This study investigated the vibration suppression of a barge-type floating offshore wind
turbine (FOWT) using a passive tuned liquid damper (TLCD) in the floating platform. The …

Offshore wind turbines experience complex external loading from a variety of sources,
especially wind and waves. To be economical, offshore wind turbine must operate reliably …

The application of control techniques to offshore wind turbines has the potential to
significantly improve the structural response of these systems. A new simulation tool is …

In this paper we present a study on the mitigation of dynamic responses of a 10 MW
monopile offshore wind turbine under coupled wind-wave-earthquake excitations. We have …

In-plane vibrations of wind turbine blades are of concern in modern multi-megawatt wind
turbines. Today׳ s turbines with capacities of up to 7.5 MW have very large, flexible blades …

In this study a typical tension-leg type of floating platform incorporated with the tuned liquid
column damper (TLCD) device is studied. The purpose is to find an effective and economic …

Since permanent wave-induced vibrations of offshore jacket platforms reduce the service life
of the jacket structure and deck equipment and increase the fatigue failure of the welded …

To investigate vibration control effects of a tuned mass damper (TMD) on the monopile
offshore wind turbine tower under wind‐wave excitations and seismic excitations, shaking …

A modified version of the traditional tuned liquid column damper (TLCD) absorber is
proposed as a passive vibration control device for structures vibrating at low frequencies …

An efficient method for restraining the large vibration displacements and loads of offshore
floating wind turbines under harsh marine environment is proposed by putting tuned mass …