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Original Articles

Some Considerations In Rolling Fatigue Evaluation

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Pages 113-129 | Published online: 25 Mar 2008

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Read on this site (7)

G. Prakash. (2021) A Bayesian approach to degradation modeling and reliability assessment of rolling element bearing. Communications in Statistics - Theory and Methods 50:23, pages 5453-5474.
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Muhammad Akram & Aziz Hayat. (2014) Comparison of Estimators of the Weibull Distribution. Journal of Statistical Theory and Practice 8:2, pages 238-259.
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J.E. Johansson, M.T. Devlin, J.M. Guevremont & B. Prakash. (2014) Effects of Gear Oil Properties on Pitting Life in Rolling Four-Ball Test Configuration. Tribology Transactions 57:1, pages 104-113.
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John I. McCool. (1998) Inference on the Weibull Location Parameter. Journal of Quality Technology 30:2, pages 119-126.
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JohnI. McCool. (1996) The Analysis of Two-Factor Rolling Contact Fatigue Test Results. Tribology Transactions 39:1, pages 59-66.
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J.C. Tyler, H.J. Carper & P.M. Ku. (1979) EHD Film Thickness Behavior in DMA Bearings. Part I—Experimental and Computational Techniques. A S L E Transactions 22:3, pages 201-212.
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J.I. McCool. (1978) Competing Risk and Multiple Comparison Analysis for Bearing Fatigue Tests. A S L E Transactions 21:4, pages 271-284.
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Articles from other publishers (5)

T.A. Stolarski & R. Gawarkiewicz. (2015) Peculiarities associated with testing polyetheretherketone (PEEK) in a model rolling contact. Tribology International 81, pages 9-18.
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V. Paleu, I. Bercea, S. Cretu & M. Bercea. (2006) Lubricant oils additivated with polymers in EHD contacts: Part 2. Tests using a four‐ball machine. Lubrication Science 17:2, pages 173-184.
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Hitesh K. Trivedi, David T. Gerardi & Lewis Rosado. (1995) Evaluation of fatigue and wear characteristics of M50 steel using synthetic ester turbine engine lubricants—Part 1. Wear 185:1-2, pages 111-117.
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Charles A. Moyer. Using the Modified Lambda Ratio to Advance Bearing and Gear Performance. Using the Modified Lambda Ratio to Advance Bearing and Gear Performance.
C. A. Moyer. Applying the Modified Lambda Ratio to Bearings and Gears. Applying the Modified Lambda Ratio to Bearings and Gears.

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