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Elastic Property Simulation of Nano-particle Reinforced Composites

机译:纳米颗粒增强复合材料的弹性性能模拟

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摘要

A series of numerical micro-mechanical models for two kinds of particle (cylindrical and discal particle) reinforced composites are developed to investigate the effect of microstructural parameters on the elastic properties of composites. The effects of both the degree of particle clustering and particle’s shape on the elastic mechanical properties of composites are investigated. In addition, single particle unit cell approximation is good enough for the analysis of the effect of averaged parameters when only linear elastic response is considered without considering the particle clustering in particle-reinforced composites.Key words: 3D FE modeling / Elastic Properties / Particle-reinforced composites / Interface effect / Clustering
机译:建立了一系列两种颗粒(圆柱和盘状颗粒)增强复合材料的数值微力学模型,以研究微观结构参数对复合材料弹性性能的影响。研究了颗粒团聚程度和颗粒形状对复合材料弹性力学性能的影响。此外,当仅考虑线性弹性响应而不考虑颗粒增强复合材料中的颗粒聚集时,单颗粒晶胞近似值足以分析平均参数的效果。关键词:3D FE建模/弹性特性/颗粒-增强复合材料/界面效应/聚集

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