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ELASTIC BEHAVIOR OF ALUMINITE PARTICULATE REINFORCED ZA-27 ALLOY METAL MATRIX COMPOSITE

机译:铝石颗粒增强ZA-27合金金属基质复合材料的弹性行为

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A well-considered composite of ZA-27 reinforced with weight percentage 0,2,4, and 6 percent of aluminite particulate has been made by compocasting technique. The elastic properties of ZA-27/aluminiute particulate composite were determined by using UTM. The results showed that the modulus of elasticity and UTS of the composite gradually increases with increase in the wt. percent of reinforcement. However, the overall ductility decreased monotonically with an increase in reinforcement. The results of these tests as well as the predictions of several models for composite strengthening available in the literature were compared with experimental results. The data observed from Young's modulus by measurements studies were compared with theoretical results predicted by Eshelby model.
机译:通过互耦合技术制造了一种良好的ZA-27加强的ZA-27复合材料,并通过互耦合技术制备了铝石颗粒。通过使用UTM测定ZA-27 /铝颗粒复合材料的弹性性能。结果表明,复合材料的弹性模量和UTS逐渐增加随着WT的增加而增加。加强的百分比。然而,整体延展性随着钢筋的增加而单调地减少。与实验结果相比,这些测试的结果以及文献中可用的多种综合强化模型的预测结果进行了比较。将测量研究观察到从杨氏模量观察到的数据与eShelby模型预测的理论结果进行了比较。

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