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KAVIČKA, F. STRÁNSKÝ, K. DOBROVSKÁ, J. SEKANINA, B. ŠTĚTINA, J.
Original Title
Numerical analysis of a transversal crack in a steel slab
Type
journal article - other
Language
English
Original Abstract
Two original models have been developed and used in the investigation of a continuously cast low-carbon-steel slab. The first numerical 3D model of the temperature field of a concasting is capable of simulating the temperature field of a caster. Experimental research and data acquisition have to be conducted simultaneously with the numerical computation. The second model of dendritic segregation of elements assesses critical points of slabs from the viewpoint of their increased susceptibility to crack and fissure. In order to apply this model, it is necessary to analyze the heterogeneity of selected elements in characteristic places of the solidifying slab. The model, based on measurement results obtained by an electron micro-probe, generates distribution curves showing the dendritic segregation of the analyzed element, together with the partition coefficients of the elements between the liquid and solid states. The combination of both models enables the prediction of cracks and fissures in critical points of the continuously cast carbon-steel slab.
Keywords
Concasting, steel slab, cracks, temperature field, chemical heterogeneity, numerical models
Authors
KAVIČKA, F.; STRÁNSKÝ, K.; DOBROVSKÁ, J.; SEKANINA, B.; ŠTĚTINA, J.
RIV year
2011
Released
1. 9. 2011
Location
Shanghai
ISBN
1708-5284
Periodical
WORLD JOURNAL OF ENGINEERING
Year of study
8
Number
P 541
State
People's Republic of China
Pages from
1
Pages to
2
Pages count
BibTex
@article{BUT89870, author="František {Kavička} and Karel {Stránský} and Jana {Dobrovská} and Bohumil {Sekanina} and Josef {Štětina}", title="Numerical analysis of a transversal crack in a steel slab", journal="WORLD JOURNAL OF ENGINEERING", year="2011", volume="8", number="P 541", pages="1--2", issn="1708-5284" }