This paper presents a research work developed within the project for the preservation and enhancement of the Chartreuse of Pisa and its Museums, promoted by the University of Pisa in 2018, in order to develop suitable guidelines for the restoration and re-functionalization of the entire monumental complex. The proposed experiment regards an application of Building Information Modeling methodology to support the structural safety assessment of a portion of the monumental complex, starting with a three-dimensional model obtained from a point cloud via terrestrial laser-scanner. The focus on structural aspects has involved the representation of the crack pattern and the major critical issues for building safety, as well as the automation of simplified static and seismic analyses. The semantically enriched model shows the potential of the method to support the diagnosis of cultural heritage. Furthermore, the ability to include information on the decorative apparatus makes the computer model a fundamental tool for managing decision-making in the conservation project.
Un’applicazione BIM per la diagnosi strutturale e la valutazione della sicurezza di complessi monumentali: il caso della Certosa di Pisa
Francesca GAGLIO;Vincenzo MESSINA;Francesca GIULIANI;Massimiliano MARTINO;Anna DE FALCO
2023-01-01
Abstract
This paper presents a research work developed within the project for the preservation and enhancement of the Chartreuse of Pisa and its Museums, promoted by the University of Pisa in 2018, in order to develop suitable guidelines for the restoration and re-functionalization of the entire monumental complex. The proposed experiment regards an application of Building Information Modeling methodology to support the structural safety assessment of a portion of the monumental complex, starting with a three-dimensional model obtained from a point cloud via terrestrial laser-scanner. The focus on structural aspects has involved the representation of the crack pattern and the major critical issues for building safety, as well as the automation of simplified static and seismic analyses. The semantically enriched model shows the potential of the method to support the diagnosis of cultural heritage. Furthermore, the ability to include information on the decorative apparatus makes the computer model a fundamental tool for managing decision-making in the conservation project.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
