Microstructural Investigation of Wire Failure in Wire Drawing Process

F. A. Hashim, Sadiq M. Ihmood, K. Mohammed, Ghaffar Alwan Mohsin
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Abstract

This investigation concern to explain the failure operation that connected with wire drawing process. Microstructural examination was carried out for several samples of drawn wires. Copper and aluminum wires were pulled from 8 mm diameter to 3.5 mm for aluminum and to 1.75 mm for copper. The cross-sectional microstructure shows some porosity at the normal drawing condition, while no porosity at the drawing direction surface. The conclusion of this work represents that porosity will be created due to heat results from drawing process, which equal to recrystallization temperature or more, and accumulated porosity will be progressive to the final stage of wire failure.
拉丝过程中钢丝失效的显微组织研究
本调查旨在解释与拉丝工艺有关的失效操作。对几根拉丝试样进行了显微组织检查。铜线和铝线的直径从8毫米缩短到3.5毫米,铜线缩短到1.75毫米。断面微观结构在正常拉伸状态下有一定的孔隙度,而在拉伸方向表面无孔隙度。本研究的结论表明,拉拔过程中产生的等于或高于再结晶温度的热量会产生气孔,并且气孔的积累会逐渐累积到钢丝失效的最后阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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