Abstract
Three earlier developed models of heat transfer, solidification and phase transformations for steels were coupled and applied to continuous casting strands of Imatra Steel. The new model was validated by comparing calculated results of microstructure, phase fraction and hardness with experimentally measured data. (orig.) 23 refs.
Citation Formats
Miettinen, J, and Kytoenen, H.
Modelling of heat transfer, phase transformations and microstructure in continuous casting strand.
Finland: N. p.,
1998.
Web.
Miettinen, J, & Kytoenen, H.
Modelling of heat transfer, phase transformations and microstructure in continuous casting strand.
Finland.
Miettinen, J, and Kytoenen, H.
1998.
"Modelling of heat transfer, phase transformations and microstructure in continuous casting strand."
Finland.
@misc{etde_10147846,
title = {Modelling of heat transfer, phase transformations and microstructure in continuous casting strand}
author = {Miettinen, J, and Kytoenen, H}
abstractNote = {Three earlier developed models of heat transfer, solidification and phase transformations for steels were coupled and applied to continuous casting strands of Imatra Steel. The new model was validated by comparing calculated results of microstructure, phase fraction and hardness with experimentally measured data. (orig.) 23 refs.}
place = {Finland}
year = {1998}
month = {Dec}
}
title = {Modelling of heat transfer, phase transformations and microstructure in continuous casting strand}
author = {Miettinen, J, and Kytoenen, H}
abstractNote = {Three earlier developed models of heat transfer, solidification and phase transformations for steels were coupled and applied to continuous casting strands of Imatra Steel. The new model was validated by comparing calculated results of microstructure, phase fraction and hardness with experimentally measured data. (orig.) 23 refs.}
place = {Finland}
year = {1998}
month = {Dec}
}