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The Effect of Quenching on Physical Characteristics of Recycled AA6061 Aluminum Chips

机译:淬火对回收AA6061铝芯片物理特性的影响

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This research is to investigate physical characteristics of the milled recycling aluminum AA6061 according to the change of the quenching time (heat treatment) using the milling process and followed by a cold press forging process. The chips of AA6061 are produced from high speed milling process. Physical properties of the milled recycled chip of AA6061 were studied. Six values of quenching time were taken (0, 2, 4, 6, 8, and 10) hours. On the other hand, the quenching and aging temperature is constant. The results were showing that the microstructure, porosity and density that the optimum is 8 hours. But for microhardness Vickers, the optimum is at 2 hours. It's shows that the optimum value of density (2.55 g/cm3), porosity (1.95 %), and hardness value (122.02 Hv). It can be concluded; 2 hours of quenching time is the best choice for all groups.
机译:该研究是根据使用铣削过程的淬火时间(热处理)的变化来研究研磨回收铝AA6061的物理特性,然后是冷压锻造工艺。 AA6061的芯片由高速铣削过程生产。研究了AA6061的研磨再生芯片的物理性质。取出六个猝灭时间值(0,2,4,6,8和10)小时。另一方面,淬火和老化温度是恒定的。结果表明,最佳的微观结构,孔隙率和密度为8小时。但对于微硬度维氏,最佳是在2小时。它表明,密度最佳值(2.55g / cm3),孔隙率(1.95%)和硬度值(122.02 hV)。可以得出结论; 2小时的淬火时间是所有群体的最佳选择。

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