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Surface Fatigue Research with the Geared Roller Test Machine
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English
Abstract
Fatigue failure of machine components subjected to high contact pressures is rapidly becoming recognized as a serious design limitation. Confusion has resulted from grouping three distinct types of contact fatigue failure under the term “pitting” A Geared Roller Test Machine is described that reproduced each of the three modes of failure. The stress-life relationships obtained for rollers tested under conditions of rolling plus sliding correlated well with actual gear performance. The sensitivity of the test to changes in material, micorstructure, and processing variables is demonstrated.
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Citation
Denning, R. and Rice, S., "Surface Fatigue Research with the Geared Roller Test Machine," SAE Technical Paper 630050, 1963, https://doi.org/10.4271/630050.Also In
References
- Thomas H. R. Hoersch V. A. “Stresses Due to the Pressure of One Elastic Solid on Another,” Bulletin 212 Engineering Experiment Station, University of Illinois 1930
- Seeley F. B. Smith J. O. “Advanced Mechanics of Materials.” Second Edition New York John Wiley and Sons 1959 342 378
- Radzimovsky E. I. Bulletin 408 Engineering Experiment Station, University of Illinois 1953
- Moyar G. J. “A Mechanics Analysis of Rolling Element Failures,” Doctorial Thesis, University of Illinois Theoretical and Applied Mechanics Report No. 182 1960
- Smith J. O. Liu C. K. “Stresses Due to Tangential and Normal Loads on an Elastic Solid with Application to Some Contact Stress Problems” Journal of Applied Mechanics 20 1953 157 166
- Poritsky H. “Stresses and Deflections of Cylindrical Bodies in Contact with Application to Contact of Gears and of Locomotive Wheels.” Journal of Applied Mechanics 17 1950 191 201
- Kelley B. W. “Importance of Surface Temperature to Surface Damage.” Lipson C. Colwell L. V. University of Michigan Press 1958 189 220
- Pedersen R. Rice S. L. “Case Crushing of Carburized and Hardened Gears,” SAE Transactions 68 1960 187 220
- Styri H. “Fatigue Strength of Ball Bearing Races and Heat-Treated 52100 Steel Specimens,” American Society for Testing Materials, Proceedings 51 1951 682 696
- Carter T. L. “A Study of Some Factors Affecting Rolling-Contact Fatigue Life.” National Aeronautics and Space Administration Technical Report R-60 1960
- Johnson R. F. Sewell J. F. “The Bearing Properties of 1% C-Cr Steel as Influenced by Steelmaking Practice,” Journal of The Iron and Steel Institute 196 1960 414 444
- Benedict G. H. Kelley B. W. “Instantaneous Coefficients of Gear Tooth Friction,” ASLE Transactions 4 1961 59 68
- Evans W. P. Landen E. W. “Radioisotopes in Research,” SAE Transactions 68 1960 19 28
- Greenert W. J. “The Toroid Contact Roller Test as Applied to the Study of Bearing Materials,” ASME Transactions, Journal of Basic Engineering 84 March 1962 181 191
- Coleman W. “Pitting Resistance of Bevel and Hypoid Gear Teeth,” American Gear Manufacturers Association October 1960
- “The Properties of Heat Treated Wrought Nickel Alloy Steel” International Nickel Co., Inc. 1957 3