With offshore wind turbines becoming larger, being moved out further at sea and subjected
to ever greater wind and wave forces, it is necessary to analyse the dynamics and minimise …

Highly dynamic nature of the applied loads on flexible and lightly damped offshore wind
turbine (OWT) foundations affects the lifetime and serviceability of the system. In this study …

In this paper, the coupling of a float with a tuned liquid multi-column damper (TLMCD), a
novel structural damping device inspired by the classical tuned liquid column damper …

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 …

This paper investigates the use of tuned liquid column dampers (TLCDs) for vibration control
of spar‐type floating offshore wind turbines (FOWTs). A 17‐degree‐of‐freedom (17‐DOF) …

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 …

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 …

A wind turbine system equipped with a tuned liquid column damper (TLCD) is
comprehensively studied via shaking table tests using a 1/13-scaled model. The effects of …

Floating offshore wind turbines have substantial potential to harness energy in deep-water
locations, however, compared to fixed-bottom offshore wind turbines, they also have more …

The vibration mitigation of a monopile Offshore Wind Turbine (OWT) under wind and sea
wave excitation is investigated, incorporating dynamic Vibration Control systems (VCS). The …