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首页> 外文期刊>International Journal of Solids and Structures >Finite element formulation for dynamics of delaminated composite beams with piezoelectric actuators
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Finite element formulation for dynamics of delaminated composite beams with piezoelectric actuators

机译:压电致动器分层复合梁动力学的有限元公式

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摘要

As a part of an effort to develop a model-supported method for detection of delaminations in composite beams with the use of time responses to external excitations, a finite element formulation for dynamics of a composite beam with delamination and attached piezoelectric actuators is developed. In this formulation account is taken of transverse shear deformation and nonlinear through-thickness variation of the longitudinal displacement. Parameters that characterize the delamination are incorporated into the formulation that makes the finite element model convenient for use in conjunction with damage identification (not discussed in the present paper). Computational predictions of frequencies show good agreement with experimental results. Published by Elsevier Science Ltd. [References: 15]
机译:作为开发模型支持方法的一部分,该方法利用对外部激励的时间响应来检测复合梁中的分层,开发了一种用于具有分层和附加压电致动器的复合梁动力学的有限元公式。在该公式中考虑了横向剪切变形和纵向位移的非线性贯穿厚度变化。表征分层的参数被合并到公式中,该公式使有限元模型便于与损伤识别结合使用(本文未讨论)。频率的计算预测与实验结果显示出很好的一致性。由Elsevier Science Ltd.发布[参考:15]

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