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ASTM Selected Technical Papers
Effect of Steel Manufacturing Processes on the Quality of Bearing SteelsAvailable to Purchase
By
JJC Hoo
JJC Hoo
1
General Bearing Corporation
, Blauvelt, NY 10913
; symposium chairman and editor
.
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ISBN-10:
0-8031-0999-7
ISBN:
978-0-8031-0999-5
No. of Pages:
416
Publisher:
ASTM International
Publication date:
1988
eBook Chapter
The Role of Carbides in Performance of High-Alloy Bearing Steels Available to Purchase
By
PK Pearson
,
PK Pearson
1
Chief metallurgist and director of research and development
, respectively, Fafnir Bearing Division, The Torrington Company
, 59 Field St., Torrington, CT 06790
.
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TW Dickinson
TW Dickinson
1
Chief metallurgist and director of research and development
, respectively, Fafnir Bearing Division, The Torrington Company
, 59 Field St., Torrington, CT 06790
.
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Page Count:
19
-
Published:1988
Citation
Pearson, P, & Dickinson, T. "The Role of Carbides in Performance of High-Alloy Bearing Steels." Effect of Steel Manufacturing Processes on the Quality of Bearing Steels. Ed. Hoo, J. 100 Barr Harbor Drive, PO Box C700, West Conshohocken, PA 19428-2959 : ASTM International, 1988.
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Larger carbides inherent in high-alloy steels can initiate surface peeling failures and cause other raceway distress which affects bearing performance under thin lubrication film operating conditions. They can also contribute to the microstructural alteration in conventional subsurface rolling contact fatigue. Carburizing low-carbon, high-alloy bearing steel produces fine carbides comparable to low-alloy steels.
References
1.
Rescalvo
, J. A.
and Averbach
, B. L.
, “Fracture and Fatigue in M-50 and 18-4-1 High Speed Steels
,” Metallurgical Transactions A
, Vol. 10A
, 09
1979
, pp. 1265-1271.2.
Chevalier
, J. L.
, Zaretsky
, E. V.
, and Parker
, R. J.
, “A New Criteria for Predicting Rolling-Element Fatigue Lives of Through-Hardened Steels
,” Transactions
, American Society of Mechanical Engineers
, Journal of Lubrication Technology
0022-2305, Vol. 95
, Ser. F, No. 3
, 1972
, pp. 287-293.3.
Butterfield
, S. A.
and McNelley
, T. R.
, “Porosity Associated with Insoluble Carbides in VIM-VAR AISI M-50 Steel and Its Effect on Rolling Contact Fatigue
,” Transactions
, American Society of Mechanical Engineers
, Journal of Tribology
0742-4787, Vol. 108
, No. 3
, 07
1986
, pp. 352-358.4.
Vincent
, L.
, Coquillet
, B.
, and Guiraldenq
, P.
, “Fatigue Damage of Ball Bearing Steel: Influence of Phases Dispersed in the Martensitic Matrix
,” Metallurgical Transactions A
, Vol. 11A
, 06
1980
, pp. 1001-1006.5.
Bridge
, J. E.
, Maniar
, G. N.
, and Philip
, T. V.
, “Carbides in M-50 High Speed Steel
,” Metallurgical Transactions
0026-086X, Vol. 2
, 08
1971
, pp. 2209-2214.6.
Roberts
, G. A.
and Cary
, R. A.
, Tool Steels
, 4th ed., American Society for Metals
, p. 200.
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