To date, considerable attention has been paid to the development of structural vibration
suppression techniques. Among all vibration suppression devices and techniques, the tuned …

Over the years, the wind energy industry has grown rapidly because of its eco-friendly and
sustainability features. The development of wind industry demands larger wind turbines …

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 …

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 …

The application of control techniques to offshore wind turbines has the potential to
significantly improve the structural response, and thus reliability, of these systems. Passive …

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 …

Tuned liquid dampers are cost effective dynamic vibration absorbers that are increasingly
being employed to mitigate the dynamic response of tall buildings. A significant reduction in …

Tuned liquid column dampers (TLCDs) are a class of tuned liquid dampers that impart
indirect damping to the primary structure through oscillations of the liquid column in a U …

Conventional structural design procedures are generally based on two requirements,
namely safety and serviceability. Safety relates to extreme loadings, which have a very low …

Abstract Tuned Mass Damper Inerter (TMDI) is a novel type of dynamic vibration absorber
for achieving lightweight design while maintaining excellent control performance. Compared …