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CREEP DEFORMATION AND RUPTURE BEHAVIOR OF LAMINATED METAL-METAL MATRIX COMPOSITES

机译:层压金属 - 金属基复合材料的蠕变变形和破裂行为

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In this study, the creep behavior at 250 deg C of laminated composite consisting of 6061-Al alloy layers and 2014-A1 -20vol petcent SiC particulate reinforced composite layers was investigated. In spite of the absence of delamination between the layers, the observed creep rupture times of the laminated composites were much shorter than those seen for its constituent phases. This behavior is explained with a model based on laminate theory.
机译:在该研究中,研究了由6061-Al合金层和2014-A1 -20VOL活性增强复合材料层组成的层压复合材料250℃的蠕变行为。尽管层之间没有分层,所观察到的层压复合材料的蠕变破裂时间远短于其组成阶段的那些。基于层压理论的模型解释了这种行为。

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