Archaeological Building Information Modeling: beyond scalable representation of architecture and archaeology

Title: Archaeological Building Information Modeling: beyond scalable representation of architecture and archaeology
Creator(s): Garagnani, Simone
Date: 2017
Is Part Of: Archeologia e Calcolatori
Volume: 28
Issue: 2
Pages: 141-149
Language: eng
Rights: CC BY-NC-ND 4.0
Short Title: Archaeological Building Information Modeling
DOI: https://doi.org/10.19282/ac.28.2.2017.09
URI: https://www.archcalc.cnr.it/journal/articles/921
Zotero BiDiAr: https://www.zotero.org/groups/5293298/bidiar/items/8MWCIXBP/item-list
Abstract: The widespread use of technologies and processes aimed at information management is one of the main trends in today’s building industry. Collaboration, coordination and validation of design results are fostered by software and workflows that involve many disciplines. Taking into account these premises, this paper deals with the application of such a paradigm to the archaeological and architectural fields. The application to the particular case study of the Etruscan town of Kainua aspires to be exemplary, since it is referred to different metric scales, from the building to the urban settlement. The digital reconstruction of the whole town, which can be explored and studied by means of Virtual Reality, was validated from a philological point of view using an original interdisciplinary approach called ArchaeoBIM, i.e. a methodology that encompasses the information flow among different disciplines with the same interest in understanding, and virtually reconstructing, lost realities. Using this method, architectural proportions brought by existing literature, physical behaviours of materials and components, layouts of rooms and spaces regulated by rituals or historic traditions are collected in a model that is able to represent morphologies, analysis and functions. This model, basically a geometric database linking heterogeneous documents, can be used in many different ways, from analytic abstractions to static simulations, from solar analysis to visual renderings. It becomes a common language for information exchange among scholars and users interested in the dissemination and study of the cultural heritage.