The scientific community is hardly working to propose reliable methodologies of analysis
and non-invasive technologies of investigation to assess the current state of conservation of …

The main aim of using the IoT paradigm is related to the possibility of a connectivity
extension of several common SHM devices by means of Internet. The connected devices are …

Cultural Heritage preservation requires the combination of in situ investigations and
accurate Finite Elements models in order to correctly interpret the empirical evidence and …

Vibration-based finite element model (FEM) updating of cultural heritage assets is gaining
so much attraction these days since destructive tests are usually not allowed to be …

As important components of urban sustainable development, historical buildings and blocks
have critical cultural, economical, and scientific values. Sustainable preservation and …

Abstract The opportunities of Operational Modal Analysis and Finite Element model
updating for non-destructive structural assessment have attracted significant research …

This work presents a surrogate model-based Bayesian model updating (BMU) approach for
automated damage identification of large-scale structures, which outperforms methods …

Stochastic approaches to structural health monitoring (SHM) are often inevitably limited by
computational constraints. For instance, for Markov chain Monte Carlo algorithms relying …

This paper presents an enhanced version and the validation of a recently proposed
methodology for earthquake-induced damage detection and localization in masonry towers …

This paper presents a novel method for rapidly addressing the earthquake-induced damage
identification task in historic masonry towers. The proposed method, termed DORI, combines …