Description in English
Grant project will be used for elaboration of methodology for optimization of continuous casting of stel slabs with the width from 800 to 1600 mm and thickness from 120 to 250 mm with use o original numerical model which will be within the frame of project solution developed, tuned and verified by experimental measurement at industrial continuous casting machines (CCM) for the full range of slab widths and thickness. Final program will have the following properties it will solve non-stationary temperature field of continuously cast slabs and of the mould as a non-linear task, it will simulate CCM as a whole or any of its parts, it will solve current thermo-kinetic problems in general and in details (mould oscillation, selection of the mould material and method of its cooling, draft optimization, selection of casting powders, optimization of speed of advance of slabs and intensity of cooling, change of produced assortment at the CCM, etc.) . Critical points of slabs from the viewpoint of th