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Original Articles

Ferrographic Analysis of Wear Debris Generated in Accelerated Rolling Element Fatigue Tests

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Pages 37-45 | Published online: 25 Mar 2008

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WilliamR. Jones$suffix/text()$suffix/text() & StuartH. Loewenthal. (1981) Analysis of Wear Debris from Full-Scale Bearing Fatigue Tests Using the Ferrograph. A S L E Transactions 24:3, pages 323-330.
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WilliamA. Brainard & Joshua Salik. (1981) An Investigation into the Role of Adhesion in the Erosion of Ductile Metals. A S L E Transactions 24:3, pages 302-306.
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Articles from other publishers (5)

N. Govindarajan & R. Gnanamoorthy. (2008) Computation of Sliding Friction and Ratcheting Strain of Sintered and Hardened Steels Under Contact Fatigue Conditions. Journal of Tribology 130:4.
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N. Govindarajan & R. Gnanamoorthy. (2007) Study of damage mechanisms and failure analysis of sintered and hardened steels under rolling–sliding contact conditions. Materials Science and Engineering: A 445-446, pages 259-268.
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R.N. Zaslavsky & Yu.S. Zaslavsky. (1987) Application of friction-polymer-forming additives for the running-in of rubbing surfaces. Wear 118:1, pages 1-26.
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William R. JonesJr.Jr.. (1983) Ferrographic and spectrometer oil analysis from a failed gas turbine engine. Wear 90:2, pages 239-249.
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Karl Sommer & Christoph Düll. 1983. Meß- und Prüfverfahren · Betriebsverhalten von Reibungssystemen · Eigenschaften von Motorenölen. Meß- und Prüfverfahren · Betriebsverhalten von Reibungssystemen · Eigenschaften von Motorenölen 9 124 .

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