Wind energy has played an increasingly vital role in renewable power generation, driving
the need for more cost-effective wind energy solutions. Health monitoring of turbines could …

A key component of renewable energy, offshore wind energy, is becoming increasingly
important in the transformation of the global energy system and heading in the direction of …

In this article, current research findings of local scour at offshore windfarm monopile
foundations are presented. The scour mechanisms and scour depth prediction formulas …

This paper proposes a novel data-driven framework for scour detection around offshore
wind turbines (OWTs), where damage features are derived from wind and wave-induced …

This paper investigates how the implementation of Structural Health Monitoring Systems
(SHMS) in the support structure (SS) of offshore wind turbines (OWT) affects capital …

Scour action is one of the main factors that add significant stress to the growing infrastructure
crisis as it is considered one of the most destructive flood-related hazards occurring around …

The monopile foundation, as the main form of offshore wind turbine foundations, may be
unstable owing to scouring under reciprocating currents; therefore, inspection and …

Hydraulic structures constitute the most vulnerable elements of transportation infrastructure.
Recent increases in precipitation have resulted in severe and more frequent flash flooding …

This paper reviews the application of active thermometry techniques for bridge and pipeline
scour monitoring, and explores the potential for passive thermometry through outdoor bucket …

Scour is a non-negligible issue of monopiles that profoundly threatens the safety of
monopile for offshore wind turbines (OWTs). Accurately predicting the scour depth is …