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Damage Identification of CFRP Laminated Cantilever Beam by Using Neural Network

机译:基于神经网络的CFRP叠合悬臂梁损伤识别

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摘要

For the wider use of CFRP, the damage specially in the laminated direction such as transverse cracking, delamination or fiber-matrix debonding should be easily and economically searched and a reasonable non-destructive test method should be also fixed. This paper presents the application of the hierarchical neural network to damage identification in the CFRP laminated beam and discusses the accuracy and the efficiency of this method.
机译:为了更广泛地使用CFRP,应特别经济地寻找横向裂纹,分层或纤维基质剥离等层压方向的损坏,并应确定合理的无损测试方法。本文介绍了层次神经网络在CFRP叠合梁损伤识别中的应用,并讨论了该方法的准确性和有效性。

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