The renewable energy sector witnesses increased demand due to energy crises and climate
change. Wind energy, in particular, is promising for reducing fossil fuel dependence and …

The cable-based energy dissipating system (CEDS) is promising to the vibration reduction of
towers by transforming the bending deformation of the main structure into the movement of …

This work covers selected control issues, including refined force tracking algorithm
formulation, concerning the wind turbine tower-nacelle laboratory model equipped with a …

This paper presents an implementation of a nonlinear optimal-based wind turbine tower
vibration control method. An NREL 5.0 MW tower-nacelle model equipped with a hybrid …

The paper presents an experimental implementation of an optimal-based vibration control
for a scaled wind turbine tower-nacelle structure. A laboratory model of the approximate …

Wind turbine tower dynamic stress is related to the fatigue wear and reliability of the whole
wind turbine structure. This paper deals with the problem of tower vibration control using a …

In the present paper, a real-time implementation of a previously introduced nonlinear
optimal-based vibration control method is presented. A vibrating structure, namely a wind …

In this paper, the author proposes several approaches to nonlinear optimal-based control
implementation. The vibrating system (structure) equipped with two tuned vibration …

The paper concerns a scaled wind turbine tower-nacelle model equipped with a tuned
vibration absorber (TVA) utilising a magnetorheological (MR) damper and a small-scale …

The paper concerns a wind turbine tower-nacelle system equipped with magnetorheological
(MR) damper based tuned vibration absorber (TVA). The analytical and simulation models of …