Publication detail
Optimisation of a concasting technology via a dynamic solidification model of a slab caster
ŠTĚTINA, J. KAVIČKA, F. STRÁNSKÝ, K. HEGER, J. DOBROVSKÁ, J.
Czech title
Optimalizace technologie kontilití pomocí dynamického modelu licího stroje pro odlévání bram
English title
Optimisation of a concasting technology via a dynamic solidification model of a slab caster
Type
conference paper
Language
en
Original abstract
The original three-dimensional numerical model for simulating the temperature fiel of a caster. The numerical computation has to take place simultraneously with the data acquisition. The utilization of the numerical model of solidification and cooling plays an indisplensable role in practice.The software enables data acquisition in real time, which is necessary for optimization.
Czech abstract
Třírozměrný numerický model simulace teplotního pole licího stroje. Numerický výpočet je průběžně ověřován upřesňováním dat. Použití numerického modeli tuhnutí a chlazení má v praxi nezastupitelnou roli. Software umožňuje průběžné upřesňování dat v reálném čase, což je nezbytné pro optimalizaci.
English abstract
The original three-dimensional numerical model for simulating the temperature fiel of a caster. The numerical computation has to take place simultraneously with the data acquisition. The utilization of the numerical model of solidification and cooling plays an indisplensable role in practice.The software enables data acquisition in real time, which is necessary for optimization.
Keywords in English
solidification model;concasting;caster;control
RIV year
2005
Released
01.02.2005
Publisher
WIT Press
Location
Cambridge
ISBN
1-84564-020-9
Book
Computational Methods and Experimental Measurements XII
Pages from–to
749–756
Pages count
8
BIBTEX
@inproceedings{BUT20483,
author="Josef {Štětina} and František {Kavička} and Karel {Stránský} and Jaromír {Heger} and Jana {Dobrovská},
title="Optimisation of a concasting technology via a dynamic solidification model of a slab caster",
booktitle="Computational Methods and Experimental Measurements XII",
year="2005",
month="February",
pages="749--756",
publisher="WIT Press",
address="Cambridge",
isbn="1-84564-020-9"
}