.In Italy infills and partitions (non-structural elements) are typically made up of hollow brick masonry, disposed in one or two parallel vertical walls. Many studies have analysed their role on the seismic behaviour of moment resisting framed RC buildings and many seismic codes, all over the world, have provided specific additional measures for them. During the Abruzzo seismic sequence, non-structural damage in RC buildings, both private and public, was extensive, varying from small cracks to collapse, along with minor or no damage to structural elements. This damage involved a number of buildings, both old and recently completed, determining heavy socio-economic consequences, including human casualties, loss of building functionality (particularly important in case of strategic constructions), and unusable buildings. In this paper a review of the most frequent damage patterns is performed, aimed at identifying the main causes of damage and linking them to commonly adopted construction rules. For this purpose, local and global structural configurations frequently exhibiting non-structural damage are described, aside from out-of-plane and in-plane failures. Furthermore, a review of code provisions on non structural elements has been performed in the paper making reference to the most prominent current seismic codes and, finally, some design and construction rules are suggested

Performance Of Non-Structural Elements In Rc Buildings During The L’aquila, 2009 earthquake / Braga, Franco; Manfredi, V; Masi, A; Salvatori, A. VONA M.. - In: BULLETIN OF EARTHQUAKE ENGINEERING. - ISSN 1570-761X. - STAMPA. - 9:1(2010), pp. 307-324. [10.1007/s10518-010-9205-7]

Performance Of Non-Structural Elements In Rc Buildings During The L’aquila, 2009 earthquake

BRAGA, Franco;
2010

Abstract

.In Italy infills and partitions (non-structural elements) are typically made up of hollow brick masonry, disposed in one or two parallel vertical walls. Many studies have analysed their role on the seismic behaviour of moment resisting framed RC buildings and many seismic codes, all over the world, have provided specific additional measures for them. During the Abruzzo seismic sequence, non-structural damage in RC buildings, both private and public, was extensive, varying from small cracks to collapse, along with minor or no damage to structural elements. This damage involved a number of buildings, both old and recently completed, determining heavy socio-economic consequences, including human casualties, loss of building functionality (particularly important in case of strategic constructions), and unusable buildings. In this paper a review of the most frequent damage patterns is performed, aimed at identifying the main causes of damage and linking them to commonly adopted construction rules. For this purpose, local and global structural configurations frequently exhibiting non-structural damage are described, aside from out-of-plane and in-plane failures. Furthermore, a review of code provisions on non structural elements has been performed in the paper making reference to the most prominent current seismic codes and, finally, some design and construction rules are suggested
2010
Failure mechanisms; L'Aquila earthquake; Masonry infills; Non structural elements; Seismic codes
01 Pubblicazione su rivista::01a Articolo in rivista
Performance Of Non-Structural Elements In Rc Buildings During The L’aquila, 2009 earthquake / Braga, Franco; Manfredi, V; Masi, A; Salvatori, A. VONA M.. - In: BULLETIN OF EARTHQUAKE ENGINEERING. - ISSN 1570-761X. - STAMPA. - 9:1(2010), pp. 307-324. [10.1007/s10518-010-9205-7]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/378545
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