Influence of copper and silicon contents crack in copper alloyed aluminum silicon alloy using electron beam welding

Masato Sasaki; Miyoshi Kaminaga

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Influence of copper and silicon contents crack in copper alloyed aluminum silicon alloy using electron beam welding

机译：电子束焊接对铜合金铝硅合金中铜和硅含量裂纹的影响

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The surface hardening technology based on electronbeam has extended the possibilities for improving the wear andheat resistance of aluminum alloy. In this paper, surface hardenedaluminum alloy containing 20 to 75 mass% copper and 0 to 13mass% silicon by fusing aluminum silicon alloy and a copper wireusing electron beam was formed for studying the influence ofcopper and silicon contents on weld crack in surface hardenedaluminum silicon alloy using electron beam welding after weldingor heat treatment (water quenching). It is found that the crackeasily occurs with increasing copper and silicon contents in surfacehardened aluminum alloy through the increase of intermetalliccompound, CuAl2 , and the primary silicon.

机译：基于电子束的表面硬化技术扩展了改善铝合金耐磨性和耐热性的可能性。本文通过熔合铝硅合金和铜线并用电子束形成含20〜75质量％铜和0〜13质量％硅的表面硬化铝合金，研究了铜和硅含量对表面硬化铝硅合金焊接裂纹的影响。焊接或热处理（水淬）后的电子束焊接。发现通过金属间化合物，CuAl2和一次硅的增加，裂纹会随着表面硬化铝合金中铜和硅含量的增加而容易发生。

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《鋳造工学》 |1999年第4期|共6页
作者
Masato Sasaki; Miyoshi Kaminaga;
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正文语种 eng
中图分类铸造工艺;
关键词
焊接裂纹; 电子束焊; 铝合金;

机译：焊接裂纹;电子束焊;铝合金;

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1. Influence of copper and silicon contents crack in copper alloyed aluminum silicon alloy using electron beam welding [J] . Masato Sasaki, Miyoshi Kaminaga 鋳造工学 . 1999,第4期

机译：电子束焊接对铜合金铝硅合金中铜和硅含量裂纹的影响
2. Copper content and cooling rate effects over second phase particles behavior in industrial aluminum-silicon alloy 319 [J] . G. Garcia-Garcia, J. Espinoza-Cuadra, H. Mancha-Molinar Materials & design . 2007,第2期

机译：工业铝硅合金319中铜含量和冷却速率对第二相颗粒行为的影响
3. Influence of graphite and copper in mechanical properties of aluminum silicon alloy [J] . G. Rajaram, S. Kumaran, T. Srinivasa Rao Transactions of the Indian Institute of Metals . 2011,第1a2期

机译：石墨和铜对铝硅合金力学性能的影响
4. Liquid Infiltration and the Formation of Ternary Eutectic Mixtures at Grain Boundaries during Welding of Aluminum-Copper Alloys using Aluminum Silicon Filler Metal [C] . Andre L. Wilson, Richard P. Martukanitz, Paul R. Howell International Conference Aluminium Alloys . 2000

机译：铝 - 铜合金铝 - 铜合金铝 - 铜合金焊接液浸润及三元共晶混合物的形成
5. Influence of alloying elements iron and silicon on mechanical properties of aluminum-copper type B206 alloys. [D] . Kamguo Kamga, Honore. 2010

机译：铁和硅合金元素对铝铜B206型合金力学性能的影响。
6. Influence of trace additions of titanium on grain characteristics conductivity and mechanical properties of copper-silicon-titanium alloys [O] . Kingsley C. Nnakwo, Christopher N. Mbah, Eugene E. Nnuka 2019

机译：微量钛对铜硅钛合金晶粒特性导电性和力学性能的影响
7. Influence of alloying elements iron and silicon on mechanical properties of aluminum-copper type B206 alloys [O] . Kamguo Kamga Honoré 2010

机译：铁和硅合金元素对铝铜B206型合金力学性能的影响
8. Auger Electron Spectroscopy Study of Surface Segregation in the Binary Alloys Copper-1 Atomic Percent Indium, Copper-2 Atomic Percent Tin, and Iron-6.55 Atomic Percent Silicon [R] . Ferrante, J. 1973

机译：俄歇电子能谱研究二元合金表面偏析铜-1原子百分比铟，铜-2原子百分比锡和铁-6.55原子百分比硅

Influence of copper and silicon contents crack in copper alloyed aluminum silicon alloy using electron beam welding

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