This paper proposes and tests a sequence-based modeling of deep learning (DL) for
structural damage detection of floating offshore wind turbine (FOWT) blades using Long …

Multi-purpose floating platforms are emerging as a promising concept in ocean engineering
applications, thanks to their capability of ensuring system integration, cost reduction and …

In the present study, a structural health monitoring (SHM) method for floating offshore wind
turbines (FOWTs) is suggested and tested using operational modal analysis (OMA) with …

Floating offshore wind turbines (FOWTs) show promise in terms of energy production,
availability, and sustainability, but remain unprofitable due to high maintenance costs. This …

Abstract The Ponte delle Torri is a large medieval masonry bridge, one of the main
architectural heritage of Spoleto, Italy. The location of the bridge is less than 50 km from the …

This paper proposes the innovative concept of floating absorber for motion mitigation in
floating wind turbines on spar supports. The floating absorber consists in a spar floater …

This paper presents an original approach to mitigate the motion of floating spar supports for
offshore wind turbines. A two-degree-of-freedom tuned mass damper device, consisting of a …

Slow-drift forcing and damping are important for an accurate reproduction of the low-
frequency motion of floating offshore wind turbines. In this study we present a numerical …

Not only the driving for offshore wind energy capacity of 12 GW by Korea's Renewable
Energy 2030 plan but also the need for the rejuvenation of existing world-class shipbuilders' …

Experimental investigation of floating structures represents the most direct way for achieving
their dynamic identification and it is particularly valuable for relatively new concepts, such as …