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Proper orthogonal decomposition applied to structural health monitoring

机译:适用于结构健康监测的适当正交分解

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This paper describes the application of proper orthogonal decomposition (POD) method in the context of structural health monitoring of a smart structure, bonded with a distributed piezoceramic patches array. Using measurements given by the distributed sensors, we propose a damage index (DI) based on change in angle between subspaces. Furthermore, from statistics, we propose a threshold that automatically decides if the structure is in healthy or damaged state. The efficiency of the proposed approach is validated on composite plate with two different damages (impact damage and additive mass).
机译:本文介绍了适当正交分解(POD)方法在智能结构的结构健康监测的背景下的应用,与分布式压电晶片阵列粘合。使用分布式传感器给出的测量,我们提出了基于子空间之间的角度的变化的损伤指数(DI)。此外,从统计数据中,我们提出了一种自动决定该结构是否处于健康或损坏状态的阈值。所提出的方法的效率在复合板上验证,具有两种不同的损伤(冲击损伤和添加质量)。

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