Operational modal analysis deals with the estimation of modal parameters from vibration
data obtained in operational rather than laboratory conditions. This paper extensively …

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 …

In order to reduce the structural failure and accident occurrence of the offshore wind turbine,
the researches on structural operational safety of offshore wind turbine based on the …

Abstract In this study, Operational Modal Analysis (OMA) is used to identify the damping
value of the fundamental for-aft (FA) mode of an Offshore Wind Turbine (OWT) using both …

This paper focuses on the problem of wind turbine fatigue load reduction by means of
individual pitch control (IPC). The control approach has a two‐degree‐of‐freedom structure …

This paper presents the variation of identified modal parameters of an offshore wind turbine
(OWT) over one year of continuous monitoring. The considered OWT is a Haliade 150–6 …

According to the Danish wind turbine industry cross-wind vibrations due to wave loading
misaligned with wind turbulence often have a significant influence on the fatigue lifespan of …

Vibration damping in offshore wind turbines is a key parameter to predict reliably the
dynamic response and fatigue life of these systems. Damping in an offshore wind turbine …

Aerodynamic damping has an important effect on the seismic response of horizontal axis
wind turbines (HAWTs). Some researchers have estimated that aerodynamic damping in …

Offshore wind turbines are subjected to multiple dynamic loads arising from the wind, waves,
rotational frequency (1P) and blade passing frequency (3P) loads. In the literature, these …