CIPCast DSS, is a complex yet user-friendly and interoperable Decision Support System platform supporting the risk assessment and the real-time 24/7 operational monitoring of interdependent distributed critical infrastructures. CIPCast DSS is the reference platform for EISAC.it, the Italian node of the European Infrastructure Simulation and Analysis Centre. This paper presents the customization of CIPCast DSS to support the management of road networks in the aftermaths of an earthquake event, providing information on the damage and residual functionality of viaducts and bridges and the estimations of the earthquake-induced impacts in the surrounding natural and built environments. CIPCast DSS allows to support the identification of the areas and sections of the road networks that have been exposed to the ground shaking, and to estimate, in a simplified way, earthquake-induced damages for the road network components. Towards that fragility curves, numerical model analysis and data from Structural Health Monitoring (SHM) systems and sensors are used. The paper proposes physical damage indicators for bridges to be included in CIPCast DSS and the possible layout of SHM sensors to support their detection.
Ormando, C., Ianniruberto, U., Clemente, P., Giovinazzi, S., Pollino, M., Rosato, V. (2021). Real-time assessment of performance indicators for bridges to support road network management in the aftermaths of earthquake events. In COMPDYN Proceedings. National Technical University of Athens.
Real-time assessment of performance indicators for bridges to support road network management in the aftermaths of earthquake events
Ormando C.
;Ianniruberto U.;
2021-01-01
Abstract
CIPCast DSS, is a complex yet user-friendly and interoperable Decision Support System platform supporting the risk assessment and the real-time 24/7 operational monitoring of interdependent distributed critical infrastructures. CIPCast DSS is the reference platform for EISAC.it, the Italian node of the European Infrastructure Simulation and Analysis Centre. This paper presents the customization of CIPCast DSS to support the management of road networks in the aftermaths of an earthquake event, providing information on the damage and residual functionality of viaducts and bridges and the estimations of the earthquake-induced impacts in the surrounding natural and built environments. CIPCast DSS allows to support the identification of the areas and sections of the road networks that have been exposed to the ground shaking, and to estimate, in a simplified way, earthquake-induced damages for the road network components. Towards that fragility curves, numerical model analysis and data from Structural Health Monitoring (SHM) systems and sensors are used. The paper proposes physical damage indicators for bridges to be included in CIPCast DSS and the possible layout of SHM sensors to support their detection.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
