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Home » Étude de cas » Colle Isarco

Colle Isarco

Publié le 3 mars 2017
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The project of the Colle d’Isarco viaduct on the Italian Brenner-Highway A22, near the Austrian border, is an example of a global monitoring approach in establishing a bridge management system

Image Colle Isarco

The project of the Colle d’Isarco viaduct on the Italian Brenner-Highway A22, near the Austrian border, is an example of a global monitoring approach in establishing a bridge management system. This bridge is the most important work of this highway section and carries most of the traffic between Italy and Austria, including a large number of heavy trucks. The bridge has recently been refurbished. The overall length of the instrumented section is 378 m. The height of the girders near the supports number 8 and 9 is 11 m, at the supports 7 and 10 the height is 4.50 m. The girders have a uniform width of 6 m, the arrangement for each road bed is approximately 11 m wide.

Aim of monitoring:

A wide set of sensors have been installed, including both traditional and fiber optic sensors and, due to the large dimensions of the section, a data acquisition system able to collect widely distributed sensing units was also installed. The data is used to monitor the long-term evolution of critical bridge parameters.

 

Main results:

The SOFO sensors monitor the local tension of the girders and columns. The vertical displacements of the three spans of the two parallel bridges are calculated using the SPADS software package.

 

Related Papers:

Global monitoring concepts for bridges, K. Bergmeister, U. Santa, Structural concrete – (Vol 2, No 1, p 29-39) – 2001
Monitoring of bridges and concrete structures with fiber optic sensors in Europe, A. Del Grosso, K. Bergmeister, D. Inaudi, U. Santa, IABSE conference on cable-supported bridges, Seoul, invited paper – 2001
Overview of fibre optic sensing to structural health monitoring applications, D. Inaudi, ISISS’2005, International Symposium on Innovation & Sustainability of Structures in Civil Engineering, Nanjing, China, November 20-22 – 2005
 
INSTALLATION PERIODTYPE OF SENSORSNUMBER OF SENSORS
1999SOFO140
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General view of the three instrumented spans and piles

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SOFO reading unit installed inside the bridge

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L-bracket adapter for SOFO sensor

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Connection box between sensors and multi-fiber cable

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Logo Roctest

Concepteur et manufacturier d’instrumentation géotechnique, structurale et d’équipements de test pour le sol et la roche

Logo Smartec

Concepteur et manufacturier d’instrumentation géotechnique, structurale et d’équipements de test pour le sol et la roche

Logo Telemac

Founisseur de solutions géotechniques et structurales depuis 1947

Logo Enomfra

Reconnaissance géologique, hydrogéologique
et géotechnique pour les projets les plus variés

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