This paper presents a literature review of analytical, numerical, and experimental methods
for evaluating the structural response of Offshore Wind Turbines (OWT's) during ship …

The emerging industry of offshore wind turbines mounted on floating bases has garnered
significant attention from both academia and industry. The desire to understand the complex …

Simulations are conducted in time domain to investigate the transient response of a SPAR-
type floating offshore wind turbine in scenarios with fractured mooring lines. Towards this …

This paper presents a generalized and efficient method for quasi-static analysis of mooring
systems, including complex scenarios such as when shared mooring lines interconnect …

Offshore wind and solar energy are more abundant and stable than the land. Like modern
offshore wind industry, the traditional marine aquaculture is moving rapidly into deep waters …

The aim of this paper is to investigate the influence of Emergency Mechanical Braking (EMB)
on the supporting platform performances of floating offshore wind turbines (FOWTs). This …

MoorDyn, an open-source mooring dynamics model, is being expanded with capabilities for
additional mooring system features and load cases. As floating wind turbine technology …

A three degrees-of-freedom model based on the potential flow theory was implemented to
represent the motion of a slender cylindrical buoy under waves. The model calibration was …

In the present paper, the dynamic response of a spar buoy wind turbine under different wind
and wave conditions is discussed. Physical model tests were performed at the Danish …

The relatively large motions experienced by floating wind turbines and wave energy
converters pose a challenge for power cables, whose internal components provide …