T. Haga, Shunpei Mori, Hiizu Ochi, H. Fuse, H. Watari, Shinichi Nishida
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引用次数: 0
摘要
本研究探讨了常用于压铸的 JIS ADC12 铝合金的板材成型能力。尽管 ADC12 的延展性较差,但我们尝试通过不等直径双辊铸造机进行快速凝固来改善这一特性。我们以 20 米/分钟的速度浇铸了厚度为 3.7 毫米的带材。然后对浇铸后的带材进行冷轧和退火,通过深拉、三辊弯曲和 V 形弯曲来研究其板材成型性。这项研究还调查了 ADC12 中导致延展性差的元素,重点是深拉过程中 Mg、Cu、Fe 和 Zn 的影响。
Sheet Forming of Roll Cast Aluminum Alloy for Die Casting
This study explored the capability of sheet forming of JIS ADC12 aluminum alloy, commonly used for die casting. Despite the poor ductility of ADC12, we attempted to improve this property by applying rapid solidification through an unequal diameter twin roll caster. A strip with a thickness of 3.7 mm was cast at a speed of 20 m/min. The as-cast strip was then cold rolled and annealed to investigate its sheet-formability by deep drawing, three-roll bending and V-bending. This research also investigated the elements of ADC12 that contribute to poor ductility, with a focus on the impact of Mg, Cu, Fe, and Zn during the deep drawing process.