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 …

Masonry structures dominate cultural heritage sites worldwide. Public authorities ought to
preserve and safeguard such structures for future generations. However, precise evaluation …

This paper performed a systematic review of the various machine learning (ML) techniques
applied to assess the health condition of heritage buildings. More robust predictive models …

In the history of our civilization, masonry structures date back thousands of years.
Considering the different types, geometries, and arrangements of masonry components, as …

This paper presents a novel methodology for earthquake-induced damage identification of
historical constructions through sparse multivariate regression. The proposed methodology …

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

Continuously identified natural frequencies of vibration can provide unique information for
low-cost automated condition assessment of civil constructions and infrastructures …

This tutorial paper aims to introduce the topic of operational modal analysis to non-
specialists on the subject. First of all, it is stressed the relevance of this experimental …

The response of the San Pietro monumental bell-tower located in Perugia, Italy, to the 2016
Central Italy seismic sequence is investigated, taking advantage of the availability of field …

The paper summarizes the conceptual development of a vibration-based strategy suitable to
the structural health monitoring of ancient masonry towers and exemplifies its application in …