Es erkennt hier eine sprudelnde Quelle. Wir auch. - ULV Leoben ...
Es erkennt hier eine sprudelnde Quelle. Wir auch. - ULV Leoben ...
Es erkennt hier eine sprudelnde Quelle. Wir auch. - ULV Leoben ...
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Thermodynamic and kinetic modelling of<br />
metallurgical processes<br />
Models development based on the thermodynamic and kinetic fundamentals<br />
is the way for process optimization under both economical and technological<br />
aspects.<br />
The improvement of the<br />
phosphorus removal and<br />
manganese recover processes<br />
during the converter<br />
steelmaking can<br />
be reached by the use<br />
of thermodynamic and<br />
kinetic based models.<br />
Industrial partners of the<br />
project are Siemens VAI<br />
Metals Technologies and<br />
voestalpine Stahl Linz.<br />
Yuriy Lytvynyuk<br />
Lehrstuhl für Metallurgie<br />
an der MUL seit: 2008<br />
Email: yuriy.lytvynyuk@unileoben.ac.at<br />
www.metallurgy.ac.at<br />
Zur Person:<br />
Study: National Technical University of Ukraine „Kyiv Polytechnic<br />
Institute“<br />
Scientist and PhD student of the Institute of Metallurgy (MUL)<br />
Metallurgical reactions in industrial steelmaking processes take place<br />
mostly in complex multi-component systems formed by liquid and/<br />
or solid charge materials, liquid steel, slags and refractories. The<br />
fundamentals of all metallurgical processes are thermodynamic<br />
and kinetic processes that take place at every point in the system.<br />
Both these processes define the behaviour of all components during<br />
steelmaking.<br />
Forschungspartner:<br />
Forschungsschwerpunkte:<br />
Thermodynamic and kinetic modelling of metallurgical<br />
processes<br />
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