超声辅助铸造的研究

Wen-kai Li, Yue Jian, Yong-sheng Zhang, Wenxiang Hu, Chunguang Xu, Wenyu Song
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引用次数: 0

摘要

随着各种新材料和新加工技术的发展,铸造铝合金并没有随着时代的发展而被淘汰,而是在军事和民用方面得到了更广泛的应用。但是各种特殊的使用环境对铸造铝合金的性能提出了更高的要求,因此铝合金铸造工艺得到了不断的发展。本文首先论述了高能超声辅助铸造的声学原理,然后以铸造试验为依据,分析了高能声束对铸造铝合金性能的改善作用。实验证明,在铸造铝合金时加入超声场,利用高能声束改善铸铝合金力学性能是完全可行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on The Ultrasonic-Assited Casting
With the development of various new materials and new processing technologies, cast aluminum alloys have not been eliminated with the development of the times, but have been more widely used in military and civilian applications. However, various special use environments have put forward higher requirements on the performance of cast aluminum alloys, so aluminum alloy casting processes have been continuously developed. This article first discusses the acoustic principle of high-energy ultrasonic-assisted casting and then analyzes the improvement of the performance of the cast aluminum alloy by the high-energy acoustic beam, which is supported by the casting test. Experiments have proved that it is completely feasible for high-energy acoustic beams to improve the mechanical properties of cast aluminum alloys by adding ultrasonic fields while casting aluminum alloys.
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