Szabó, Simon ;
Funari, Marco Francesco ;
D'Altri, Antonio Maria ;
de Miranda, Stefano ;
Lourenço, Paulo B.
(2025)
Dataset of the paper "An optimised multi-level method for the pushover analysis of historic masonry structures accounting for the actual masonry pattern".
University of Bologna.
DOI
10.6092/unibo/amsacta/8407.
[Dataset]
Full text disponibile come:
Abstract
This dataset, developed in the framework of the H2020 HOLAHERIS project, contains results data related to an optimised multi-level method to account for the actual masonry pattern in the pushover analysis of historic masonry structures. The method uses (i) a rigid block-based limit analysis to identify realistic failure mechanisms accounting for the actual masonry pattern. Then, (ii) macro-blocks outlining the failure mechanism are identified based on a heuristic search. Finally, (iii) macro-blocks are modelled as homogeneous material interacting via cohesive-frictional interfaces in a finite element environment where base shear-displacement curves can be extracted by means of pushover analyses. Base shear-displacement curves obtained with this optimised multi-level method on five structural benchmarks, as well as the finite element models, are collected herein to provide data for future comparisons.
Abstract
This dataset, developed in the framework of the H2020 HOLAHERIS project, contains results data related to an optimised multi-level method to account for the actual masonry pattern in the pushover analysis of historic masonry structures. The method uses (i) a rigid block-based limit analysis to identify realistic failure mechanisms accounting for the actual masonry pattern. Then, (ii) macro-blocks outlining the failure mechanism are identified based on a heuristic search. Finally, (iii) macro-blocks are modelled as homogeneous material interacting via cohesive-frictional interfaces in a finite element environment where base shear-displacement curves can be extracted by means of pushover analyses. Base shear-displacement curves obtained with this optimised multi-level method on five structural benchmarks, as well as the finite element models, are collected herein to provide data for future comparisons.
Tipologia del documento
Dataset
Autori
Settori scientifico-disciplinari
DOI
Contributors
Data di deposito
02 Lug 2025 10:40
Ultima modifica
02 Lug 2025 10:40
Risorse collegate
Nome del Progetto
Programma di finanziamento
EC - H2020
URI
Altri metadati
Tipologia del documento
Dataset
Autori
Settori scientifico-disciplinari
DOI
Contributors
Data di deposito
02 Lug 2025 10:40
Ultima modifica
02 Lug 2025 10:40
Risorse collegate
Nome del Progetto
Programma di finanziamento
EC - H2020
URI
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