Abstract
Production of vacuum melted steels has grown from the pilot plant category to a major production status within the last few years. The story of this development is told by one of the firms which has done most in this field
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Bibliography on vacuum melting
Vacuum Melted Alloys Grow. Steel, July 1957, p. 137.
J. D. Nisbet: Bright Spark in the Metals Industry. Vacuum Metallurgy, pp. 1–11. Electrochemical Society. Boston, Mass., 1955.
W. E. Jones: More Efficient Alloys through Vacuum Melting. General Electric Review, 1955, vol. 58, pp. 23–27.
New Life for Metals, Steel, 1955, vol. 137, pp. 82–83.
J. H. Moore: Promises and Problems Posed by Vacuum Melting. Journal of Metals, 1954, vol. 6, No. 12, pp. 1368–1369.
F. T. Chestnut: Vacuum Melted Metal—An Interim Report. Metals Progress, 1955, vol. 68, pp. 118–23.
R. K. McKechnie, et al.: Vacuum Melting; Improvement of Alloy Properties and Workability. Metal Industry, 1955, vol. 86, pp. 49–50.
J. H. Moore: Some Aspects of Vacuum-Melted Metal. Metal Progress, 1953, vol. 64, pp. 103–105.
J. H. Moore: Vacuum Melting Lengthens Fatigue Life, Improves Impact Properties. Iron Age, 1953, vol. 171, pp. 154–156.
H. R. Spendelow, Jr., I. S. Servi, and G. A. Fritzlen: Vacuum Melting of High-Alloy Materials. Vacuum Metallurgy, pp. 24–34. Electrochemical Society. Boston, Mass., 1955.
W. F. Moore and R. K. McKechnie: Deoxidation of Vacuum-Melted M-252. Vacuum Metallurgy, pp. 100–105. Electrochemical Society. Boston, Mass., 1955.
R. I. Hadley and I. M. Bianchi: Hydrogen Deoxidation of Vacuum-melted High Temperature Alloys. Vacuum Metallurgy, pp. 106–121. Electrochemical Society. Boston, Mass., 1955.
J. D. Nisbet: Producing High Purity Metals with Vacuum. Iron Age, 1947, vol. 159, pp. 56–59.
J. L. Ham and F. L. Carr: Impact Properties of Vacuum-Melted Iron-Chromium Alloys. Vacuum Metallurgy, pp. 35–48. Electrochemical Society. Boston, Mass., 1955.
Out of a Vacuum—Tougher Metals. Steel, 1955, vol. 137, pp. 88–90.
L. D. Cobb: Vacuum Steel: Boost to Bearings. Steel, 1955, vol. 137, pp. 136–137.
P. C. Rossin: Arc Melting in High Vacuum. Vacuum Metallurgy, pp. 12–23. Electrochemical Society. Boston, Mass., 1955.
R. F. Decker, John P. Rowe, and J. W. Freeman: Influence of Crucible Materials on High-Temperature Properties of Vacuum-Melted Nickel-Chromium-Cobalt Alloy. NACA Technical Note No. 4049. University of Michigan, 1957.
W. J. Kroll, et al.: Ductile Zirconium from Zircon Sand. Electrochemical Society, Trans., 1946, vol. 89, pp. 263–276.
W. J. Kroll and H. L. Gilbert: Melting and Casting Zirconium Metal. Journal Electrochemical Society, 1949, vol. 96, pp. 158–169.
R. M. Parke and J. L. Ham: Melting of Molybdenum in the Vacuum Arc. AIME Trans., 1947, vol. 171, pp. 416–430; Metals Technology, September 1946.
W. E. Kuhn: The Past, Present, and Future of Controlled Atmosphere Arcs. Arcs in Inert Atmospheres and Vacuum, pp. 1–7. Electrochemical Society. San Francisco, Calif., 1956.
C. A. Doremus: Electrochemical Society, Trans., 1908, vol. 13, p. 347.
M. Pirani: Vacuum 2, 1952, No. 2, p. 159.
W. J. Kroll: Electrochemical Society, Trans., 1940, vol. 78, p. 35.
Rem-Cru Makes Titanium. Skyline—North American Aviation, Inc., February, 1954.
W. W. Stephens, H. L. Gilbert, and R. A. Beal: ASM Trans., 1953, vol. 45, p. 862.
E. R. Lorenz and W. J. Hurford: Sound Uranium Ingots Cast Using Consumable Electrode Arc-Melting. Journal of Metals, 1955, vol. 7, No. 9, p. 952.
W. W. Dyrkacz: Iron Age, 1955, vol. 176, No. 17.
W. W. Dyrkacz and E. E. Reynolds: Vacuum Melted Alloys for Forged Parts. Product Engineering, February 1957.
R. K. Pitler, E. E. Reynolds, and W. W. Dyrkacz: Consumable Electrode Vacuum Melting of High Temperature Alloys. AIME, Regional High Temperature Materials Conference. Cleveland, Ohio, April 1957.
W. W. Dyrkacz, R. S. DeFries, and R. K. Pitler: Vacuum Remelting of Superalloys and Steels by the Consumable Electrode Process. Arcs in Inert Atmospheres and Vacuum, pp. 97–111. Electrochemical Society, San Francisco, May 1956.
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Dyrkacz, W.W. Vacuum melting in the steel industry today. JOM 9, 1513–1516 (1957). https://doi.org/10.1007/BF03397965
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DOI: https://doi.org/10.1007/BF03397965