The project aims at developing an integrated monitoring and simulation framework for the structural health control of ancient masonry constructions. Sensing will be based on small, inexpensive and interconnected wireless devices, developed by the Wireless Network Lab of ISTI-CNR. The data produced become the input for numerical simulations based on the NOSA-ITACA code, a finite-element software developed by the Mechanics of Materials and Structures Lab of ISTI-CNR to simulate the static and dynamic behaviour of masonry buildings, while taking into account the effects of cracking. The project's activities include some laboratory tests on the prototypes and the installation of a wireless accelerometer network on a monument in Lucca.

Progetto MONSTER - Monitoraggio Strutturale di Edifici Storici con Tecnologie Wireless e Strumenti di Calcolo Innovativi [Rapporto tecnico n. 1]

Barsocchi P.;Cassara' P.;Ferro E.;Girardi M.;Mavilia F.;Padovani C.;Pellegrini D.
2015

Abstract

The project aims at developing an integrated monitoring and simulation framework for the structural health control of ancient masonry constructions. Sensing will be based on small, inexpensive and interconnected wireless devices, developed by the Wireless Network Lab of ISTI-CNR. The data produced become the input for numerical simulations based on the NOSA-ITACA code, a finite-element software developed by the Mechanics of Materials and Structures Lab of ISTI-CNR to simulate the static and dynamic behaviour of masonry buildings, while taking into account the effects of cracking. The project's activities include some laboratory tests on the prototypes and the installation of a wireless accelerometer network on a monument in Lucca.
2015
Istituto di Scienza e Tecnologie dell'Informazione "Alessandro Faedo" - ISTI
Rapporto intermedio di progetto
Masonry buildings
Wireless Sensor Networks
Structural Health Monitoring
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/342449
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