The paper discusses the possibility of reliably estimating the concrete resistance based on
Young's modulus assessed from FE model updating using ambient vibration data. The …

Abstract Recent research in Indirect Structural Health Monitoring (ISHM) uses the dynamic
response of instrumented vehicles to carry out “drive-by” monitoring of bridges. These …

This chapter aimed to present different data driven Vibration-Based Methods (VBMs) for
Structural Health Monitoring (SHM). This family of methods, widely used for engineering …

Modal identification is an important research subject in structural health monitoring. It is a
mature subject for modal identification of time-invariant and stationary conditions. Because …

Widespread monitoring of bridges is yet rarely employed at a territorial level due to the high
costs of monitoring systems. However, the aging of civil infrastructures, combined with the …

Curvature is one of the most popular damage-sensitive features in vibration-based structural
health monitoring applications, typically calculated from identified modal features. While the …

Thanks to emerging techniques in the field of signal processing and due to improvements in
smart sensing systems which enable the event‐triggered acquisition of high‐fidelity data at …

Civil engineering structures usually exhibit time-varying characteristics under operational
conditions due to changes in environment and loads. The identification of instantaneous …

Vibration measurement and modal analysis under a high spatial and temporal resolution
have high significance for revealing inner structural characteristics. This work develops a …

One of the most discussed aspects of vibration-based structural health monitoring (SHM) is
how to link identified parameters with structural health conditions. To this aim, several …