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Tyurin, Vladimir A.; Romanenko, V. V.; Романенко, В. Д.

doi:10.1023/a:1017944711489

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Inclusion Transport and Capture In Ingot Casting1

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2006

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“…[246] Tyurin et al studied the macrostructure of large forging ingots (;450 mm in diameter and .2000 mm in length). [247] Figure 39 shows the simulated 2-D fluid flow pattern and macrosegregation in a Fe-0.19 pct C ingot. [236] Figure 40 compares the solidification of conventional ingot melting and the electric slag remelting process.…”

Section: Inclusion Transport and Capture In Ingot Castingmentioning

confidence: 99%

State of the art in the control of inclusions during steel ingot casting

Zhang

Thomas

2006

Metall Mater Trans B

253

129

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This article extensively reviews published research on inclusions in ingot steel and defects on ingot products, methods to measure and detect inclusions in steel, the causes of exogenous inclusions, and the transport and entrapment of inclusions during fluid flow, segregation, and solidification of steel cast in ingot molds. Exogenous inclusions in ingots originate mainly from reoxidation of the molten steel, slag entrapment, and lining erosion, which are detailed in this article. The measures to prevent the formation of exogenous inclusions and improve their removal are provided, which are very useful for the clean steel production of ingot industries.

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Section: Inclusion Transport and Capture In Ingot Castingmentioning

confidence: 99%