Offshore wind continues to play a significant role in accelerating the transition to clean
energy consumption from fossil fuels. Wind turbine platforms are the optimal technology of …

This paper investigates the dynamic responses of offshore wind turbine (OWT) supported on
monopile foundation in clay subjected to wind, wave and earthquake actions. Based on the …

An analytical solution of the dynamic response of offshore wind turbines under wave load
with nonlinear Stokes's wave theory and wave–structure and soil–foundation interactions is …

The increasing number of wind turbines in areas of active seismicity has attracted scientific
interest to evaluate the seismic responses of offshore wind turbine (OWT). The pile-soil …

Loads from storm waves can in some cases be dimensioning for offshore wind turbine
substructures. Accurate determination of nonlinear wave loads is therefore important for a …

A steel-ultra high performance fibre reinforced composites (steel-UHPFRC) hybrid tubular
tower structure (≥ 100m) is proposed and its feasibility to support an offshore wind turbine …

Monopile offshore wind turbine (OWT) accounts for more than 65% of all OWT types.
Monopile OWT is a soil-pile-tower system and can be divided into three stages: the stage …

Fatigue damages of an offshore wind turbine (OWT) would be caused by long-term wind and
wave loads, necessitating the importance of fatigue life analysis to ensure the in-service …

The objective of this work is to study the uncertainties involved in the modelling of the soil-
pile interaction concerning their influence on the prediction of the dynamic structural …

With growing demand for renewable wind energy, the number of offshore wind turbines
increased rapidly in recent years. This paper uses the improved Tajimi model and transfer …