Conclusions
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1.
Steel 40Kh11M3F-Sh has fairly high resistance to contact fatigue stresses at elevated temperatures and can be recommended for bearings operating in aggressive media at such temperatures, including large bearings.
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3.
Steel 40Kh11M3F-Sh can be used for parts subject to friction and operating in corrosive media.
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Literature cited
V. S. Burkin and V. M. Talyzin, "Effect of carbon content on the properties of 12% Cr stainless steels," in: Transactions of the All-Union Scientific Design-Engineering Institute of the Bearing Industry [in Russian], No. 2(88) (1976), p. 25.
Instruments and Methods of Physical Metal Science (Handbook) [in Russian], F. Beinberg (ed.), Mir, Moscow (1973).
B. M. Zel'bet and L. G. Bezlepkina, "Effect of structural banding and diffusional annealing on the contact fatigue strength of steel ShKh15," in: Transactions of the All-Union Scientific Design-Engineering Institute of the Bearing Industry [in Russian], No. 1(49) (1967), p. 58.
A. G. Ran'kova et al., "Structure of the working surfaces of high-speed instrument bearings," in: Transactions of the All-Union Scientific Design-Engineering Institute of the Bearing Industry [in Russian], No. 4(80) (1974), p. 77.
Additional information
All-Union Scientific Design-Engineering Institute of the Bearing Industry. I. F. Tevosyan Elektrostal'Plant. Translated from Metallovedenie i Termicheskaya Obrabotka Metallov, No. 10, pp. 14–17, October, 1981.
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Talyzin, V.M., Burkin, V.S. & Doronin, V.M. Properties of stainless high-strength chrome steels for bearings. Met Sci Heat Treat 23, 680–683 (1981). https://doi.org/10.1007/BF00712402
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DOI: https://doi.org/10.1007/BF00712402