DE SILVA, FILOMENA

Nome completo

DE SILVA, FILOMENA

Afferenza

100024 - Dipartimento di Ingegneria civile, chimica e ambientale

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Risultati 1 - 9 di 9 (tempo di esecuzione: 0.017 secondi).

Fragility curves of URM buildings in aggregate considering the interaction with soil and among nearby footings

2025-01-01 Zeolla, E.; Brunelli, A.; de Silva, F.; Cattari, S.; Sica, S.

Investigating the combined role of the structural vulnerability and site effects on the seismic response of a URM school hit by the Central Italy 2016 earthquake

2022-01-01 Cattari, S.; Angiolilli, M.; Alfano, S.; Brunelli, A.; De Silva, F.

Observed and simulated urban-scale seismic damage of masonry buildings in aggregate on soft soil: The case of Visso hit by the 2016/2017 Central Italy earthquake

2022-01-01 Brunelli, A.; de Silva, F.; Cattari, S.

ON THE SITE-AMPLIFICATION AND SOIL-STRUCTURE INTERACTION IN URM STRUCTURES: USE OF FRAGILITY CURVES TO ASSESS THE SIMPLIFIED CODE-APPROACH

2021-01-01 Brunelli, Andrea; DE SILVA, Filomena; Cattari, Serena

On the soil-structure interaction in the seismic response of a monitored masonry school building struck by the 2016-2017 central Italy earthquake

2019-01-01 de Silva, F.; Piro, A.; Brunelli, A.; Cattari, S.; Parisi, F.; Sica, S.; Silvestri, F.

SFS INTERACTION WITH AND WITHOUT CROSS-INTERACTION BETWEEN THE FOUNDATIONS OF URM AGGREGATES

2024-01-01 Brunelli, A.; Zeolla, E.; De Silva, F.; Cattari, S.; Sica, S.

Simulation of damage observed on buildings in aggregate after the 2016-2017 Central Italy earthquake accounting for site effects and soil-structure interaction

2022-01-01 Brunelli, A.; Alleanza, G. A.; Cattari, S.; De Silva, F.; D'Onofrio, A.

Site effects and soil-foundation-structure interaction: derivation of fragility curves and comparison with Codes-conforming approaches for a masonry school

2022-01-01 Brunelli, A.; de Silva, F.; Cattari, S.

Soil-structure interaction effects on the dynamic behaviour of a masonry school damaged by the 2016–2017 central italy earthquake sequence

2019-01-01 Cattari, S.; Sivori, D.; Brunelli, A.; Sica, S.; Piro, A.; de Silva, F.; Parisi, F.; Silvestri, F.

Titolo	Data di pubblicazione	Autore(i)
Fragility curves of URM buildings in aggregate considering the interaction with soil and among nearby footings	1-gen-2025	Zeolla, E.; Brunelli, A.; de Silva, F.; Cattari, S.; Sica, S.
Investigating the combined role of the structural vulnerability and site effects on the seismic response of a URM school hit by the Central Italy 2016 earthquake	1-gen-2022	Cattari, S.; Angiolilli, M.; Alfano, S.; Brunelli, A.; De Silva, F.
Observed and simulated urban-scale seismic damage of masonry buildings in aggregate on soft soil: The case of Visso hit by the 2016/2017 Central Italy earthquake	1-gen-2022	Brunelli, A.; de Silva, F.; Cattari, S.
ON THE SITE-AMPLIFICATION AND SOIL-STRUCTURE INTERACTION IN URM STRUCTURES: USE OF FRAGILITY CURVES TO ASSESS THE SIMPLIFIED CODE-APPROACH	1-gen-2021	Brunelli, Andrea; DE SILVA, Filomena; Cattari, Serena
On the soil-structure interaction in the seismic response of a monitored masonry school building struck by the 2016-2017 central Italy earthquake	1-gen-2019	de Silva, F.; Piro, A.; Brunelli, A.; Cattari, S.; Parisi, F.; Sica, S.; Silvestri, F.
SFS INTERACTION WITH AND WITHOUT CROSS-INTERACTION BETWEEN THE FOUNDATIONS OF URM AGGREGATES	1-gen-2024	Brunelli, A.; Zeolla, E.; De Silva, F.; Cattari, S.; Sica, S.
Simulation of damage observed on buildings in aggregate after the 2016-2017 Central Italy earthquake accounting for site effects and soil-structure interaction	1-gen-2022	Brunelli, A.; Alleanza, G. A.; Cattari, S.; De Silva, F.; D'Onofrio, A.
Site effects and soil-foundation-structure interaction: derivation of fragility curves and comparison with Codes-conforming approaches for a masonry school	1-gen-2022	Brunelli, A.; de Silva, F.; Cattari, S.
Soil-structure interaction effects on the dynamic behaviour of a masonry school damaged by the 2016–2017 central italy earthquake sequence	1-gen-2019	Cattari, S.; Sivori, D.; Brunelli, A.; Sica, S.; Piro, A.; de Silva, F.; Parisi, F.; Silvestri, F.