The analysis of turbocharger rotordynamics has been conducted so far focusing solely on
the effect of radial bearings on the non-linear oscillations of the rotor-bearing system. It is …

The present contribution proposes different partitioned techniques, which are commonly
used in fluid-structure interaction (FSI) applications, in the context of tribological simulations …

This Series provides the necessary elements to the development and validation of numerical
prediction models for hydrodynamic bearings. This book describes the rheological models …

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 …

This Series provides the necessary elements to the development and validation of numerical
prediction models for hydrodynamic bearings. This book describes the thermo …

The journal and thrust bearing design process remains a key aspect while developing an
automotive turbocharger center section. The rotor assembly has to be supported in both the …

The article presents the solution to the interconnected problem of main bearings dynamics
for the forced internal combustion (IC) engine. For the crankshaft main bearings system of …

The research conducted here aims to expand the operating load range and offset
manufacturing costs of tapered-land hydrodynamic bearings by creating deflecting bearing …

The main objective of the current thesis is to validate reconfigure and reinforce a simulation
software (already created by the laboratory) able to reproduce the tribological phenomena …