Continuous casting process of steel cannot be in these days controlled without the use of mathematical models, computer simulations and advanced control and optimization methods. The proposed dynamic solidification model allows for real-time simulations of heat transfer and solidification of continuously cast steel slabs and billets. The model can also be coupled with optimization modules for the effective and appropriate control and regulation of casting.
The proposed numerical model of temperature field for continuously cast strands provides a fully 3D prediction of the temperature distribution for slabs or billets of an arbitrary cross-section. The dynamic model iteratively solves transient heat transfer and solidification of the entire strand as it passes through the casting machine. The model is available in two versions: on-line version, which is usually integrated in the control system of steelworks and runs in real time, and off-line version, which can be utilized as a simulator tool.
An integration of the model to the control steelworks system allows casting parameters monitoring, data storage and their long-term analysis, parametric studies, etc. The use of the BrDSM can be extended by means of its coupling with:
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In the annual review of 16,000 universities of the world, compiled by the Times magazine, Brno University of Technology regularly ranks among the top 500 establishments. The university consists of eight faculties, five regional research and development centres and two research and development centres of excellence. It has over 1400 academic employees and researchers. The Technology Transfer Office is an important liaison point for businesses. Its primary activities cover the following areas: promoting cooperation between businesses and the university, commercial use and marketing of R&D outcomes, Protecting the university's intellectual property, EU R&D project counselling, also provided outside the university and services offered by the university to cooperating companies.
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