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Your search keyword '"Dellis Polychronis"' showing total 2 results
Start Over Author "Dellis Polychronis" Topic energy dissipation
2 results on '"Dellis Polychronis"'

1. Squeeze Film Investigations in a Simulating Piston-Ring Cylinder Liner Experimental Set-up.

Author

Dellis, Polychronis

Subjects
LUBRICANT additives, SURFACE interactions, CAVITATION, HIGH temperatures, CAVITATION erosion, ENERGY dissipation, RHEOLOGY (Biology)
Abstract

The importance of these investigations lies to the combination of experimental results with cavitation initiation investigations and its development after the dead centers of the stroke as well as rheological behavior of different chemical additives with a view to establishing the likely performance gains in new lubricant formulations. Lubricant formulation plays an important role because at higher temperatures lubricant additives have a different interaction with contacting surfaces and in this manner the resulting effect of asperity contact is either increased or reduced. [ABSTRACT FROM AUTHOR]

Published
2022
Full Text
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2. Squeeze Film Investigations in a Simulating Piston-Ring Cylinder Liner Experimental Set-up.

Author

Dellis, Polychronis

Subjects
LUBRICANT additives, SURFACE interactions, CAVITATION, HIGH temperatures, RHEOLOGY (Biology), ENERGY dissipation, LIQUID films, CAVITATION erosion
Abstract

The importance of these investigations lies to the combination of experimental results with cavitation initiation investigations and its development after the dead centers of the stroke as well as rheological behavior of different chemical additives with a view to establishing the likely performance gains in new lubricant formulations. Lubricant formulation plays an important role because at higher temperatures lubricant additives have a different interaction with contacting surfaces and in this manner the resulting effect of asperity contact is either increased or reduced. [ABSTRACT FROM AUTHOR]

Published
2022
Full Text
View/download PDF

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