Abstract Today, the Structural Health Monitorin (SHM) methodology is the main way to deal
with the detection and identification of damages in a range of engineering sectors, mainly in …

A novel damage localization method is introduced in this study, which exploits mode shape
curvatures as damage features, while accounting for operational variability. The developed …

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 …

This study focuses on identifying damage in reinforced concrete (RC) beams using time-
domain modal testing and wavelet analysis. A numerical model of an RC beam was used to …

Mode shape has been widely applied in damage identification and localization for plate-like
structures. However, each mode shape has its specific sensitivity to the damage at certain …

Composite structures as eg aircrafts, wind turbines or racing cars are frequently subjected to
numerous impacts. For example, aircrafts may collide with birds during take-off and landing …

This study suggests a methodology for damage diagnosis in structures, which is based on a
multivariate statistical procedure and uses the measured time domain structural vibration …

This study aims to demonstrate some capabilities of singular spectrum analysis (SSA) for the
purposes of analysis of vibrating/dynamic structures. SSA is a powerful method for time …

This study aims to investigate the performance of a data-driven methodology for quantifying
damage based on the use of a metamodel obtained from the Polynomial Chaos-Kriging …

In the last few decades, structural health monitoring (SHM) has been an indispensable
subject in the field of vibration engineering. With the aid of modern sensing technology, SHM …