Lubricant chemistry in rolling contact fatigue—the performance and mechanism of one antifatigue additive

ASLE Transactions

Volumn 24, Issue 1, 1981, Pages 107-118

  Fowles, P E ^a   Jackson, A ^a   Murphy, W R ^a  

^a EXXONMOBIL UPSTREAM RESEARCH COMPANY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

MATERIALS TESTING - FATIGUE; PHOSPHORUS COMPOUNDS;

LUBRICATING OILS;

EID: 0019392960     PISSN: 05698197     EISSN: None     Source Type: Journal    
DOI: 10.1080/05698198108983003     Document Type: Article

References (17)

1. Murphy, W. R., Armstrong, E. L. and Wooding, P. S., “Lubricant Performance Testing for Water Accelerated Bearing Fatigue, ” Rolling Contact Fatigue; Performance Testing of Lubricants, edited by R. Tourret and E. P. Wright, Heyden 8c Sons, Ltd., London, 1977, p 267
2. Armstrong, E. L., Leonardi, S. J., Murphy, W. R. and Wooding, P. S., “Evaluation of Water-Accelerated Bearing Fatigue in Oil-Lubricated Ball Bearings, ” Lubr. Eng., 34, p 15 (1978)
3. Armstrong, E. L., Leonardi, S. J., Murphy, W. R. and Wooding, P. S., “Fatigue Prevention by Lubricant Chemistry, ” Mobil Oil Corporation Technical Publication, 1977
4. Parker, R. J., Bamberger, E. N., and Zaretsky, E. V., “Bearing Torque and Fatigue Life Studies with Several Lubricants for Use in the Range 500° to 700°F, ” NASA Technical Note TN D-3948, 1967
5. Parker, R. J. Bamberger, E. N. and Zaretsky, E. V., “Evaluation of Lubricants for High Temperature Ball Bearing Applications, ” J. Lubr. Tech., 90, p 106 (1968)
6. Wachendorfer, C. J. and Sibley, L. B., “Bearing-Lubricant Endurance Characteristics at High Speeds and High Temperatures, ” NASA Contractor Report CR-74097, 1965
7. Bamberger, E. N., Zaretsky, E. V. and Anderson, W.J., “Fatigue Life of 120 mm Ball Bearings at 600°F with Fluorocarbon, Polyphenyl Ether, and Synthetic Paraffinic Base Lubricants, ” NASA Technical Note TN D-4850, 1968
8. Bamberger, E. N., Zaretsky, E. V. and Anderson, W.J., “Effect of Three Advanced Lubricants on High-Temperature Bearing Life, ”J. Lubr. Tech., 92, p 23 (1970)
9. Zaretsky, E. V. and Bamberger, E. N., “Advanced Air-Breathing Engine Lubricants Study with a Tetraester Fluid and a Synthetic Paraffinic Oil at 492 K (425°F), ” NASA Technical Note TN D-6771, 1972
10. McCool, J. I., “Evaluating Weibull Endurance Data by the Method of Maximum Likelihood, ” ASLE Trans., 13, p 189 (1970)
11. Parker, R.J. and Kannel, J. W., “Elastohydrodynamic Film Thickness Between Rolling Disks with a Synthetic Paraffinic Oil to 589 K (600°F), ” NASA Technical Note TN D-64I1, 1971
12. Chiu, Y. P., Hahn, D. and Rosenberg, N., “Quarterly Report No. 2 on Exploratory Analysis of Elastohydrodynamic Properties of Lubricants, ” SKF Report AL72P001, 1971
13. Gentle, C. R. and Day, R. S., “Effect of Some Antiwear Additives on the Elastohydrodynamic Lubrication of a Point Contact, ” Proc. Tribology Conv., Inst. 1972 Mech. Eng. Paper C8 1/72, p36
14. Trachman, E. G. and Cheng, H. S., “Traction in EHD Line Contacts for Two Synthesized Hydrocarbon Fluids, ” ASLE Trans., 17, p 271 (1974)
15. Foord, C. A., Wedeven, L. D., Westlake, F. J., and Cameron, A., “Optical Elastohydrodynamics, ” Proc. Instn. Mech. Engrs., 184 (Pt. 1), p 487 (1969)
16. Foord, C. A., Cameron, A. and Hammann, W. C., “Evaluation of Lubricants Using Optical Elastohydrodynamics, ” ASLE Tram., 11, p31 (1968)
17. Raitch, H., “Method for Applying Fatigue-Resistant Surface Coating, ” U.S. Patent 4, 054, 694 (October 18, 1977)