Offshore wind and wave energies are both important and abundant renewable energy
resources. Offshore wind turbines have entered the commercial phase, while wave energy …

The urgent demand for energy structural reform and the limitations of single energy
development have promoted the combination of wind energy and wave energy. A hybrid …

The motion response of an offshore floating wind turbine (FOWT) platform is closely related
to the control operation regarding the safety of a wind turbine. It is affected by various factors …

Floating structures have become the most feasible solution for supporting wind turbines
when offshore wind project move to deeper water. In this paper, a hydrodynamic analysis of …

A main challenge in the design of hull structures of floating wind turbines (FWTs) is to
properly estimate the load effects and resistance to perform the safety design check. While …

Environmental contours are used to simplify the process of design response analysis. A
wide variety of contour methods exist; however, there have been a very limited number of …

Long-term cumulative fatigue damage of mooring lines is crucial for the design of floating
wind turbine structures (FWTs). Although many efforts are carried out for the offshore floating …

A controller is usually used to maximize the energy absorption of wave energy converter.
Despite the development of various control strategies, the practical implementation of wave …

This study investigates the effect of variability and uncertainty of wind and wave conditions
on the short-term fatigue damage of a 10-MW floating wind turbine drivetrain. Global …

The present study investigates the feasibility of suspended inter-array cabling between two
floating offshore wind turbines. In these cable configurations, the power cables do not touch …