This work deals with the seismic reliability analysis of an existing single-span open spandrel RC arch bridge, aiming to assess its seismic structural safety. In general, the seismic reliability analysis is a powerful tool able to combine the seismic hazard and the structural fragility for computing the probability of failure of a specific damage state of interest. The present work wants to apply this consolidated procedure to the specific case study of an open spandrel RC arch bridge located in Vicenza (IT), adopting as suitable engineering demand parameter the inter-story drift ratio of the columns between the RC arches and the RC beams grillage
Seismic reliability analysis is one of the most advanced tools for assessing the actual levels of sa...
This work focuses on the fragility assessment of reinforced concrete multi-span continuous bridges, ...
A procedure for seismic fragility assessment, suitable for application to non ductile RC structures ...
This work deals with the seismic reliability analysis of an existing double-span open spandrel RC ar...
This work deals with the seismic reliability assessment of an existing double-span open spandrel RC ...
Seismic reliability analysis (SRA) is a powerful tool able to combine seismic hazard and structural ...
External events represent the most common causes of bridge failure which could indicate distress, pa...
Recent seismic events occurred in Central Italy drew the attention towards the resilience of the Ita...
Recent seismic events occurred in Central Italy drew the attention towards the resilience of the Ita...
This study concerns a new probabilistic framework to evaluate road/railway bridges after an earthqua...
The paper investigates the reliability of simply supported bridges, retrofitted or less with seismic...
n this work fragility curves for multi-span simply supported reinforced concrete (RC) girder bridges...
Current design codes are mostly based on a force-based seismic design approach, which accounts for t...
Considering in this work, a simplified methodology was proposed in order to evaluate seismic vulnera...
Seismic reliability analysis is one of the most advanced tools for assessing the actual levels of sa...
This work focuses on the fragility assessment of reinforced concrete multi-span continuous bridges, ...
A procedure for seismic fragility assessment, suitable for application to non ductile RC structures ...
This work deals with the seismic reliability analysis of an existing double-span open spandrel RC ar...
This work deals with the seismic reliability assessment of an existing double-span open spandrel RC ...
Seismic reliability analysis (SRA) is a powerful tool able to combine seismic hazard and structural ...
External events represent the most common causes of bridge failure which could indicate distress, pa...
Recent seismic events occurred in Central Italy drew the attention towards the resilience of the Ita...
Recent seismic events occurred in Central Italy drew the attention towards the resilience of the Ita...
This study concerns a new probabilistic framework to evaluate road/railway bridges after an earthqua...
The paper investigates the reliability of simply supported bridges, retrofitted or less with seismic...
n this work fragility curves for multi-span simply supported reinforced concrete (RC) girder bridges...
Current design codes are mostly based on a force-based seismic design approach, which accounts for t...
Considering in this work, a simplified methodology was proposed in order to evaluate seismic vulnera...
Seismic reliability analysis is one of the most advanced tools for assessing the actual levels of sa...
This work focuses on the fragility assessment of reinforced concrete multi-span continuous bridges, ...
A procedure for seismic fragility assessment, suitable for application to non ductile RC structures ...