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Institution

Bethlehem Steel

About: Bethlehem Steel is a based out in . It is known for research contribution in the topics: Coating & Corrosion. The organization has 1529 authors who have published 1559 publications receiving 19098 citations. The organization is also known as: Bethlehem Steel Corporation.
Topics: Coating, Corrosion, Alloy, Coke, Austenite


Papers
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Patent
Robert F Joy1
10 Feb 1961

13 citations

Patent
06 Mar 1972
TL;DR: In this article, a process for heavy medium beneficiating of coal, including particles in the 28 x 150 mesh range, is described, where fine coal is processed through a magnetic separator to separate the heavy medium from a non-magnetic fines ore-water fraction.
Abstract: A process for heavy medium beneficiating of coal, including particles in the 28 x 150 mesh range. As-mined or crushed coal is washed and screened to prepare a feed material whose average coarseness is greater than about 150 mesh. This feed is combined with a heavy medium, such as water and magnetite, and cycloned. Cyclone overflow is screened, drained and rinsed to separate returnable heavy medium, fines (both heavy medium and ore) from coarse product. Fines are processed through a magnetic separator to separate the heavy medium from a non-magnetic fines ore-water fraction. The ore-water fraction is screened to separate a fine product and recirculatable water. Cyclone underflow is similarly screened to separate returnable medium, fines (medium, gangue and ore particles) from coarse gangue. The fines are concentrated in a densifier and then magnetically separated into a magnetic and non-magnetic fraction. The magnetic fraction is reused as heavy medium and the non-magnetic fraction is screened to recover recirculatable water and a particle fraction which requires further processing.

13 citations

Journal ArticleDOI
TL;DR: In this article, cold-rolled steel, electrogalvanized steel (60 g/m2 coating), and three aluminum alloy sheet products (Al 2036, Al 5182 and Al 6111 [UNS A92036, A95182, and A96111, respectively]) were pa...
Abstract: Cold-rolled steel, electrogalvanized steel (60 g/m2 coating), and three aluminum alloy sheet products (Al 2036, Al 5182, and Al 6111 [UNS A92036, A95182, and A96111, respectively]) were pa...

13 citations

Patent
18 May 1970
TL;DR: In this paper, a method of controlling the temperature of molten ferrous metal poured from a bottom pour transfer ladle over an extended period of time is presented, where a thick layer of molten slag is placed on the surface of the molten metal to suppress the formation of convection currents in the ladle.
Abstract: A method of controlling the temperature of molten ferrous metal poured from a bottom pour transfer ladle over an extended period of time. A thick layer of molten slag is placed on the surface of the molten metal to suppress the formation of convection currents in the ladle. A formula provides the relationship between pouring time and the minimum thickness of the molten slag layer required to obtain a substantially constant temperature of the metal discharged from the ladle.

13 citations


Authors

Showing all 1529 results

NameH-indexPapersCitations
Robert L. Byer130103696272
Peter R. C. Howe5827812559
Pradeep K. Rohatgi5536211845
John G. Speer442058521
Diran Apelian392475811
Alan W. Cramb25691981
Steven J. Eppell22682725
J. R. Michael21356820
Herbert E. Townsend16581438
Francis J. Vasko1665860
Kenneth L. Stott1221433
Fritz Friedersdorf1247635
B. E. Wilde1124245
Floyd E. Wolf1018300
Steven S. Hansen1019650
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Performance
Metrics
No. of papers from the Institution in previous years
YearPapers
20141
20082
20071
20051
20042
20033