@ARTICLE{Władysiak_R._Analysis_2017, author={Władysiak, R. and Pacyniak, T. and Kozuń, A. and Dębowska, K.}, volume={vol. 17}, number={No 2}, journal={Archives of Foundry Engineering}, howpublished={online}, year={2017}, publisher={The Katowice Branch of the Polish Academy of Sciences}, abstract={The work is a continuation of research concerning the influence of intensive cooling of permanent mold in order to increase the casting efficiency of aluminium alloys using the multipoint water mist cooling system. The paper presents results of investigation of crystallization process and microstructure of multicomponent synthetic hypereutectic alloy AlSi20CuNiCoMg. The study was conducted for unmodified silumin on the research station allowing the cooling of the special permanent sampler using a program of computer control. Furthermore, the study used a thermal imaging camera to analyze the solidification process of multicomponent alloy. The study demonstrated that the use of mold cooled with water mist stream allows in wide range to form the microstructure of hypereutectic multicomponent silumin. It leads to higher homogeneity of microstructure and refinement of crystallizing phases of casting.}, type={Artykuły / Articles}, title={Analysis of Crystallization Process of Intensive Cooled AlSi20CuNiCoMg Alloy}, URL={http://www.journals.pan.pl/Content/102022/PDF/afe-2017-0065.pdf}, doi={10.1515/afe-2017-0065}, keywords={Innovative foundry technologies and materials, Casting die cooling, Water mist, Silumin}, }