Wind turbine structures are key components for modern transformation into free energy and
greener environment. In recent years, a rapid growth in the development and installation of …

This study presents a novel artificial neural network (ANN) based methodology within a
vibration-based structural health monitoring framework for robust damage detection. The …

This study presents a structural health monitoring system that is able to detect structural
defects of wind turbine blade such as cracks, leading/trailing-edge opening, or delamination …

This paper proposes a novel technique that aims at detecting the effect of damage on
structural frequency signals as “bad” outliers. To this end, a procedure is developed based …

The study aimed to investigate the performance of a Structural Health Monitoring (SHM)
methodology based on use of a single accelerometer and single actuator in the detection …

The paper presents a case study demonstrating the methods used to estimate the value of
the information (VoI) delivered by a structural health monitoring (SHM) system. The …

An inverse input–output method is proposed for long‐term condition monitoring of civil
infrastructures through monitoring the prediction error of air temperature recorded at the site …

Timing belt rupture, which can develop quickly and cause severe harm to various engine
components, usually occurs unexpectedly and without prior warning signs. Due to the rapid …

In the context of detecting changes in structural systems, several vibration‐based damage
detection methods have been proposed and successfully applied to both mechanical and …

A significant problem associated with the implementation of Vibration-Based Structural
Health Monitoring (VSHM) systems originates from the detrimental effects caused by …