Abstract 3D point cloud data obtained from laser scans, images, and videos are able to
provide accurate and fast records of the 3D geometries of construction-related objects. Thus …

Methods employed for surveying buildings for condition have traditionally been reliant upon
visual assessment and manual recording. Survey of traditional masonry also ostensibly …

Within the precepts defended by the International Charter of Kraków, this paper aims at
presenting a fully non-destructive multidisciplinary approach able to characterize masonry …

Archaeology is developing considerably through the incorporation and application of
several methodologies and techniques from science, technology, engineering and …

This study examined the applicability of digital technologies based on three-dimensional
(3D) scanning, modeling, and printing to the restoration of damaged artifacts. First, 3D close …

This paper is focused on the Middle Paleolithic rock shelter called “Abrigo de San Lázaro”,
placed in the Eresma River valley (Segovia, Spain). In this area, a multisource geomatic …

Probabilistic registration algorithms [eg, coherent point drift,(CPD)] provide effective
solutions for point cloud alignment. However, using the original CPD algorithm for automatic …

This paper proposes a photogrammetric procedure able to determine out-of-plane
movements experienced by a masonry structure subjected to a quasi-static cyclic test. The …

A historical building is often a vulnerable system exposed to multiple natural and/or
anthropic hazards. It seems to be the case of the 1000-year-old leaning bell tower of Caorle …

Integrating Building Information Modeling (BIM) with 3D laser scanning (LIDAR)
technologies enhances the process of documenting heritage buildings. Many efforts were …