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Effective electroelastic moduli of 3-3(0-3) piezocomposites

机译:3-3(0-3)压电复合材料的有效电弹性模量

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摘要

In a high volume fraction particle-loaded piezocomposite, somenferroelectric particles appear to be in contact, as in a 3-3nconnectivity material; others are isolated in the polymer matrix, as inna pure 0-3 connectivity material. Such a material can be considered as ancomposite of composites characterized by a 3-3(0-3) connectivity. Thisnpaper follows two others that have described a matrix method toncalculate all of the effective parameters of pure 0-3 and 3-3nconnectivity piezocomposites. These previous models are used to obtainnthe effective properties of a 3-3(0-3) composite. A proportion of 0-3nconnectivity in the composite is introduced, and the effectivenproperties are studied as a function of this proportion. Experimentalnresults compared with these predictions show that the model allows annevaluation of the proportion of 0-3 connectivity through the analysis ofnthe electromechanical performance of the composite samples
机译:在载有高体积分数的压电复合材料中,某些铁电粒子似乎处于接触状态,就像3-3n连通性材料中一样。其他的则作为纯0-3连接材料隔离在聚合物基质中。可以将这种材料视为具有3-3(0-3)连接性的复合材料复合材料。本文跟随其他两个文献,它们描述了一种矩阵方法,该方法将计算纯0-3和3-3n连接性压电复合材料的所有有效参数。这些先前的模型用于获得3-3(0-3)复合材料的有效性能。介绍了复合材料中0-3n连接性的比例,并根据该比例研究了有效性能。与这些预测结果相比,实验结果表明,该模型可以通过分析复合材料样品的机电性能来评估0-3连通性的比例

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