Working with heritage is complex and projects often include scientific, structural, and
documentary studies. Every step requires a systematic approach in which the contribution of the …

The creation of Cultural Heritage (CH) Digital Twins is based on i) the capture of geometric
data using digital technologies (laser scanning and photogrammetry); ii) the processing of the …

Maintaining the structure and ornaments of historical buildings is essential to preserve cultural
heritage in any society. Thus, dating the state and the evolution of the elements requires a …

In recent years, significant progress has been made in the creation of equipment that
captures the so-called personal spatial data records. The size and its price compared to other …

The benefits of Building Information Modelling (BIM) accrue from the needs of the interoperability
of applied technologies. This scope is strongly related to heritage buildings. Protection …

3D point cloud data from data acquisition techniques such as terrestrial photogrammetry,
close range photogrammetry (CRP) and light detection and ranging (LiDAR) play a major role …

The benefits of using BIM in the construction sector are now widely recognised. From this
awareness comes the aspiration to have the same advantages for the Cultural Heritage (CH) …

Studies on 3D reconstruction have evolved from traditional modelling methods into Building
Information Modelling. This technology allows for creating 3D models based on ontologies, …

Reverse engineering and the creation of digital twins are advantageous for documenting,
cataloging, and maintenance control tracking in the cultural heritage field. Digital copies of the …

The digitisation of architectural heritage has experienced a great development of low-cost
and high-definition data capture technologies, thus enabling the accurate and effective …