An experimental investigation of micropitting using a roller disk machine

Tribology Transactions

Volumn 38, Issue 4, 1995, Pages 883-893

  Webster, M N ^a   Norbart, C J J ^a  

^a EXXONMOBIL UPSTREAM RESEARCH COMPANY   (United States)

Author keywords

Elasto hydrodynamic lubrication; Gear lubricants; Gears; Rolling contact fatigue; Surface roughness; Wear Failure testing devices

Indexed keywords

GEARS; MICROPITTING; PITTING; WEAR-FATIGUE;

DISKS (MACHINE COMPONENTS); ELASTOHYDRODYNAMIC LUBRICATION; FAILURE (MECHANICAL); FATIGUE OF MATERIALS; FILMS; GEARS; LOADS (FORCES); MICROSCOPIC EXAMINATION; PITTING; WEAR OF MATERIALS;

FATIGUE WEAR; MICROPITTING; ROLLER DISK MACHINES; ROLLING ELEMENT BEARINGS; SLIDING;

TRIBOLOGY;

EID: 0029380020     PISSN: 10402004     EISSN: 1547397X     Source Type: Journal    
DOI: 10.1080/10402009508983485     Document Type: Article

References (25)

1. Shotter, B. A., “Micropitting: Its Characteristics and Implication On The Test Requirements Of Gear Oils,” in Proc. of the Institute of Petroleum, 1, London, pp 91-103, (1981)
2. Winter, H, and Weiss, T., “Some Factors Influencing the Pitting, Micro-Pitting (Frosted Areas) and Slow Speed Wear of Surface Hardened Gears,” ASME Jour. of Mech. Design, 103, 2, pp 499-505, (1981)
3. Winter, H. and Oster P., “Influence of Lubrication of Pitting and Micro-pitting Resistance of Gears,” Gear Tech., 7, 2. pp 16-23. (1990)
4. Ariura, Y., Ucno, T, and Hakanishi, T., “An Investigation of Surface Failure of Surface Hardened Gear by Scanning Electron Microscopy Observations,” Wear, 87, pp 305-316, (1983)
5. Shipley E. E., “Failure Modes in Gears,” in Gear Manufacture and Performance, Guichelaar, P. J., Levy, B. S, and Parikh, N, M., eds., ASM, (1974), pp 107-136
6. Littmann, W. E., Widner, R. L., Wolfe, J. O, and Stover, J. D., “The Role of Lubrication in Propagation of Contact Fatigue Cracks,” ASME Jour. of Lubr. Tech., 90, 1. pp 89-100, (1968)
7. Tokuda, M., Ito, S Mura, H and Oshima, T., “Evaluation of Lubricants by an Accelerated Peeling Test,” in Rolling Contact Fatigue, Performance Testing of Lubricants, Tourret, R. and Wright, E. P., eds., Heyden and Son Ltd., London, (1977). pp 107-115
8. Maeda, K., Tsushima, N. and Muro, H., “The Inclination of Cracking in the Failure of a Ball Bearing Steel and its Relation to the Inclination of the Principal Residual Stress,” Wear, 65. pp 175-190, (1980)
9. Nomenclature of Gear Tooth Failure Modes, AGMA Standard ANSI/AGMA 110.04, (1980)
10. Berthe, D.. Michau, B., Flamand, L. and Godet, M., “Effect of Roughness Ratio and Hertz Pressure on Micro-Pits and Spalls in Concentrated Contacts: Theory and Experiments,” in Surface Roughness Effects in Lubrication, Dowson, D., Taylor, C. M., Godet, M. and Berthe. D., eds., MEP Ltd., London, (1977), pp 233-238
11. Flamand, L. and Berthe, D., “A Brief Discussion of Different Forms of Wear Observed in Hertzian Contacts at Low Slide/Roll Ratios,” in Surface Roughness Effects in Lubrication, Dowson, D., Taylor, C. M., Godet, M. and Berthe, D., eds., MEP Ltd., London, (1977), pp 239-243
12. Berthe, D., Flamand L., Foucher, D. and Godet, M„ “Micropiuing in
13. Graham R. C., Olver, A. and MacPherson, P. B., “An Investigation into the Mechanisms of Pitting itt High-Hardness Carburized Steels,” ASME Paper No. 80-C2/DET-118, ASME. New York. (1980)
14. Clarke, T. M„ Miller, G. R., Keer, L. M. and Cheng, H. S„ “The Role of Near-Surface Inclusions in the Pitting of Gears,” ASLE Trans., 28, 1, pp 111-116, (1985)
15. Olver, A. V’., “Wear of Hard Steel in Rolling Lubricated Contact,” Ph.D. Thesis, Imperial College, London, (1986)
16. Zhou, R. S., Cheng, H. S., and Mura, T., “Micropiuing in Rolling and Sliding Contact under Mixed Lubrication,” Jour, of Trib., 111, 4, pp 605-613, (1989)
17. Tokuda, M., Nagafuchi, M., Tsushima, N. and Muro, H., “Observations of the Peeling Mode of Failure and Surface-Originated Flaking from a Ring-to-Ring Rolling Contact Fatigue Test Rig,” in Rolling Contact Fatigue Testing of Bearing Steals, Hoo, J.J.C., ed., ASTM Special Technical Publication 771.ASTM. Philadelphia, (1982), pp 150-165
18. Shipley, E. E., “Failure Analysis of Coarse-Pinch Hardened and Ground Gears; A Technical Paper on the Art of Gearing,” AGMA Paper No. 229.26, American Gear Manufacturers Assoc.. Arlington, VA, (1982)
19. Schönnenbeck, G., “Testverfahren zur Untersuchung des Schmieistof-feinflusses auf die Emstchung von Grauflceken,” Antriebstechnik, 24, 1, pp 31-37, (1985)
20. Way, S., “Pitting Due to Rolling Contact,” ASME Jour. Appl. Mech., 2, pp A49-A58, (1935)
21. Hanson, M.T. and Keer, L. M., “An Analytical Life Prediction Model for the Crack Propagation Occurring in Contact Fatigue Failure,” Trib. ‘Trans., 35, 3, pp 451-461, (1992)
22. Olver, A. V., “Micropitting and Asperity Deformation.” in Numerical and Experimental Methods Applied to Tribology, Dowson, D., Tavlor. C. M.. Godet, M. and Berthe. D., eds., Buttenvorth and Co. Ltd.. London, (1984), pp 319-323
23. Cheng H. S. “A Numerical Solution of the EHD Film Thickness in an Elliptical Contact,” ASME Jour, Lubr. Tech., 92, Series F, 1, (1970), pp 155-162
24. Chang, L. M., Jackson, A. and Webster, M. N., “Effects of 3D Surface Topography on the EHL Film Thickness and Film Rupture,” Trib. ‘Trans,, 37, 3, pp 435-444, (1994)
25. Chang L. M, Jackson, A. and Webster, M. N„ “A Study of Asperity Interactions in EHL Line Contacts,” Trib. Trans., 36, 4, pp 679-685. (1993)