Abstract 3D point clouds have emerged as a crucial source of information in the field of
Cultural Heritage due to their ability to capture reality with high density and accuracy. They …

In recent years, advanced digital technologies have driven an outstanding paradigm shift in
the field of architectural heritage, particularly for building modelling, historical documentation …

Empirical data on the seismic behavior of masonry buildings are collected by technicians
through rapid visual assessment procedures, ie, by filling in forms that organize information …

Purpose of this paper is to illustrate the contribution of geomatics studies in management
and protection of Cultural Heritage assets. Architectural surveys, carried out by integrating …

Abstract The digitization of Cultural Heritage paves the way for new approaches to surveying
and restitution of historical sites. With a view to the management of integrated programs of …

Damage scenarios caused by the 2016 Central Italy earthquake confirmed the relevant role
of interventions on masonry buildings' seismic performance, also by increasing (rather than …

Fragility models are widely employed to forecast seismic damage in built environments.
However, the actual conditions of buildings, depending on their construction systems and …

This paper brings together multidisciplinary studies on the relationship between architecture
and territory, on historical-archival analysis and on 3D digital survey by drone …

The contribution demonstrates the benefits of Unmanned Aerial Vehicles (UAV)-based
surveys for building damage evaluation and decisions on interventions after an earthquake …

The preservation of vernacular architecture is grounded on the study of those building
techniques adopted in the past, when know-how and craftmanship (the rule-of-thumb for a …