Rilievo per la modellazione e la gestione informativa HBIM. Approccio multicomponente per l'analisi strutturale e il restauro di edifici storici
Articolo
Data di Pubblicazione:
2022
Abstract:
The architectural survey for the restoration of a monument is closely linked to the
conservation objectives, the research methodology, and the application of multiple direct and
indirect investigation techniques for the construction of adequate geometric and informative
models. In particular, the paper aims to understand and evaluate a building from its structural
characteristics, developing a methodology that, from the geomatic survey, deconstructs the
building itself into elements and articulates them in a HBIM platform, which integrates a set
of five semantic models representing the architectural components and construction abaci.
The approach applies this survey method and modelling workflow to the study of some
post-Byzantine monasteries in Albania with a focus on the structural conditions of the church
of S. Maria in Goranxi that presents problems of instability due to phases of expansion and
over construction.
conservation objectives, the research methodology, and the application of multiple direct and
indirect investigation techniques for the construction of adequate geometric and informative
models. In particular, the paper aims to understand and evaluate a building from its structural
characteristics, developing a methodology that, from the geomatic survey, deconstructs the
building itself into elements and articulates them in a HBIM platform, which integrates a set
of five semantic models representing the architectural components and construction abaci.
The approach applies this survey method and modelling workflow to the study of some
post-Byzantine monasteries in Albania with a focus on the structural conditions of the church
of S. Maria in Goranxi that presents problems of instability due to phases of expansion and
over construction.
Tipologia CRIS:
01.01 Articolo in rivista
Keywords:
monuments in a state of ruin; virtual reconstruction; HBIM; seismic vulnerability digital mode
Elenco autori:
Cangi, Giovanni; Cessari, Luciano; Gigliarelli, Elena
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