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- W143141508 abstract "Substantial progress has been made in the first year on the study in lubrication. Advances were noted in: theoretical modeling of the temperature profiles in a four-ball contact; modeling of elastohydrodynamic film thickness in a sliding contact; experimental studies of chemical reactions at concentrated contacts; analytical characterization of model chemical base oil structures; and the investigation of interactions between naturally occurring polar species and antiwear additives. The project has produced results scheduled to be presented in three publications. One paper, ''Temperature Considerations in the Study of Surfaces Using a Four-Ball Wear Apparatus'', by R.G. Munro, is scheduled to be published in the Journal of Applied Physics, May, 1985. This paper provides the first detailed theoretical discussion of the temperature distribution that occurs in the four-ball wear tester. The temperature distribution is crucial to the understanding of chemical mechanisms. A second work ''Tribochemical Reactions at Concentrated Contacts'', by S.M. Hsu, is scheduled to be presented at the International Tribology Conference in Tokyo, Japan, in 1985. The work proposes a sequence of reactions of bulk oxidation processes and the subsequent competing reaction sequence at the wearing surface. Results suggest direct organometallic interactions and indicate that the rates of those reactions are crucialmore » to the effective control of friction and wear. Work has also been completed for the theoretical modeling of the combined effects of surface roughness, surface temperature profile, and elastohydrodynamic film thickness in a sliding contact. These results are critical for understanding the microscopic consequences of molecular structure for the mechanisms of lubrication.« less" @default.
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- W143141508 date "1985-01-01" @default.
- W143141508 modified "2023-09-27" @default.
- W143141508 title "Study of the chemical mechanism in lubrication. Progress report, April 1, 1984-March 31, 1985" @default.
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