Structural health monitoring of the Colle Isarco Viaduct

A. Beltempo, C. Cappello, D. Zonta, A. Bonelli, O. Bursi, C. Costa, W. Pardatscher
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引用次数: 7

Abstract

This paper presents a monitoring system, partially installed on the Colle Isarco Viaduct, and a finite element model used to explain past behaviour and predict future behaviour. The whole monitoring system consists of: a topographic network to measure displacements, thermocouples to detect temperature, fibre optic sensors to measure strains, and, lastly, load cells to check the tension magnitude in new post-tensioning cables. The use of such a monitoring system leads to have a complete history of deflections, providing all the necessary data for an accurate interpretation of results. Furthermore, a finite element model, based on an energetic formulation for linear viscoelastic problems, is adopted to reproduce the observed time profile and, mainly, to predict the future behaviour.
Isarco高架桥结构健康监测
本文介绍了一个部分安装在Colle Isarco高架桥上的监测系统,以及一个用于解释过去行为和预测未来行为的有限元模型。整个监测系统包括:测量位移的地形网络,检测温度的热电偶,测量应变的光纤传感器,以及最后的测压元件,用于检查新的后张电缆的张力大小。使用这种监测系统可以获得完整的偏转历史,为准确解释结果提供所有必要的数据。此外,采用基于线性粘弹性问题的能量公式的有限元模型来再现观测到的时间剖面,主要是预测未来的行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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