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 …

In this article, the effect of polycaprolactone nanofibers on the dynamic behavior of glass
fiber reinforced polymer composites is investigated. The vibratory behavior of composite …

The operational modal analysis (OMA), as a passive technique, has found a practical
application in the structural health monitoring (SHM) of structures in service subjected to …

In this study, a new methodology for fault detection in rolling element bearings is proposed,
which is based on singular spectrum analysis (SSA). The main idea of the methodology is to …

In this work, we develop a data-driven method for the diagnosis of damage in mesoscale
mechanical structures using an array of distributed sensor networks. The proposed …

Fatigue cracks can cause nonlinearities in the vibration responses of cracked structural
components. Nevertheless, there is a noticeable barrier to quantitatively evaluating the …

Structural health monitoring enables structural information to be acquired through sensing
technology, and is of need to early detect problems and damages in structures. Health …

The increase in size and complexity of wind turbine blades makes maintenance and repair
works harder to perform. Implementing a Structural Health Monitoring (SHM) process, so that …

This study presents a system that is able to detect defects like cracks, leading/trailing edge
opening or delamination of at least 15 cm size, remotely, without stopping the wind turbine …

This chapter studies the application of data-driven methods and specifically principal
component analysis (PCA) and singular spectrum analysis (SSA) for purposes of damage …