This paper gives an overview on the current status of vibration-based methods for Structural
Health Monitoring. All these methods have in common that a structural change due to a …

Fault detection, isolation, and reconfiguration (FDIR) is an important and challenging
problem in many engineering applications and continues to be an active area of research in …

Despite the general acknowledgment in the Fault Detection and Isolation (FDI) literature that
FDI are typically accomplished in two steps, namely residual generation and residual …

As the automated modal analysis is crucial for a continuous monitoring system, this study
proposes a framework for automated modal identification of bridge parameters based on the …

Stochastic Subspace Identification methods have been extensively used for the modal
analysis of mechanical, civil or aeronautical structures for the last ten years. So-called …

Experimental modal analysis has become a commonly-used technique for studying the
dynamical behaviour of mechanical and civil structures, such as for example cars, aircrafts …

Modal identification methodologies are used to determine the dynamic characteristics of sys-
tems. In structural engineering, these dynamic parameters play an important role in the …

The vibration-based structural health monitoring problem is addressed as the double task of
detecting damages modelled as changes in the eigenstructure of a linear dynamic system …

This paper focuses on the model updating of complex structural systems. Traditional model
updating techniques optimize an objective function to calculate one single optimal model …

One of the strategies to detect and classify faults in mechanical systems is to use a time
domain family of techniques known as output-only methods. Those methods are based on …