With massive construction of offshore wind turbines (OWT), structural health monitoring
(SHM) techniques have been applied to estimate the working conditions and provide early …

This article presents a cost-effective method to monitor the structural health of transmission
towers, a critical yet aging infrastructure that plays an important role in the overall reliability …

A significant issue that has plagued data-driven Vibration-based Structural Health
Monitoring (VSHM) is the mitigation of Environmental and Operational Variations (EOVs) …

In the long-term, the modal properties of Offshore Wind Turbines (OWT) exhibit significant
variations due to constant changes in environmental and operational conditions. These …

This paper presents a methodology for enhancing frequency-based Structural Health
Monitoring (SHM) of Offshore Wind Turbines (OWTs) by incorporating digital twin models …

The OWI-Lab has a long history in employing Operational Modal Analysis (OMA) to monitor
the resonance frequencies of (offshore) wind turbines and other infrastructure. However …

In this thesis, the objective is to monitor the wind turbine without stopping or interfering with
its operation. So, the monitoring of operating wind turbines with Operational Modal Analysis …

In the effort to increase sustainability and help drive the energy sector to support oil and gas
decarbonisation, the importance of identifying and characterising the current state of assets …

This paper introduces a multi-phase adaptive methodology designed to address the
complexities of mitigating environmental and operational variability (EOV) in time-variant …