In this research, the dynamic responses of a jacket-style offshore wind turbine under wind
loads and coupled wind–ocean–wave loads are studied. The wind turbine is modelled by …

This study aims to evaluate the dynamic responses of the jacket-type offshore wind turbine
using FAST software (Fatigue, Aerodynamics, Structures, and Turbulence). A systematic …

In this study, a shell-based finite element model based on Technical University of Denmark
10MW reference wind turbine (DTU 10 MW RWT) is used to study its dynamic responses …

In the dynamic analyses of offshore wind turbines subjected to the external vibration
sources, the wind turbines are normally assumed in the parked condition and the blades are …

Considering the complexity structure of wind turbines, it is difficult to establish an accurate
model for wind turbines. This article proposed an improved model based on the vibration …

This study aimed to develop an approach to accurately predict the wind models and wind
effects of large wind turbines. The wind-induced vibration characteristics of a 5 MW tower …

With the rapid development of wind energy technology, offshore wind turbine attracts more
and more attention. Foundation of offshore turbine plays an important role in the stability of …

In this paper, the influences of different load simulation approaches and jacket models on
the loading and the structural responses of offshore wind turbine (OWT) jackets are …

With the increase in demand of offshore wind energy, the need for offshore structures for
supporting wind turbine is increasing. These structures can be floating and moored to the …

As a country mostly surrounded by water, Korea has good potential for offshore wind energy
utilization. With offshore wind turbines growing larger and with increasing water depth …