Edgewise vibrations in wind turbine blades are lightly damped, and large amplitude
vibrations induced by the turbulence may significantly shorten the fatigue life of the blade …

This paper proposes a new type of passive vibration control damper for controlling edgewise
vibrations of wind turbine blades. The damper is a variant of the liquid column damper and is …

Blade edgewise vibration is a growing concern for modern megawatt wind turbines, as it
may significantly shorten the blade lifetime. In this paper, optimal calibration (tuning) of a …

Tuned liquid dampers (TLDs) utilize the sloshing motion of the fluid to suppress structural
vibrations and become a natural candidate for damping vibrations in rotating wind turbine …

This study investigates the lateral vibration control efficiency of toroidal tuned liquid column
dampers (TTLCDs) for monopile supported offshore wind turbines. The TTLCD has the …

Vibration control is an essential component of safe and sustained operation of modern large
wind turbine towers. As the blade-tower assembly offers time-dependent system matrices …

Tuned liquid dampers (TLDs) utilize the sloshing motion of the fluid to suppress structural
vibrations and become a natural candidate for vibration control of large flexible wind …

The toroidal tuned liquid column damper (TTLCD) can be applied in flexible structures to
improve the structural dynamic responses. This study focuses on the impact of size effects of …

The main intention of the present study is to reduce wind, wave, and seismic induced
vibrations of jackettype offshore wind turbines (JOWTs) through a newly developed vibration …

The toroidal tuned liquid column damper (TTLCD) is a recently developed multidirectional
vibration control device. This paper investigates the TTLCD for the vibration control of …