Investigation of the hot rolling process at the steckel mill by means of modeling by the finite-element method
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Ternopil Ivan Puluj National Technical University
Reference16 articles.
1. Kim J., Lee J., Hwang S. M. An analytical model for the prediction of strip temperatures in hot strip rolling. International journal of heat mass transfer, 2009. Vol. 52, pp. 1864-1874.
2. Kurpe O. H., Kukhar V. V., Klimov E. S., Chernenko S. M. Improvement of Process Parameters Calculation for Coil Rolling at the Steckel Mill. Materials Science and Metallurgical Technology II. Materials Science Forum, 2020. Vol. 989, pp. 609-614.
3. Kurpe O. H., Kukhar V. V. Development and Optimization of Flat Products Manufacturing at Rolling Mill 3200. Materials Science and Metallurgical Technology. Materials Science Forum, 2018. Vol. 946, pp. 794-799.
4. Yunbo Xu, Yongmei Yu, Xianghua Liu, Guodong Wang. Modeling of microstructure evolution and mechanical properties during hot-strip rolling of Nb steels. Journal of University of Science and Technology. Beijing, 2008. Vol. 15, pp. 396-401.
5. Schausberger F., Steinboeck A., Kugi A. Mathematical modeling of the contour evolution of heavy plates in hot rolling. Applied Mathematical Modelling, 2015. Vol. 39, pp. 4534-4547.
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