This paper focuses on the friction behavior of journal bearings operating from hydrodynamic
to mixed lubrication regime where severe metal–metal contact occurs. Therefore, friction …

Most rolling contacts found in machine elements such as gears and bearings operate under
Mixed Lubricating (ML) conditions, where the lubricant film can't fully separate the asperities …

The present study aims at numerically predicting the frictional performance of journal
bearings with single-and multi-scale surface patterns considering the real 3D surface …

The present study aims to predict the wear in journal bearings during steady-state operation
in the mixed-lubrication regime starting with a critical assessment of commonly used wear …

Sliding bearings are mechanical components used for rotor support of high-load mechanical
systems. It is assumed that a change in the lubrication regime at a known operational point …

Journal bearings are key components in internal combustion engines. Their reliability,
durability, and economy are of highest importance. Especially, the accurate prediction of …

Hydrodynamic journal bearings are essential components in the internal combustion
engines. The prediction of their reliability, durability, and economy, and also of their friction …

Sliding bearings, operating in a full hydrodynamic lubrication regime, exhibit a low friction
coefficient and extended life. In recent years, with the increase in environmental awareness …

This paper addresses the problem of controlling the regime of lubrication in sliding
lubricated surfaces with the purpose of wear reduction and the lifetime increase of the …

Eine verlässliche Auslegung von Gleitlagern in Planetengetrieben ist aufgrund der
speziellen Kinematik, des Deformationsverhaltens der Bauteile und der hohen Belastungen …