6533b823fe1ef96bd127e1d9
RESEARCH PRODUCT
GEOMATIC METHODOLOGIES FOR THE STUDY OF TEATRO MASSIMO IN PALERMO (ITALY)
Valerio BaiocchiClaudia PipitoneM. Lo BruttoValeria GiammarresiM. AllegraGino Dardanellisubject
lcsh:Applied optics. PhotonicsEngineeringLaser scanningGeomatics0211 other engineering and technologiesPoint cloud3d model02 engineering and technologylcsh:TechnologyConstruction engineeringDocumentation021105 building & construction0202 electrical engineering electronic engineering information engineeringSimulation3D survey Photogrammetry Laser Scanning Monitoring Structural Deformationslcsh:Tbusiness.industrylcsh:TA1501-1820Terrestrial laser scanning3D survey; photogrammetry; laser scanning; monitoring; structural deformationsPhotogrammetrylcsh:TA1-2040020201 artificial intelligence & image processinglcsh:Engineering (General). Civil engineering (General)businessSettore ICAR/06 - Topografia E Cartografiadescription
Abstract. This work illustrates the use of geomatics techniques for the documentation of Teatro Massimo in Palermo (Italy), one of the most important and big in Italy and in Europe. The theatre is characterized by a very complex structure and is realized also using innovative solution, studied at the time of the project specifically for this building; for example, an original system was realized for a natural air-conditioning system of the auditorium. Due to his complexity, the documentation of the Teatro Massimo requires studying specific survey solutions for the different parts of the building. In this paper, some studies on two of the most representative parts of the building were described. In particular, a 3D survey of the auditorium was carried out to obtain a first 3D model of the most important internal part; a very accurate monitoring of structure inside the dome of the theatre was also carried out. The survey of the auditorium was realized by a Terrestrial Laser Scanning (TLS), that has allowed the creation of a digital archive of point clouds, showing, however, the some level of criticality due to the complex shapes of building and of architectural details. The work has highlighted that specific strategy to optimize the number of acquisitions needed for the complete documentation of the auditorium. The monitoring of the structure inside the dome was carried out by topographic and photogrammetric techniques. The monitoring was aimed at measuring the displacements of the support devices connecting the iron structure of the dome. The monitoring has allowed to understand and to test the proper functionality of this complex system. Some tests were carried out also by a thermal camera to correlate the displacements of the support devices with the dilatations produced by steel thermal gradients.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2017-05-01 |