The present work attempts to study the influences of internal rotor material damping and the
fluid film forces (generated as a result of hydrodynamic action in journal bearings) on the …

Current wind turbine modelling packages mainly adopt a complex methodology in which
aerodynamic forces are coupled with the motion of the wind turbine components at every …

Accurate evaluation of aerodynamic damping and hydrodynamic damping is critical to
response prediction and vibration control of spar-type floating offshore wind turbines. This …

Many squeal studies of brake system finite element (FE) model neglected the disc rotation
effect. This paper, based on modal theory and FE modal result, presents a novel method to …

Different types of modelling procedures, simulation and experimental practices have been
developed for rotating machines in order to maintain trouble free operation. This includes …

This study presents novel research on the impact of vertical vibration on the dynamic
response of pile groups embedded in stratified soil under seismic loading conditions. An …

Accurate knowledge of wind turbine tower vibration damping is essential for the estimation
of fatigue life. However, the responses in the fore-aft and side-side directions are coupled …

The study uses an experimental approach in contributing to advance vibration-based fault
identification (VFI) techniques for rotor and ball bearing in rotating machines using data …

Stability prediction of machining operations is often not reliable due to the inaccurate
mechanical modeling. A major source of this inaccuracy is the uncertainties in the dynamic …

The electric solar wind sail (E-sail) has been proposed as a novel propulsion system that, if
successful, promises to facilitate missions that would be inconvenient or impractical with …