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Formation of adhesive bonds under contact rotaprint lubrication

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The mechanism of the formation of adhesive bonds of a friction modifier (a lubricant based on bitumen) with a wheel of railway transport is considered. Calculations performed using quantum chemical… Click to show full abstract

The mechanism of the formation of adhesive bonds of a friction modifier (a lubricant based on bitumen) with a wheel of railway transport is considered. Calculations performed using quantum chemical methods allow us to draw a conclusion on the existence of the physical adsorption of this lubricant on a wheel surface. The lubrication’s effectiveness can be improved using fatty acids whose introduction into the lubricating material leads to the formation of chemical bonds in the system; this is experimentally confirmed for the contact rotaprint lubrication technology.

Keywords: lubrication; contact rotaprint; adhesive bonds; rotaprint lubrication; formation adhesive

Journal Title: Journal of Friction and Wear
Year Published: 2017

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