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Rheocasting of Al-Cu Alloy A201 with Different Silver Contents

机译:不同银含量的Al-Cu合金A201的流变铸造

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Rheocasting of alloys A206 and A201 was investigated in this study. Conical bars with different silver contents were produced using CSIR rheoprocess technology, together with high pressure die casting. The results showed that addition of Ag to alloy A206 increased the mechanical properties of the alloy. However, the addition of Ag also resulted in Cu-rich phases to precipitate at the grain boundaries of the as-cast material. The solution treatment used in this study was unable to dissolve all of this phase, especially in the 1.12%Ag-containing alloy. This resulted in slightly decreased mechanical properties compared to the 0.63%Ag-containing alloy. The T6 mechanical properties (strength and elongation) obtained in this study for rheocast A206 and A201 are better than those reported for permanent mould castings of alloy A206 and A201.
机译:在这项研究中研究了合金A206和A201的流变铸造。使用CSIR流变工艺技术和高压压铸工艺生产了具有不同银含量的锥形棒。结果表明,向合金A206中添加Ag可以提高合金的机械性能。但是,添加银还导致富铜相沉淀在铸态材料的晶界处。本研究中使用的固溶处理无法溶解所有相,尤其是在含1.12%Ag的合金中。与含0.63%Ag的合金相比,这导致机械性能略有下降。在这项研究中获得的流变A206和A201的T6力学性能(强度和伸长率)优于合金A206和A201的永久铸模铸造的T6力学性能(强度和伸长率)。

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