Publication detail
Parametric study on the effect of the superheating temperature, of dimensions and chemical composition of a steel slab
ŠTĚTINA, J. KAVIČKA, F. SEKANINA, B. STRÁNSKÝ, K.
Czech title
Parametrická studie vlivu teploty přehřátí, rozměrů a chemického složení ocelové bramy
English title
Parametric study on the effect of the superheating temperature, of dimensions and chemical composition of a steel slab
Type
conference paper
Language
en
Original abstract
The analysis of the effect of the superheating, the casting speed and chemical composition on the resultant temperature field of a slab was conducted using an original off-line model of its temperature field. For this analysis it was necessary to select the output quantities that could be exactly defined and compared, or to choose a specific course/history of the compared output parameter that could be exactly defined. The most favourable one seemed to be the maximum metallurgical length (i.e. the apex of the solidification cone), the maximum distance from the mould where melt still occurs, the temperature of the surface of the slab in the area of the bend and the surface temperature of the slab in the point where the slab exits the cage of the secondary-cooling zone.
Czech abstract
Analza vlivu přehřátí, rychlosti lití a chemického složení na výsledné teplotní pole bramy je provedena použitím originálního off-line modelu teplotního pole. Pro analyzu bylo zapotřebí vybrat vhodné, přesně definované výstupní parametry: metalurgická délka, místo posledního tuhnutí taveniny, teplota povrchu na konci oblouku a teplota povrchu na konci sekundární zony chlazení.
English abstract
The analysis of the effect of the superheating, the casting speed and chemical composition on the resultant temperature field of a slab was conducted using an original off-line model of its temperature field. For this analysis it was necessary to select the output quantities that could be exactly defined and compared, or to choose a specific course/history of the compared output parameter that could be exactly defined. The most favourable one seemed to be the maximum metallurgical length (i.e. the apex of the solidification cone), the maximum distance from the mould where melt still occurs, the temperature of the surface of the slab in the area of the bend and the surface temperature of the slab in the point where the slab exits the cage of the secondary-cooling zone.
Keywords in Czech
ocelová brama, kontinuální lití, teplotní pole, parametrické studie
Keywords in English
steel slab, concasting, temperature field, parametric study
RIV year
2008
Released
24.09.2008
Publisher
VŠB-TU Ostrava
Location
Ostrava
ISBN
978-80-248-1831-3
Book
XVIII. international scientic conference Iron and Steelmaking. Sborník přednášek II-Technologie výroby oceli
Pages from–to
210–213
Pages count
4
BIBTEX
@inproceedings{BUT27059,
author="Josef {Štětina} and František {Kavička} and Bohumil {Sekanina} and Karel {Stránský},
title="Parametric study on the effect of the superheating temperature, of dimensions and chemical composition of a steel slab",
booktitle="XVIII. international scientic conference Iron and Steelmaking. Sborník přednášek II-Technologie výroby oceli",
year="2008",
month="September",
pages="210--213",
publisher="VŠB-TU Ostrava",
address="Ostrava",
isbn="978-80-248-1831-3"
}