Abstract
An investigation of the response of H11 steel to thermomechanical treatment involving transformation to bainites continues the search for methods to improve the mechanical properties of low-alloy steels.
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References
S. V. Radcliffe and E. B. Kula: Thermomechanical Treatments of Steel, Journal of Metals, 1963, Vol. 15, no. 10, pp. 755–762.
C. W. Marshall: Hot Cold Working of Steel to Improve Strength, DMIC Report No. 192, Oct. 1963.
D. Kalish, S. A. Kulin, and M. Cohen: Thermomechanical Treatments Applied to Ultra-high Strength Bainitet, Symposium on Steels with Yield Strengths over 200,000 psi, Oct. 1963, to be published by ASTM.
V. F. Zackay, N. M. Justosson, and D. J. Schmatz: Deformation of Metastable Austenite. … An Interim Report on a New Process, Metal Progress, Vol. 80, Sept. 1961, p. 68.
P. J. Fopiano, S. DasGupta, and D. Kalish: Effect of Mechanical and Thermal Processing on High Strength Steels, Manlabs, Inc., Watertown Arsenal Final Report No. 320.4/4–3, June 1962.
W. R. Warke and A. R. Elsea: Methods of Strengthening the Ultra-high Strength Steels, DMIC Memo 149, April 1962.
G. M. Orner and C. E. Hartblower: Precracked Charpy Fracture Toughness Correlations, ASTM Symposium on Fracture Testing and Applications, May 1964.
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This investigation was conducted under the sponsorship of the Metals Branch of Materials Div., Bureau of Naval Weapons, Dept. of the Navy.
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Kalish, D., Kulin, S.A. & Cohen, M. Bainitic structures and thermomechanical treatments applied to steel. JOM 17, 157–164 (1965). https://doi.org/10.1007/BF03378324
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DOI: https://doi.org/10.1007/BF03378324