computations were performed using your own computer program. It was found that aluminum nitride is formed at the final stage of solidification, and the condition of its formation is low oxygen content in steel
The quality of rail steel is conditioned by its high mechanic qualities, which greatly depend on the...
For good performance of electrical steels it is necessary a high magnetic induction and a low power ...
This paper presents a trend model of the competitive formation of multi-type inclusions during the c...
The study was carried out computer simulations of the formation process of AlN precipitates in the s...
Obtaining high resistance parameters is a result of generation process of fine-dispersive phases of ...
The effect of cooling rate on the evolution of AlN inclusions precipitated during solidification in ...
International audienceIn the present work, aluminum nitride (AlN) precipitation was investigated in ...
Authors' computer program was employed in the simulation of the course of steel refining by means of...
The formation of nonmetallic inclusions in the solidification process can essentially influence the ...
The formation of titanium nitride precipitations during solidification of steel was modeled with own...
The authors own computer software, based on the Ueshima mathematical model with taking into account ...
Abstract A simulation model for inclusion precipitation kinetics during solidification of steel was...
The behaviour of non-metallic inclusions MnO, MnS, FeS, Al2O3, SiO2, Y2O3,Y2S3 in liquid steel were ...
Thermodynamic relations among Mn, Al and N in liquid iron were studied by measuring the effect of Mn...
An estimation of the equilibrium compositions of the austenite and carbonitride phases, as well as t...
The quality of rail steel is conditioned by its high mechanic qualities, which greatly depend on the...
For good performance of electrical steels it is necessary a high magnetic induction and a low power ...
This paper presents a trend model of the competitive formation of multi-type inclusions during the c...
The study was carried out computer simulations of the formation process of AlN precipitates in the s...
Obtaining high resistance parameters is a result of generation process of fine-dispersive phases of ...
The effect of cooling rate on the evolution of AlN inclusions precipitated during solidification in ...
International audienceIn the present work, aluminum nitride (AlN) precipitation was investigated in ...
Authors' computer program was employed in the simulation of the course of steel refining by means of...
The formation of nonmetallic inclusions in the solidification process can essentially influence the ...
The formation of titanium nitride precipitations during solidification of steel was modeled with own...
The authors own computer software, based on the Ueshima mathematical model with taking into account ...
Abstract A simulation model for inclusion precipitation kinetics during solidification of steel was...
The behaviour of non-metallic inclusions MnO, MnS, FeS, Al2O3, SiO2, Y2O3,Y2S3 in liquid steel were ...
Thermodynamic relations among Mn, Al and N in liquid iron were studied by measuring the effect of Mn...
An estimation of the equilibrium compositions of the austenite and carbonitride phases, as well as t...
The quality of rail steel is conditioned by its high mechanic qualities, which greatly depend on the...
For good performance of electrical steels it is necessary a high magnetic induction and a low power ...
This paper presents a trend model of the competitive formation of multi-type inclusions during the c...
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