Germanese D., Moroni D., Pascali M. A., Tampucci M., Berton A.
UAV Structural Health Monitoring Crack monitoring
The preservation and maintenance of architectural heritage on a large scale deserve the design, development, and exploitation of innovative methodologies and tools for sustainable Structural Heritage Monitoring (SHM). In the framework of the Moscardo Project (https://www.moscardo.it/), the role of Unmanned Aerial Vehicles (UAVs) in conjunction with a broader IoT platform for SHM has been investigated. UAVs resulted in significant aid for a safe, fast and routinely operated inspection of buildings in synergy with data collected in situ thanks to a network of pervasive wireless sensors (Bacco et al. 2020). The main idea has been to deploy an acquisition layer made of a network of low power sensors capable of collecting environmental parameters and building vibration modes. This layer has been connected to a service layer through gateways capable of performing data analysis and presenting aggregated results thanks to an integrated dashboard. In this architecture, the UAV has emerged as a particular network node for extending the acquisition layer by adding several imaging capabilities.
Source: D-SITe 2022 - Drones. Systems of Information on culTural hEritage. For a spatial and social investigation, pp. 640–643, Pavia, Italy, 16-18/06/2022
Publisher: Pavia University Press, Pavia, ITA
@inproceedings{oai:it.cnr:prodotti:469153, title = {Exploring UAVs for structural health monitoring}, author = {Germanese D. and Moroni D. and Pascali M. A. and Tampucci M. and Berton A.}, publisher = {Pavia University Press, Pavia, ITA}, booktitle = {D-SITe 2022 - Drones. Systems of Information on culTural hEritage. For a spatial and social investigation, pp. 640–643, Pavia, Italy, 16-18/06/2022}, year = {2022} }