A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Multitemporal synthetic aperture radar for bridges monitoring
The present work is devoted to analyze the potentiality of satellite-based techniques for structural monitoring of bridges. Specifically, the well-known case study of the cable stayed bridge across the river Garigliano and Ausente stream is presented. The available “in situ” data have been compared and integrated with satellite-based measurements (ERS, ENVISAT satellites) for the common monitoring period (1993-2004); thus, the temporal observation window has been extended until 2010 (ENVISAT satellite). DInSAR represents a consolidated tool for deformation monitoring and its application on man-made structures and infrastructures can make easier the detection of potential problems with a consequent improvement of risks management.
Multitemporal synthetic aperture radar for bridges monitoring
The present work is devoted to analyze the potentiality of satellite-based techniques for structural monitoring of bridges. Specifically, the well-known case study of the cable stayed bridge across the river Garigliano and Ausente stream is presented. The available “in situ” data have been compared and integrated with satellite-based measurements (ERS, ENVISAT satellites) for the common monitoring period (1993-2004); thus, the temporal observation window has been extended until 2010 (ENVISAT satellite). DInSAR represents a consolidated tool for deformation monitoring and its application on man-made structures and infrastructures can make easier the detection of potential problems with a consequent improvement of risks management.
Multitemporal synthetic aperture radar for bridges monitoring
Tessitore, Serena (author) / Di Martire, Diego (author) / Calcaterra, Domenico (author) / Infante, Donato (author) / Ramondini, Massimo (author) / Russo, Gianpiero (author)
Remote Sensing Technologies and Applications in Urban Environments II ; 2017 ; Warsaw,Poland
Proc. SPIE ; 10431
2017-10-04
Conference paper
Electronic Resource
English
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