The course is a follow up of the topics on heat and mass transfer, heat engineering, metallurgical furnaces and metallurgical technologies by using physical and numerical modelling and simulations. Modelling: the role of process modelling in engineering practice, rules and guidelines. Physical modelling: Designing and systematic approach to performing experiments. Theoretical background of the experiment; Experimental procedure; Experiment preparation and instruments; Following the instructions. Examples: Heat conduction; Heat transfer; Heat radiation; Engineering applications; Numerical modelling. Modelling methods; Software. Program packages and their application. Study, preparing and analysing models. Correlating analytical, physical and numerical modelling of heat transfer in materials engineering, metallurgy and metallurgical technologies.
Materials Science and Engineering (DR)
Exam schedulesThere are no exams scheduled!
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