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Modelling of Strain Localization in Real Microstructural Areas of the Particle Reinforced Metal-Matrix Composite Al 6061-10

机译：颗粒增强金属基复合材料Al 6061-10实际显微组织中应变局部化的建模

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The distribution of strain in microstructural areas of a particulate metal-matrix composite (MMC) is studied numerically using the multiphase element method and measured edge displacements as boundary conditions. The results of finite element (FE) analysis show good agreement with experimental data. Remaining discrepancy is discussed.

机译：使用多相元方法，以边缘位移为边界条件，对金属-基体复合材料（MMC）的微观结构中的应变分布进行了数值研究。有限元分析的结果与实验数据吻合良好。讨论剩余的差异。

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《Riso international symposium on materials science》|1998年|p.261-266|共6页
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G.Fischer; E.Soppa S.Schmauder; Y.-L.Liu;
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Modelling of Strain Localization in Real Microstructural Areas of the Particle Reinforced Metal-Matrix Composite Al 6061-10

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