Abstract: The seismic assessment of existing buildings is an essential issue of seismic engineering. This work is focused on the evaluation of the seismic performance of existing RC buildings according to the current Italian Technical Code, which almost coincides with the European Eurocode 8. Alternative types of analyses, all consistent to the Code provisions, have been performed with reference to a case-study, that is a real RC hospital building. An accurate knowledge of the building has been achieved, as a result of a collaboration between the University of Florence and the Regional Government. Both elastic and inelastic modeling, as well as static and dynamic ones, have been adopted in the analysis. The global response—with special attention to torsional effects—and the seismic performance of each single member have been found with all the performed analyses. The comparison among the analyses has been performed in terms of both global and local response parameters, and the reliability of each analysis has been pointed out.

Sismic assessment of a real RC asymmetric hospital building according to NTC 2008 analysis methods / La Brusco, Alessandra; Mariani, V.; Tanganelli, M.; Viti, S.; De Stefano, Mario. - In: BULLETIN OF EARTHQUAKE ENGINEERING. - ISSN 1570-761X. - STAMPA. - 13:(2015), pp. 2973-2994. [10.1007/s10518-015-9758-6]

Sismic assessment of a real RC asymmetric hospital building according to NTC 2008 analysis methods

LA BRUSCO, ALESSANDRA;MARIANI, VALENTINA;TANGANELLI, MARCO;VITI, STEFANIA;DE STEFANO, MARIO
2015

Abstract

Abstract: The seismic assessment of existing buildings is an essential issue of seismic engineering. This work is focused on the evaluation of the seismic performance of existing RC buildings according to the current Italian Technical Code, which almost coincides with the European Eurocode 8. Alternative types of analyses, all consistent to the Code provisions, have been performed with reference to a case-study, that is a real RC hospital building. An accurate knowledge of the building has been achieved, as a result of a collaboration between the University of Florence and the Regional Government. Both elastic and inelastic modeling, as well as static and dynamic ones, have been adopted in the analysis. The global response—with special attention to torsional effects—and the seismic performance of each single member have been found with all the performed analyses. The comparison among the analyses has been performed in terms of both global and local response parameters, and the reliability of each analysis has been pointed out.
2015
13
2973
2994
La Brusco, Alessandra; Mariani, V.; Tanganelli, M.; Viti, S.; De Stefano, Mario
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1003965
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