Surface Treatment Technology for Increasing Wear Resistance of Aluminum Alloy

机译：铝合金耐磨性的表面处理技术

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Research and application of various surface treatment technologies in increasing the wear performance of aluminum alloy engine parts are introduced. These technologies include plasma spraying, plasma arc welding, plasma scanning, plasma electrolyzing, electroplating, physical vapour deposition and laser cladding technologies. Vistas of application of surface strengthening aluminum alloy wear resistant parts are prospected.

机译：介绍了各种表面处理技术在提高铝合金发动机部件的磨损性能时的研究和应用。这些技术包括等离子喷涂，等离子电弧焊接，等离子扫描，等离子电解，电镀，物理气相沉积和激光熔覆技术。展望表面强化铝合金耐磨部件的应用的遥控。

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《International Conference on Mechatronics, Computer and Education Informationization》|2016年|751-1507p|共4页
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作者
Fan Lidan; Chen Youquan; Yang Feng; Yang Zhuojuan;
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原文格式 PDF
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中图分类 TP3-53;
关键词
Engine; Aluminum alloy parts; Plasma; Laser;

机译：发动机;铝合金零件;等离子体;激光;

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专利

1. INCREASE OF WEAR RESISTANCE OF SURFACE OF ALUMINUM ALLOYS BY ELECTRIC SPARK ALLOYING USING ULTRA-DISPERSIVE POWDERS OF CHEMICAL COMPOUNDS [J] . G. G. Krushenko, Z. A. Vasilenko, I. M. Kalugin Цветные металлы: Ежемес. науч.-техн. и произв. журн.: Орган М-ва цвет. металлургии СССР и Центр. правл. НТО цвет. металлургии . 1996,第2期

机译：借助化学化合物的超分散粉末，通过电火花合金化提高铝合金表面的耐磨性
2. INCREASE OF WEAR RESISTANCE OF SURFACE OF ALUMINUM ALLOYS BY ELECTRIC SPARK ALLOYING USING ULTRA-DISPERSIVE POWDERS OF CHEMICAL COMPOUNDS [J] . G. G. Krushenko, Z. A. Vasilenko, I. M. Kalugin Цветные металлы: Ежемес. науч.-техн. и произв. журн.: Орган М-ва цвет. металлургии СССР и Центр. правл. НТО цвет. металлургии . 1996,第2期

机译：借助化学化合物的超分散粉末，通过电火花合金化提高铝合金表面的耐磨性
3. INCREASE OF WEAR RESISTANCE OF SURFACE OF ALUMINUM ALLOYS BY ELECTRIC SPARK ALLOYING USING ULTRA-DISPERSIVE POWDERS OF CHEMICAL COMPOUNDS [J] . G. G. Krushenko, Z. A. Vasilenko, I. M. Kalugin Цветные металлы: Ежемес. науч.-техн. и произв. журн.: Орган М-ва цвет. металлургии СССР и Центр. правл. НТО цвет. металлургии . 1996,第2期

机译：电火花合金化学化合物的超分散粉末通过电火花合金升高铝合金耐磨性增加
4. Surface Treatment Technology for Increasing Wear Resistance of Aluminum Alloy [C] . Fan Lidan, Chen Youquan, Yang Feng, International Conference on Mechatronics, Computer and Education Informationization . 2016

机译：铝合金耐磨性的表面处理技术
5. Wear behaviour and microstructural characterization of worn surfaces and wear debris of a high purity aluminum and an aluminum-silicon alloy and an aluminum-silicon/silicon carbide composite sliding against an M2 steel. [D] . Li, Xianyao. 1999

机译：高纯铝，铝硅合金和铝硅/碳化硅复合材料在M2钢上滑动的磨损表面和磨损碎屑的磨损行为和微观结构表征。
6. Enhancement of the Wear Resistance and Microhardness of Aluminum Alloy by Nd:YaG Laser Treatment [O] . Haitham T. Hussein, Abdulhadi Kadhim, Ahmed A. Al-Amiery, -1

机译：Nd：YaG激光处理增强铝合金的耐磨性和显微硬度
7. The impact of laser surface treatment on the microstructure, wear resistance and hardness of the AlMg5 aluminum alloy [O] . Wojciech Pakieła, Tomasz Tanski, Zbigniew Brytan, 2020

机译：激光表面处理对ALMG5铝合金微观结构，耐磨性和硬度的影响
8. A Method of Increasing the Wear Resistance and Corrosion Resistance of Metals and Alloys by Saturating Their Surface Layers with Halides [R] . Grigorev, B. P. 1968

机译：用卤化物饱和其表面层提高金属和合金的耐磨性和耐腐蚀性的方法

Surface Treatment Technology for Increasing Wear Resistance of Aluminum Alloy

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