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Blow Forming of Recycled 5083 Al Alloy and AZ31 Mg Alloy by Solid State Recycling

机译:通过固态再循环吹入再生5083铝合金和AZ31mg合金的吹塑

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Blow forming characteristics of 5083 Al alloy and AZ31 Mg alloy recycled by solid state recycling were investigated. Scraps with different volume were recycled by hot extrusion and hot rolling in air. Oxide layers, which were contaminants from scrap surface, were distributed parallel to the extrusion direction in the recycled specimens. In the blow-forming test, the specimen from smaller scraps exhibited lower formability. The oxygen concentration in the recycled specimens was approximately proportional to the total surface area of scraps in the recycled specimen per unit volume. The low formability of the recycled specimens is likely to be attributed to contamination level of oxide.
机译:研究了5083 Al合金的吹塑特性和通过固态再循环再循环的AZ31 Mg合金。 通过热挤出和空气中的热轧再循环不同体积的废料。 将来自废表面的污染物的氧化物层平行于再生标本中的挤出方向分布。 在吹塑测试中,来自较小废料的样品表现出较低的可成形性。 再循环试样中的氧浓度近似与每单位体积的再循环试样中的废料的总表面积成比例。 再生标本的低可成形性可能归因于氧化物的污染水平。

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