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A platform for research: civil engineering, architecture and urbanism
Efficient design for blooming mill ingot molds
Increase in height/thickness ratio of ingot with corresponding reduction in its cross section improves ingot macrostructure and chemical heterogeneity and reduces ingot top discard; simultaneously this leads to increase in soaking pit and blooming mill output. (See also Stal v 20 n 7 July 1960 p 602-7)
Efficient design for blooming mill ingot molds
Increase in height/thickness ratio of ingot with corresponding reduction in its cross section improves ingot macrostructure and chemical heterogeneity and reduces ingot top discard; simultaneously this leads to increase in soaking pit and blooming mill output. (See also Stal v 20 n 7 July 1960 p 602-7)
Efficient design for blooming mill ingot molds
Ratsional'naya konstruktsiya blumingovykh izlozhnits
Nagovitsyn, D.F. (author)
1960
4 pages
Article (Journal)
English
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