Steel making at ŽĎAS, a.s. using secondary metallurgy technology makes it possible to produce liquid metal with high levels of metallurgical cleanliness. During the casting and subsequent cooling of forging ingots, the steel solidification takes place. Directional material solidification, grain size, chemical heterogeneity and discontinuities can have a negative effect on the products' final properties. The comparison of the chemical composition based on a numerical calculation with the heterogeneity of the real ingot has proven the possibility of using MAGMA software to model the casting and solidification of ingots for open-die forgings made from 26NiCrMoV115 steel.

Rights

URN

URN:NBN:SI:DOC-MEMRDIXW

COBISSID

607146

Added

16.09.2009

Metadata

Citation

APA:

Balcar, Martin, Železný, Rudolf, Martínek, Ludvík, Fila, Pavel, Bažan, Jiří (2007). Modelling of the solidification process and the chemical heterogeneity of a 26NiCrMoV115 steel ingot. Materiali in tehnologije, volume 41, issue 3, str. 139-144. URN:NBN:SI:DOC-MEMRDIXW from http://www.dlib.si

MLA:

Balcar, Martin, Železný, Rudolf, Martínek, Ludvík, Fila, Pavel, Bažan, Jiří. "Modelling of the solidification process and the chemical heterogeneity of a 26NiCrMoV115 steel ingot." Materiali in tehnologije volume 41. issue 3 (2007) str. 139-144.
<http://www.dlib.si/?URN=URN:NBN:SI:DOC-MEMRDIXW>

Materiali in tehnologije
2000-
(Assembly record)

Modelling of the solidification process and the chemical heterogeneity of a 26NiCrMoV115 steel ingotModeliranje procesa strjevanja in kemične heterogenosti ingota iz jekla 26NiCrMoV115

Modelling of the solidification process and the chemical heterogeneity of a 26NiCrMoV115 steel ingot
Modeliranje procesa strjevanja in kemične heterogenosti ingota iz jekla 26NiCrMoV115