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In HBIM modeling it is common to have to represent elements that appear arranged in series and equidistant, but which are not, due to inaccuracies that we can consider to be mainly of a constructive type. To represent this variety, some solutions are exemplified here, ranging from precise and articulated direct modeling activities, up to indirect modeling procedures developed with Visual Programming Language.

The research has as the aim to enhance, through the use of ICT (Information and Communications Technologies), the archaeological assets of the Roman city of Aquinum, and in particular the monumental complex of the “Central Baths”. The enhancement strategies through ICT envisage a widespread diffusion of devices/set-ups that follow the principles of Virtual/Augmented Reality, enriching the visualizations with a storytelling and gamification process, which can also be used on visitors’ own devices, to promote the diffusion on social media. The research is scalable and envisages the development of technological solutions that can be used transversally to enhance all the assets involved, taking into consideration the future replicability in other places of culture in the Liri Valley.

In the last decade, digital processes have strongly influenced the ways in which information concerning the built heritage is represented and managed and the consequent preservation and enhancement activities conducted by specialists in the field. While this has led to a significant increase in the amount of data produced, equally evident are the difficulties encountered in archiving and managing this knowledge, with consequent loss of data and dispersion of memory related to the design and construction of historic buildings. This paper aims to illustrate the potential that a model-based approach can offer for representing the multifaceted richness and uniqueness of the architectural heriatage, both from a material and intangible point of view, thus acting as a conduit for the knowledge and memory of the craftsmen who built it.

This paper summarizes the results of a Ph.D. thesis, conducted on the combination of Artificial Intelligence, H-BIM and collaborative reality-based platforms for the transfer and retrieval of semantic annotations on digital cultural heritage, in support of restoration and conservation processes.

Automated HBIM through VPL for the divisione in faithful geometries and the assignment of characteristics.
D. Amadio 

HBIM: from survey to digital twin. The workflow of the case study of the tomb of the Medusa at the Policlinico Umberto I in Rome.
S. Beco, M. L. Cascelli, V. Speziale, E. Varasi 

Methods for the development of HBIM models for the visualization and management of museum environments.
D. Mezzino, A. Tomalini, J. Bono 

Digital twin: the BIM information model of Rome’s MAXXI Museum
M. Benga, M. A. Russo 

A 5D BIM strategy for cost management.
E. C. Bussi, M. Del Giudice, A. Osello 

The digital building dossier.
A. Tata, M. L. Capannolo, S. Brusaporci, P. De Berardinis 

Possible solutions for metamodelling: the BIM grey box.
C. Bianchini, M. Griffo, L. J. Senatore              

Virtual Narrative Environments for Cultural Heritage: the case study of the Marini Museum in Florence.
G. Attademo 

An inclusive design of virtual environments to improve the relationship with architectural space and problems of acrophobia.
A. L. Pecora 

Game Engine Applications Overview And Comparative Analysis For The Enhancement Of Cultural Heritage.
G. Amoruso, G. Buratti 

Is proposed the development of a new HBIM process which through informatic processes developed in VPL allows to preserve original geometries of cultural heritage, divide them into their singular parts and at the same time create and associate their own attributes acquired from dataset or technical files.

The article presents the results of a study carried out on the “Tomb of the Medusa” located within the walls of the Polyclinic Umberto I of Rome, dating back to the Hadrian period (II sec. A.C).

The objectives pursued firstly analyze the use of the HBIM methodology and subsequently the elaboration of the restoration project with particular attention to the material elements and the study of degradation.

The interoperability of the entire design process allows to pass from the survey through acquisition and management of point clouds to the information of the parametric three-dimensional model via the use of BIM modeler, VPL (visual programming language) and free form modelers.

The result achieved by the entire workflow thus comes to the proposal of museum design interventions based on the use of virtual reality.

In the context of the progressive digitization of built heritage, this contribution illustrates the methods, techniques, and tools adopted for the development of a Heritage BIM (H-BIM) model of the building of the Collegio dei Nobili which, since 1824, has hosted the collections of the Egyptian Museum of Turin.

The project that has been developed in the broader framework of the digital transition of the Fondazione Museo delle Antichità Egizie di Torino, illustrates the work of survey and representation of the internal and external spaces of the Museum. Through the complexity of the case study, the article describes the workflows adopted to solve the different critical issues faced for representation and 3D modeling in a BIM environment.

The methodology and the workflow adopted provide a valid contribution to the digitization of museum environments located inside a historic building.

This paper studies BIM process implemented to systems and building elements maintenance of MAXXI Museum in Rome. In this case, compared to geometry, the BIM model is created with a prevalence of information connected to building’s management and maintenance phases.