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

The preservation and seismic risk mitigation of built cultural heritage is considered today as
a major priority in the international political agenda. Among the great variety of heritage …

Many efforts have been made in the last decade to define Automated Operational Modal
Analysis (AOMA) procedures able to process large datasets from long-term monitoring …

In this paper the actual dynamic behavior of the civic Clock tower of Rotella, a little village in
central Italy heavily damaged by the recent 2016 seismic sequence, is thoroughly …

The recent developments of micro-electro-mechanical systems and wireless sensor
networks allow today the use of low-cost and small-size sensors for continuous monitoring of …

A low-cost seismic instrumentation system (LCSIS) has been implemented and validated for
the structural health monitoring of South America's first experimental 6-story light-frame …

This paper is based on the the post-earthquake evaluation of two heavily damaged historic
masonry mosques and the investigation of the effects of near-fault and far-fault ground …

Continuous ambient seismic monitoring is becoming common for structural health
assessment of geologic features. However, the ability to detect or predict permanent …

This article presents the development and the results of three years of implementation of an
automated vibration-based structural health monitoring system for modal tracking the …

The implementation of condition monitoring for damage identification and the generation of
a reliable digital twin are essential elements of preventive conservation. The application of …