The seismic retrofitting of existing buildings is still an open issue in the Seismic Engineering field. The need of upgrading and rehabilitation techniques is crucial, especially in highly seismic regions such as Italy. In this framework, The advantages of steel have teen clearly stated. However, its use as technology for seismic improvement and retrofitting of constructions is still limited. This study, focused on an industrial precast RC warehouse struck by the 2012 Northern Italy earthquakes, has the aim of both discussing improvements and disadvantages connected to different beam-column joint types and highlighting how local steel interventions can also improve the building global response.
Seismic analysis and retrofitting by steelwork of existing precast RC buildings: A case study / Formisano, A.; Davino, A.. - 2293:(2020). (Intervento presentato al convegno International Conference on Numerical Analysis and Applied Mathematics 2019, ICNAAM 2019 tenutosi a Sheraton Rhodes Resort, grc nel 2019) [10.1063/5.0026445].
Seismic analysis and retrofitting by steelwork of existing precast RC buildings: A case study
Formisano A.;Davino A.
2020
Abstract
The seismic retrofitting of existing buildings is still an open issue in the Seismic Engineering field. The need of upgrading and rehabilitation techniques is crucial, especially in highly seismic regions such as Italy. In this framework, The advantages of steel have teen clearly stated. However, its use as technology for seismic improvement and retrofitting of constructions is still limited. This study, focused on an industrial precast RC warehouse struck by the 2012 Northern Italy earthquakes, has the aim of both discussing improvements and disadvantages connected to different beam-column joint types and highlighting how local steel interventions can also improve the building global response.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
