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Regarding vapor phase lubrication method [4], it is necessary to ensure the presence of lubricant vapor at the interfaces for the entire duration time of device operation.
Now physicists at the University of Basel in Switzerland have developed a dry "lubrication" method that uses tiny vibrations to keep parts from wearing out.
Tribological properties such as coefficient of friction and wear behaviour were studied to ascertain the effectiveness of this lubrication method.
The results have revealed that the current localized lubrication method is very effective in reducing the coefficient of friction and increasing wear life.
In this article, Chris Rehmann of AESSEAL Inc, and consulting engineer Heinz P. Bloch, discuss the concept of oil mist lubrication and briefly review past and current best practices before focusing on opportunities for cost-effectively improving the reliability of this lubrication method.
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Proper lubricants and lubrication methods for rolling bearings are essential for providing sufficient bearing performance in high pressure applications.
There is a need to develop lubricants and identify lubrication methods that are suitable for MEMS/NEMS.
Several other nano "lubrication" methods have been tried, including slowing down the movement of mechanical parts to a crawl; but these have been impractical – many devices, for example, need to move at relatively high speeds.
The present paper reviews our recent understanding of the lubrication mechanisms of both traditional and new solid lubricants, with particular emphasis on solid lubricant methods and practices.
With the exception of the tangential lubrication force, the methods used to evaluate these forces are described and validated in detail by Biegert et al. (2017), but here, we present them briefly.
In order to resolve the slow computing speed and limited computing scale of traditional numerical methods for multiscale surface texture hydrodynamic lubrication, the finite cell method (FCM) is proposed.
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