The rotor–stator rubbing in rotating machinery generated as a consequence of rotor
imbalance, shaft misalignment, and casing deformation is a potential threat to the machinery …

The vibration problem of hydraulic generating unit and plant structures in hydropower station
influenced mainly by pressure fluctuation of draft tube and other factors during the transient …

Traditional rotor dynamics mainly focuses on the steady-state behavior of the rotor and
shafting. However, for systems such as hydro turbine generating sets (HTGS) where the …

Rolling bearing and squeeze film damper will introduce structural nonlinearity into the
dynamic model of aeroengine. Rubbing will occur due to the clearance reduction design of …

A nonlinear dynamic coupled model for hydropower station system, which contains the
model of water-carriage system, water turbine system, speed governor system, generator's …

Shaft mis-alignment is one of the most common faults in rotating machineries. Most existing
approaches that establish mathematical models address the complex forces acting on the …

Modern industrial requirements are continuously demanding better performance, smaller
clearance, higher rotational speed and higher load from hydraulic generating set, under this …

Rotor-to-stator contacts can occur in hydropower systems due to mechanical and electrical
misalignment as well as high unbalance forces. It can result in high impact forces and …

The shaft crack fault of hydro generating unit (HGU) has a serious threat to the reliability and
security of the hydropower station. However, the parameter sensitivity, operation stability …

The electromagnetic vibration of electrical machines with an eccentric rotor has been
extensively investigated. However, magnetic saturation was often neglected. Moreover, the …