Author(s): Mihai MUNTEANU | Emil CEANGA
Journal: Annals of Dunarea de Jos
ISSN 1221-454X
Volume: 31;
Issue: 1;
Start page: 11;
Date: 2008;
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Keywords: continuous casting | layer solidified thickness | mathematical modeling | automatic control
ABSTRACT
An important goal in continuous casting automation process rest inestablishing a proper casting speed being able to assure a compromise between machine productivity and solidified skin cracking protection on the mould level. Contextually, this paper presents new solutions regarding solidified layer thickness estimation for steel continuous casting. The new model starts from actual stadium analysis and propose a solution for analytical model modification, in such a way that the model to approximate solidification dynamics at different casting speeds, using both important parameters for continuous casting process, meaning casting speed and time. A series of results obtained using numeric simulation are presented as a validation for proposedsolution.
Journal: Annals of Dunarea de Jos
ISSN 1221-454X
Volume: 31;
Issue: 1;
Start page: 11;
Date: 2008;
VIEW PDF
DOWNLOAD PDF Original pageKeywords: continuous casting | layer solidified thickness | mathematical modeling | automatic control
ABSTRACT
An important goal in continuous casting automation process rest inestablishing a proper casting speed being able to assure a compromise between machine productivity and solidified skin cracking protection on the mould level. Contextually, this paper presents new solutions regarding solidified layer thickness estimation for steel continuous casting. The new model starts from actual stadium analysis and propose a solution for analytical model modification, in such a way that the model to approximate solidification dynamics at different casting speeds, using both important parameters for continuous casting process, meaning casting speed and time. A series of results obtained using numeric simulation are presented as a validation for proposedsolution.
