La fotografia per la mappatura del quadro fessurativo del patrimonio architettonico in situazioni di emergenza

Michele Russo; Maria Paternò di Sessa; Luca Ercolin; Paolo Russo

doi:10.6092/issn.1828-5961/3874

Authors

Michele Russo Politecnico di Milano

Architect and PhD, he is researcher at Design Department, Politecnico di Milano. From 2003 till now has been working on 3D survey and digital modeling applied to Cultural Heritage and Industrial Design, he’s both reviewer and author of several articles of national and international journals and proceedings on 3D Imaging topics.
Maria Paternò di Sessa Zenith Ingegneria s.r.l.

Graduated in engineering at the University of Ferrara, from 2004 she is enrolled to the Ordine degli Ingegneri of the Ferrara province. In the last year she had a role as regular teacher and from 2007 she is member of Zenith Ingegneria srl, spin-off enterprise of the University of Ferrara. From 2013 she starts a doctorate at the Engineering Department in Ferrara.
Luca Ercolin Zenith Ingegneria s.r.l.

Graduated in engineering at the University of Ferrara, from 2002 he is enrolled to the Ordine degli Ingegneri of the Rovigo province. In the last years he has cooperated with several offices for design and direction of works. From 2007 he is member of Zenith Ingegneria srl, and from 2008 he has the role of president and managing director of Zenith.
Paolo Russo Università di Ferrara

Graduated in engineering at the University of Bologna, from 1990 he is full professor in ICAR06 (Topography and cartography). In 1995 he is nominated headmaster of the Engineering Faculty in Ferrara and from 2001 he has been Prorettore in the education field. Recently he is involved in some researches about digital photogrammetry, geometrical models, geodetic networks, terrestrial and satellite digital survey.

DOI:

https://doi.org/10.6092/issn.1828-5961/3874

Keywords:

Digital imaging, cracks mapping, emergency, drawing

Abstract

The digital photography represents not only an immediate medium for data communication, but also an effective instrument for surveying and monitoring the architectural buildings. In this context, 2D images allow to acquire multi-scale geometrical and material data in a few time. This peculiarity makes this technique very suitable for the survey of cracks distribution in emergency condition, for example immediately after an earthquake. Referring to this specific application, the article suggests a process of 2D images acquisition, data management and representation for surveying crack distribution inside an historical building in Ferrara, Palazzo Renata di Francia, seriously damaged by the seismic events happened in May 2012.

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2D digital imaging for cracks mapping of Cultural Heritage in emergency condition

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