Castellazzi, Giovanni ; D'Altri, Antonio Maria ; Bitelli, Gabriele ; Selvaggi, Ilenia ; Lambertini, Alessandro
(2015)
From laser scanning to finite element analysis of complex buildings by using a semi-automatic procedure.
[Preprint]
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Abstract
In this paper a new semi-automatic procedure to transform three-dimensional point clouds of complex objects to three-dimensional finite element models is presented and validated. The procedure (CLOUD2FEM) conceives the point cloud as a stacking of point sections. The complexity of the clouds is arbitrary since the procedure is designed for terrestrial laser scanner surveys applied to buildings with irregular geometry, such as historical buildings. The proposed method allows to always produce a filled three-dimensional model ready to use for structural analysis purpose. A comparison analysis with a CAD based model is carried out on a historical building damaged by a seismic event.
Abstract
In this paper a new semi-automatic procedure to transform three-dimensional point clouds of complex objects to three-dimensional finite element models is presented and validated. The procedure (CLOUD2FEM) conceives the point cloud as a stacking of point sections. The complexity of the clouds is arbitrary since the procedure is designed for terrestrial laser scanner surveys applied to buildings with irregular geometry, such as historical buildings. The proposed method allows to always produce a filled three-dimensional model ready to use for structural analysis purpose. A comparison analysis with a CAD based model is carried out on a historical building damaged by a seismic event.
Tipologia del documento
Preprint
Autori
Parole chiave
Terrestrial Laser Scanning; Historical buildings; Geometric modeling; Finite element analysis; Structural analysis; Cultural Heritage
Settori scientifico-disciplinari
DOI
Data di deposito
25 Mag 2015 12:30
Ultima modifica
21 Ott 2015 09:58
URI
Altri metadati
Tipologia del documento
Preprint
Autori
Parole chiave
Terrestrial Laser Scanning; Historical buildings; Geometric modeling; Finite element analysis; Structural analysis; Cultural Heritage
Settori scientifico-disciplinari
DOI
Data di deposito
25 Mag 2015 12:30
Ultima modifica
21 Ott 2015 09:58
URI
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