Bridge Instrumentation

Gheorghita Boaca, Constantin Ionescu

Abstract


This article shows how to mounting sensors on bridges and structures that are designed by using such sensors.
Currently the bridges are located on important communication routes, which if broken cause considerable losses, both economically and socially speaking.
The article is part of the prosecution behaviour research bridges in service. Knowing the behaviour of bridges in use, the degradation that can be used to develop a success both in managing the funds needed and to design new bridges


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References


Boacă, Gh., Few modern technologies of concrete bridges stability supervision, AIPCR Seminar 2009, Iasi, Romania

Boacă, Gh., Ionescu, C., Scînteie, R., Evaluation of Bridge Health with static and dynamic tests, CCE 2009, Iasi, Romania 2009.

Comisu C.C. Integrated monitoring system for improving the durability of the structure of intelligent bridges, research program grant nr. 6345/2005 – Faculty of Civil Engineering of Iasi, CNCSIS, Romania.

Comisu C.C., Mobile lab for dynamic testing and diagnosis of bridges for highways, research program CEEX 309/2006, Faculty of Civil Engineering of Iasi - CNCSIS, Romania.

Chase, Steven B., Dynamic Bridge Substructure Evaluation and Monitoring, Publicationa no. FHWA-RD-03-089, September 2005

Udd,E., Fiber optic smart structures, Wiley, New York., 1995.

Glisic, B., et al., Piles monitoring during the axial compression, pullout and flexure test using fiber optic sensor, 2005

Manetti, L., Inaudi, D., Glisic., B., 3-Demon Monitoring Pletform: Examples of applications in structural and geotechnical monitoring projects, 13th FIG, Lisbon, 2008.


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