半固态A356合金的触相挤压及再加热特性

Dae-hwan Kim, Hyun-Ju Jung, Sung-Yong Shim, Su-gun Lim, Sang-yong Lee
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引用次数: 0

摘要

本文介绍了一种应用于铝合金的触控挤压工艺的结果,并讨论了半固态A356合金的再加热特性。采用电阻炉和多级加热进行了均匀再加热实验。在半固态A356合金的最佳再加热条件下,采用挤压比为33,挤压速度为6 mm/sec的触点挤压工艺进行了触点挤压试验。结果表明:与热挤压相比,采用冷却斜坡法对A356半固态合金进行触变挤压可使挤压压力降低180%;在相同挤压比和应变速率下,可获得良好的挤压效果;
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thixo Extrusion and Reheating Characteristics of Semi Solid A356 Alloy
This work presents the results of a thixo-extrusion process applied to aluminum alloy and and reheating characteristics of semisolid A356 Alloy using have been discussed. The reheating experiment was performed using an electric resistance furnace and mul-tistage heating for uniform reheating. The thixo-extrusion was performed at the optimal reheating conditions of the semi-solid A356 alloy, the the extrusion conditions were an extrusion ratio of 33 and ram speed of 6 mm/sec. The results showed that the thixoextrusion of semi-solid A356 alloy fabricated by the cooling slope reduced the extrusion pressure by 180% in comparison with hot extrusion, and that a sound extrusion could be obtained in spite of the same extrusion ratio and strain rate.
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