Architectural analysis and application of BIM methodology in the extra-urban sanctuary of Tusculum
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2021Materia/s Unesco
Resumen
Building Information Models (BIM) are presented as a tool with interesting possibilities in the fields of knowledge, management and dissemination of architectural and archaeological Cultural Heritage. This study describes the work process and the results of the development of such a digital model for the extra-urban sanctuary of the city of Tusculum, one of the best-preserved buildings of the site, yet less known and studied. Within the framework of a new phase of research on the archaeological site, the stratigraphic and constructive analysis of the wall that delimited the original terrace of the complex has been carried out. This has allowed to determine a chronological sequence and to establish the bases for the modelling of both the current state and some of its evolution phases, thus enabling a proposal for restitution of some of the previous states of the complex. The aim was to build a model that synthesizes the current knowledge and that has open and flexible characteristics, so that future research can enhance, complement or correct it. © 2021 Consiglio Nazionale delle Ricerche. All rights reserved.
Building Information Models (BIM) are presented as a tool with interesting possibilities in the fields of knowledge, management and dissemination of architectural and archaeological Cultural Heritage. This study describes the work process and the results of the development of such a digital model for the extra-urban sanctuary of the city of Tusculum, one of the best-preserved buildings of the site, yet less known and studied. Within the framework of a new phase of research on the archaeological site, the stratigraphic and constructive analysis of the wall that delimited the original terrace of the complex has been carried out. This has allowed to determine a chronological sequence and to establish the bases for the modelling of both the current state and some of its evolution phases, thus enabling a proposal for restitution of some of the previous states of the complex. The aim was to build a model that synthesizes the current knowledge and that has open and flexible characteristics, so that future research can enhance, complement or correct it. © 2021 Consiglio Nazionale delle Ricerche. All rights reserved.
