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Experimental Researches and Finite Element Analysis of Stress Distributions and Deformations of Al Based Powders During Compaction

机译:压实过程中基于Al基粉末应力分布和变形的实验研究和有限元分析

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In this paper,obtaining by PM of aluminum based materials,characterization of them and Finite Element Analysis(FEA)of compaction were investigated.Sintered aluminum alloys(Al-Cu and Al-Mg-Si)were tested from physical and mechanical point of view and the obtained experimental results were compared with those of sintered bronze powder materials.We studied the compressibility and densification mechanism of Al-Cu mixed powders and for prediction of compaction behavior we used FEA.The data was obtained on the stress distribution in the compacted material and on the deformations occurring throughout the mixed metal powder of the compacted samples.The results of FEA were compared with those obtained experimentally.
机译:在本文中,研究了PM的基于铝的材料,对它们的表征和压实的有限元分析(FEA)进行了研究。从物理和机械的角度测试烧结的铝合金(Al-Cu和Al-Mg-Si)将获得的实验结果与烧结青铜粉末材料进行比较。我们研究了Al-Cu混合粉末的可压缩性和致密化机理,并用于预测我们使用的压实行为。数据是在压实材料中的应力分布上获得的数据并且在整个压实样品的混合金属粉末发生的变形上。与实验获得的物质的结果进行了比较。

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