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Tribology Transactions Volume 38, 1995 - Issue 1
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Original Articles

Tribo-Evaluation of High Temperature Candidate Fluids in a Sliding “TBOD” Bench Tester

Kenneth K. Chao University of Dayton Research Institute, Dayton, Ohio, 45469-0166
&
Costandy S. Saba University of Dayton Research Institute, Dayton, Ohio, 45469-0166
Pages 63-68 | Published online: 25 Mar 2008

Citations (8)

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Read on this site (3)

F. Yokoyama & H.A. Spikes. (2000) Film-Forming Properties of Polyol Esters, Polyphenyl Ethers and Their Mixtures Over a Wide Range of Temperature. Tribology Transactions 43:1, pages 130-136.
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K. Hachiya, H. Yui, Y. Shoda, S. Yokoi & M. Naka. (1998) Evaluation of Tribological Properties of Synthetic Lubricants under High Temperature and High Speed Conditions. Tribology Transactions 41:1, pages 27-34.
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KennethK. Chao & CostandyS. Saba. (1997) Reaction and Evaporation Rates of High Temperature Candidate Fluids from a TFOST Test. Tribology Transactions 40:3, pages 479-485.
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Articles from other publishers (5)

Maria Sarno, Adolfo Senatore, Domenico Spina & Waleed Ahmed Abdalglil Mustafa. (2019) A Tribochemical Boost for Cu Based Lubricant Nano-Additive. Key Engineering Materials 813, pages 292-297.
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Ichiro Minami. (2017) Molecular Science of Lubricant Additives. Applied Sciences 7:5, pages 445.
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Fumihiko Yokoyama & Yuka Iwama. (2014) Soft Semi-Solid Deposit Formation of Lubricating Oil at Lower Temperatures below 200°C. Tribology Online 9:3, pages 86-94.
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Fumihiko Yokoyama & Yuka Iwama. (2014) Mechanism of Carbonaceous Deposit Formation Caused by Lubricating Oil on High Temperature Metal Surfaces. Tribology Online 9:2, pages 71-79.
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Weimin Liu, Jiamei Zhu & Yongmin Liang. (2005) Effect of bridged cyclotriphosphazenes as lubricants on the tribological properties of a steel-on-steel system. Wear 258:5-6, pages 725-729.
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