E-Mail:bf4aca1a5413c5232ff997516661149749e18b645328207e61ec1bdcf75b785e312569268161a7fad745df92921cd009b517793f09c961adc981ad48250b267a464e29be707354ede71a7f53826a75bf7af1e1e9a66ce526dba6061c758b1a790b3e286b3d81b433e20aa45966d3864e2c6986475f553e175415d50f6f95807b
School/Department:机械制造工程系
Education Level:With Certificate of Graduation for Doctorate Study
Business Address:机械楼611
Gender:Male
Degree:Doctoral Degree in Engineering
Status:Employed
Alma Mater:南京航空航天大学
Scientific Research
Research Field
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Paper Publications
- · Yue Xiaokang，Qu Ningsong，Optimization of side outlet holes in rotary sinking electrochemical milling of Ti6Al4V through the simulation of electric and flow fields:The International Journal of Advanced Manufacturing Technology,2024,132):3593-3603.
- · Yue Xiaokang，Ma Yuehong,Li Hansong，Qu Ningsong，Experimental investigation of rotary sinking electrochemical discharge milling with high-conductivity salt solution and non-pulsed direct current:Chinese Journal of Aeronautics,2023,36(2):388-401.
- · Jingsai Zhang，Xiaokang Yue,Junsheng Zhang,Yong Wang，Shunhua Chen，Effect of constituent phase and processing parameter on the WEDM performance of refractory high entropy alloys:The International Journal of Advanced Manufacturing Technology,2023,130(3-4):1541-1561.
- · Yue Xiaokang，Ma Xin,Li Hansong，Qu Ningsong，Anodic electrochemical behaviors of in situ synthesized (TiB+TiC)/Ti6Al4V composites in NaNO3 and NaCl electrolyte:Corrosion Science,2022,204):110379.
- · Yue Xiaokang，Niu Shen,Li Hansong，Qu Ningsong，Improving the machined bottom surface in electrochemical mill-grinding by adjusting the electrolyte flow field:Journal of Materials Processing Technology,2020,276):116413.
Patents
- · 岳小康, 牛屾,曲宁松,李寒松,带有对刀装置的工具阴极及其对刀方法Invent,ZL201710687178.1,2019/05/14
- · 曲宁松, 岳小康,牛屾,李寒松,房晓龙,电解铣磨高效粗精加工一体化加工方法Invent,ZL201810001038.9,2020/08/14
- · 曲宁松, 岳小康,李寒松,用于电化学放电机械铣削复合加工的工具阴极及使用方法Invent,ZL201910274296.9,2019/04/08
- · 曲宁松, 岳小康,房晓龙,李寒松,牵引式柔性工具阴极及内部通道电解机械光整方法Invent,ZL201810474066.2,2019/04/08
- · 曲宁松, 牛屾,岳小康,李寒松,辅助冲液电解铣磨加工整体叶盘系统及方法Invent,ZL201711017333.5,2017/10/26
Published Books
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