Original paper
New strategy for reducing the EHL friction in steel contacts using additive-formed oleophobic boundary films
Abstract
In this study we present a mechanism for the elastohydrodynamic (EHD) friction reduction in steel/steel contacts, which occurs due to the formation of oleophobic surface boundary layers from common boundary-lubrication additives. Several simple organic additives (amine, alcohol, amide, and fatty acid) with different molecular structures were employed as the model additives. It was found that the stronger chemisorption at 100 °C, rather than the...
Paper Details
Title
New strategy for reducing the EHL friction in steel contacts using additive-formed oleophobic boundary films
Published Date
Sep 26, 2020
Journal
Volume
9
Issue
6
Pages
1346 - 1360
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Notes
History