Hydrodynamic bearings, especially cylindrical radial plain journal bearings, are widely
utilized in industry for their high load capacity and low friction energy losses. However, these …

The new non-uniform distribution tilting-pad journal bearing and circular tilting-pad thrust
bearing exhibit significant potential for high-power wind turbine main drives due to their high …

Traditional methods of evaluating the performance of journal bearings, for example thermal-
elastic-hydrodynamic-lubrication theory, are limited to simplified conditions that often fail to …

Machine condition monitoring is used in a variety of industries as a very efficient strategy for
equipment maintenance. This paper presents a study on monitoring a pneumatic system …

Conventional numerical models of fluid film bearings (FFB) typically require significant
amounts of computations to achieve acceptable calculation accuracy. This may cause many …

High temperature tribology (HTT) is considered to start at a minimum temperature of 300 C,
where organic base oils and polymers begin to decompose, up to a temperature of 1200 C …

This study addresses the problem of the automated synthesis of active fluid film bearings
optimized for their adjustable design for new generations of turbomachines. The developed …

The research paper aims to predict the static characteristics of lemon bore journal bearings
lubricated with micropolar lubricant using an artificial neural network (ANN) and compare …

The application of bearing technology in the field of intelligent equipment and special robots
continues to promote technological innovation and industrial upgrading, such as the …

The study addresses the problem of automated synthesis of active fluid film bearings
optimized for their adjustable design. The presented methodology takes into account the …