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首页> 外文期刊>International journal of nanomechanics science and technology >THE INFLUENCE OF STRUCTURAL FEATURES OF COMPOSITE MATERIAL ON ITS MACROSCOPIC PROPERTIES
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THE INFLUENCE OF STRUCTURAL FEATURES OF COMPOSITE MATERIAL ON ITS MACROSCOPIC PROPERTIES

机译：复合材料的结构特征对其宏观性能的影响

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The paper presents a comparative analysis of the stress-strain state and effective properties of the ensembles with different locations of inclusions inside an elastomer composite. The relationships between the effective Young modulus and the filler concentration are obtained for regular networks, chaos, filler networks and particle aggregates. It is shown that at high filler concentrations the effective Young modulus lies within the interval between the regular triangular and rectangular locations of inclusions. For 52% filling the effective modulus for triangular and rectangular networks differs almost twofold. For higher fillings this effective modulus increases manyfold. The results found for the structures of interest are compared and analyzed.
机译：本文对弹性体复合材料内部不同夹杂物位置的整体的应力应变状态和有效特性进行了比较分析。对于常规网络，混沌，填料网络和颗粒聚集体，获得了有效杨氏模量与填料浓度之间的关系。结果表明，在较高的填料浓度下，有效杨氏模量位于夹杂物的规则三角形和矩形位置之间的间隔内。对于52％的填充，三角形和矩形网络的有效模量几乎相差两倍。对于较高的填充量，此有效模量增加了很多倍。对感兴趣的结构发现的结果进行比较和分析。

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