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Structural Health Monitoring and Damage Detection Using Neural Networks

机译:使用神经网络的结构健康监测和损伤检测

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In the bridge health monitoring and evaluation systems, the modal parameter can only access needed accuracy after times of experiments. The paper proposed a kind of bridge structure damage diagnosis method based on artificial neural network using the time domain vibration signals. Several statistical parameters are selected as characteristic features of the time-domain vibration signals. Monitoring data is collected during artificially induced damage conditions. The results indicate that the vibration monitoring data, with selected statistical parameters and particular network architecture, give good results to predict the undamaged and damaged condition of the bridge.
机译:在桥梁健康监测和评估系统中,模态参数只能在实验时间之后获得所需的准确性。 本文提出了一种基于时域振动信号的基于人工神经网络的桥梁结构损伤诊断方法。 选择几个统计参数作为时域振动信号的特征特征。 在人为诱导的损伤条件下收集监测数据。 结果表明,具有选定统计参数和特定网络架构的振动监测数据,提供了良好的结果,以预测桥的未损坏和受损状态。

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