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|Type:||Artigo de evento|
|Title:||Two Dimensional Model For Laminar Supercooled Liquid Flow|
|Abstract:||In order to investigate the solidification process involving phase change of laminar flow submitted to superfreezing, a theoretical and experimental study is developed. A numerical unsteady model with temperature dependent physical properties for the solid region is proposed, based upon the energy balance equation in the solid and liquid region, as well as across the solidification front, and using interface dependent coordinate grid (the Landau transformation). A rig has been built using liquid nitrogen as refrigerant. The numerical results compare well with the experimental ones.|
|Editor:||Publ by Inst of Chemical Engineers, Rugby, United Kingdom|
|Citation:||Institution Of Chemical Engineers Symposium Series. Publ By Inst Of Chemical Engineers, Rugby, United Kingdom, v. 2, n. 129, p. 939 - 945, 1992.|
|Appears in Collections:||Unicamp - Artigos e Outros Documentos|
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