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The Influence of Debris on Rolling Bearing Performance: Identifying the Relevant Factors
ISSN: 0148-7191, e-ISSN: 2688-3627
Published September 01, 1987 by SAE International in United States
Annotation ability available
Over the last ten years fatigue tests or wear tests, with and without debris present, have been performed on at least 11 different bearings including five sizes of ball bearings, five sizes of tapered roller bearings and one cylindrical bearing. After evaluating these tests, which include two series that were conducted in the author's laboratory, six factors have been identified that influence bearing performance when debris is present. These factors are debris (size and distribution), lubricant system, lubricant film thickness, levels of filtering, bearing materials and contact size. The results are summarized in table form.
CitationMoyer, C., "The Influence of Debris on Rolling Bearing Performance: Identifying the Relevant Factors," SAE Technical Paper 871687, 1987, https://doi.org/10.4271/871687.
- Fitzsimmons B. Clevenger H. D. “Contaminated Lubricants and Tapered Roller Bearing Wear,” ASLE Trans. 20 2 97 107 1977
- Perrotto J. A. “Effect of Abrasive Contamination on Ball Bearing Performance,” ASLE, Lubrication Engineering 35 698 705 Dec. 1979
- Dalal H. Senholzi P. “Characteristics of Wear Particles Generated During Failure Progression of Rolling Bearings ASLE Trans. 20 3 233 243 1977
- Loewenthal S. H. Moyer D. W. “Filtration Effects on Ball Bearing Life & Condition in a Contaminated Lubricant,” JOLT 101 171 179 April 1979
- Loewenthal S. H. Moyer D. W. Needleham W. M. “Effects of Ultra Clean & Centrifugal Filtration on Rolling Element Bearing Life,” JOLT 104 283 292 July 1982
- Sugiura I. Kato O. Tsushima N. Muro H. “Improvement of Rolling Bearing Fatigue Life Under Debris-Contaminated Lubrication by Decreasing the Crack Sensitivity of the Material,” ASLE Trans. 25 2 213 220 1982
- Tsushima N. Nakashima H. Maeda K. “Improvement of Rolling Contact Fatigue Life of Carburized Tapered Roller Bearings SAE Technical Paper Series 860725 April 1986
- Lorosch H. “Research on Longer Life for Rolling-Element Bearings,” Lubrication Engineering 41 1 37 43 January 1985
- MacPherson P. B. Bhachu R. Sayles R. “The Influence of Filtration on Rolling Element Bearing Life,” presented at MFPG meeting National Bureau of Standards Bethesda, MD April 1981
- Sayles R. S. MacPherson P. B. “Influence of Wear Debris on Rolling Contact Fatigue,” ASTM STP 771 Rolling Fatigue Testing of Bearing Steels Hoo, J. 1982
- Morrison F. R. Yonushonis T. Zielinski J. “Rolling Bearing Life Tests and Scanning Electron Microscopy,” ASTM STP 771 Rolling Fatigue Testing of Bearing Steels Hoo, J. 1982
- Tokuda M. Nagafuchi M. Tsushima N. Muro H. “Observations of the Peeling Mode of Failure and Surface-Originated Flaking from a Ring-to-Ring Rolling Contact Fatigue Test Rig,” ASTM STP 771 Rolling Fatigue Testing of Bearing Steels Hoo, J. 1982
- Wedeven L. D. “Influence of Debris Dent on EHD Lubrication ASLE Trans. 21 1 41 52 1978
- Goglia P. R. et al “The Effects of Surface Irregularities on the Elastohydrodynamic Lubrication of Sliding Line Contacts. Part I - Single Irregularities, Part II - Wavy Surfaces,” ASME Trans. JOT 108 1 104 119 1984
- Stickels C. Janotik A. M. “Controlling Residual Stresses in 52100 Bearing Steel by Heat Treatment Met. Trans. 11A 467 473 March 1980