In this study some results of seismic risk analysis conducted on an Italian existing masonry buildings stock are shown. In particular, typological vulnerability and fragility curves are presented by analyzing the AeDES forms available in Da.D.O. web-gis database, collecting the damage data due to L'Aquila 2009 earthquake. The obtained results clearly show the high vulnerability of the building stock investigated, allowing also of evaluating the seismic performance in economic terms
In the framework of the reconstruction plan of the historical centre of Arsita, hit by the 2009 L'Aq...
The prediction of the impact an earthquake could have on existing buildings requires the knowledge o...
UnReinforced Masonry (URM) buildings constitute the majority of the Italian building stock and repre...
In this study some results of seismic risk analysis conducted on an Italian existing masonry buildin...
The purpose of this study is the analysis of vulnerability trends, with particular emphasis to the e...
After recent seismic events, many information are made available about the seismic vulnerability of ...
The aim of this study is to describe the evolution of vulnerability over the years for masonry build...
This study focuses on the seismic vulnerability of masonry buildings damaged by the 2009 L’Aquila ea...
This study focuses on the seismic vulnerability assessment of the Italian residential building stock...
To assess the seismic vulnerability of masonry buildings is largely matter of personal feeling and e...
Recent earthquakes around the world and in Italy showed the seismic vulnerability of the existing b...
Background: Seismic risk mitigation has become a crucial issue due to the great number of casualties...
Territorial seismic risk assessment is fundamental for the definition and implementation of strategi...
Seismic risk assessment has become a crucial issue for optimal management of economic resources allo...
The vulnerability assessment of the different buildings identified in the historical centre of Vitto...
In the framework of the reconstruction plan of the historical centre of Arsita, hit by the 2009 L'Aq...
The prediction of the impact an earthquake could have on existing buildings requires the knowledge o...
UnReinforced Masonry (URM) buildings constitute the majority of the Italian building stock and repre...
In this study some results of seismic risk analysis conducted on an Italian existing masonry buildin...
The purpose of this study is the analysis of vulnerability trends, with particular emphasis to the e...
After recent seismic events, many information are made available about the seismic vulnerability of ...
The aim of this study is to describe the evolution of vulnerability over the years for masonry build...
This study focuses on the seismic vulnerability of masonry buildings damaged by the 2009 L’Aquila ea...
This study focuses on the seismic vulnerability assessment of the Italian residential building stock...
To assess the seismic vulnerability of masonry buildings is largely matter of personal feeling and e...
Recent earthquakes around the world and in Italy showed the seismic vulnerability of the existing b...
Background: Seismic risk mitigation has become a crucial issue due to the great number of casualties...
Territorial seismic risk assessment is fundamental for the definition and implementation of strategi...
Seismic risk assessment has become a crucial issue for optimal management of economic resources allo...
The vulnerability assessment of the different buildings identified in the historical centre of Vitto...
In the framework of the reconstruction plan of the historical centre of Arsita, hit by the 2009 L'Aq...
The prediction of the impact an earthquake could have on existing buildings requires the knowledge o...
UnReinforced Masonry (URM) buildings constitute the majority of the Italian building stock and repre...