Add to ORKGInternational audienceA multidisciplinary approach is proposed for evaluating the effects of shaking due to strong motions on the Tiber river alluvial deposits in Rome's historical centre. At this aim, a detailed 3D geological model of the Tiber river alluvial deposit has been constructed and a numerical analysis of site response was performed along two geological sections across the historical centre of Rome. The numerical models were performed in both 1D and 2D configurations assuming linear and nonlinear conditions, by applying a three component seismic input. The results show that the maximum shear strains are strongly conditioned by the layer geometries (i.e. 2D or 1D conditions) and by the soil heterogeneity. Moreover, the reliability...
The presence of peats and high compressibility inorganic clays within alluvial fills on the left-sid...
A methodology is used which combines stochastic generation of random series with a finite-difference...
In this study we perform 3D nonlinear analyses of seismic site response of the Central Archaeologic...
International audienceA multidisciplinary approach is proposed for evaluating the effects of shaking...
Assessment of potential strong ground motion within the city of Rome is crucial to preserve its mill...
International audienceThe influence of lateral heterogeneities in alluvial deposits represents a top...
The influence of lateral heterogeneities on alluvial deposits is a topic of particular interest in t...
The influence of lateral heterogeneities on alluvial deposits is a topic of particular interest in ...
The paper presents the results of a case study conducted on the Holocene alluvial deposits of the Ti...
Paleoseismic evidence and seismic-hazard analysis suggest that the city of Rome, Italy, has experie...
This study is focused on evaluating local response and the earthquake–induced strains in a highly he...
Historical sources report that Rome has experienced considerable earthquake ground motion in the pa...
The historical centre of Rome is built for a great part on an alluvial plain, filled by sediments fr...
We have studied the seismic response of the city of Rome using the available macroseismic data of lo...
A hybrid technique, based on mode summation and finite differences, was used to silnulate the ground...
The presence of peats and high compressibility inorganic clays within alluvial fills on the left-sid...
A methodology is used which combines stochastic generation of random series with a finite-difference...
In this study we perform 3D nonlinear analyses of seismic site response of the Central Archaeologic...
International audienceA multidisciplinary approach is proposed for evaluating the effects of shaking...
Assessment of potential strong ground motion within the city of Rome is crucial to preserve its mill...
International audienceThe influence of lateral heterogeneities in alluvial deposits represents a top...
The influence of lateral heterogeneities on alluvial deposits is a topic of particular interest in t...
The influence of lateral heterogeneities on alluvial deposits is a topic of particular interest in ...
The paper presents the results of a case study conducted on the Holocene alluvial deposits of the Ti...
Paleoseismic evidence and seismic-hazard analysis suggest that the city of Rome, Italy, has experie...
This study is focused on evaluating local response and the earthquake–induced strains in a highly he...
Historical sources report that Rome has experienced considerable earthquake ground motion in the pa...
The historical centre of Rome is built for a great part on an alluvial plain, filled by sediments fr...
We have studied the seismic response of the city of Rome using the available macroseismic data of lo...
A hybrid technique, based on mode summation and finite differences, was used to silnulate the ground...
The presence of peats and high compressibility inorganic clays within alluvial fills on the left-sid...
A methodology is used which combines stochastic generation of random series with a finite-difference...
In this study we perform 3D nonlinear analyses of seismic site response of the Central Archaeologic...