The objective of the present study is to provide a review of the structural integrity of fixed
support structures for offshore wind turbines, focusing on the physics behind the failure …

Digital tools such as machine learning and the digital twins are emerging in asset
management of offshore wind structures to address their structural integrity and cost …

A generalization ability-enhanced approach for corrosion fatigue life prediction was
proposed. The data augmentation and analysis of influence factors were conducted via …

Floating wind offshore turbines (FOWTs) tap into the immense Aeolian resource in deep-
water oceans. The turbine structure, especially in ring-flange (RF) connections, are highly …

The design and implementation of a cathodic protection system for offshore steel monopiles
used to support wind turbines are required to protect them from corrosion. This paper uses …

The new emerging Wire and Arc Additive Manufacturing (WAAM) technology has significant
potential to improve material design and efficiency for structural components as well as …

The present study aims to develop a novel methodology for the fatigue reliability analysis
and design for a floating offshore wind turbine substructure using its fully coupled nonlinear …

EH690 high-strength steel (HSS) is extensively utilized in marine engineering due to its
exceptional strength. The fatigue crack growth (FCG) behaviors of EH690 HSS welded joints …

EH36 steel used in offshore platforms is susceptible to corrosion fatigue in marine
environment. The corrosion fatigue performance in EH36 steel is influenced by various …

The challenge of protecting steel foundations placed offshore to support wind turbines from
deterioration has created renewed interest in understanding the corrosion process and how …