This paper presents a critical review of literature on the emerging technology known as
digital twin and its application in structural integrity management for marine structures. The …

This comprehensive review explores the application and impact of digital twin (DT)
technology in bolstering the reliability of Floating Offshore Wind Turbines (FOWTs) and their …

This paper presents a probabilistic framework for updating the structural reliability of offshore
wind turbine substructures based on digital twin information. In particular, the information …

Marine structures are subjected to cyclic wave loads in ocean environments, leading to
progressive forms of structural degradation such as fatigue cracks. To ensure fitness-for …

Offshore or drydock inspection performed by trained surveyors is required within the integrity
management of an in-service marine structure to ensure safety and fitness for purpose …

This paper describes the geotechnical considerations in assessing the fatigue lives of
offshore wind foundations over their lifetime, including the potential for life extension. A case …

Offshore wind turbines (OWTs) can be equipped with two types of monitoring systems:(1) a
Supervisory Control and Data Acquisition (SCADA) system that monitors operational data …

In the long service process, the offshore platform is inevitably affected by waves and
currents. For metal structures, the information of cumulative damage is necessary for design …

The cost of a wind turbine support structure is high and this support structure is difficult to
repair, especially for offshore wind turbines. As such, the loads and stresses that occur …

In-service measurement of slam and wave load responses provide valuable information in
the structural design and weight optimisation of high-speed catamarans. However, a limited …