huang xin chun


http://teacher.nwpu.edu.cn/en/xinchun

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The basic information

huang xin chun

School of Power and Energy

Postgraduate

Doctor

Assistant Researcher

huangxinchun@nwpu.edu.cn

Education Experience

2009.092014.04, Northwestern Polytechnical University, Doctor of Mechanism Design Manufacturing and Automatization

2014.07today, Northwestern Polytechnical University, Post-doctoral of Manufacturing Engineering of Aerospace.

Scientific Research

Main research direction: the grinding technology of aviation difficult-to-machine materials, surface integrity control, anti-fatigue manufacturing mechanism and method of research.

Participate in the project:

1. Project leader-The Fundamental Research Funds for the Central Universities: “ Research on surface integrity control method of the aircraft engine blade in robot polishing ”;

2.Project leader- The cooperation study with Xi 'an air power co., LTD: “Research on the mechanical processing technology of titanium aluminum alloy”;

3.Principal of the actual research work-The national 973 project: “Research on the process of  surface integrity and the mechanism of fatigue ”;

4.Principal of the actual research work- Cooperation XX pre-research project with Avic xi 'an aircraft industry (group) co., LTD: “Research on low stress grinding method of XX surface integrity ”.

Academic Achievements

1. Xinchun Huang, Dinghua Zhang. Simulation of Effect of Milling Parameters on Milling Force in High-speed Milling of Titanium Alloy TC4. ICECE.2010.06.

2. Xinchun Huang, Changfeng Yao, Dinghua Zhang. Simulation of The High-speed Milling Temperature of Titanium Alloy Ti - 6Al - 4V. Advanced Materials Research. Vols.314-316.

3. Xinchun Huang, Dinghua Zhang, Changfeng Yao, Jingxin Ren. Effects of Grinding Parameters on Surface Integrity of GH4169 Nickel-based Superalloy. Journal of Aerospace Power.2012. pp: 621-628

4. Xinchun Huang, Dinghua Zhang, Changfeng Yao, Jingxin Ren. Research on the grinding burn of the ultrahigh strength steel AerMet100. Chinese Journal of Mechanical Engineering.2015.09.pp: 184-190

5. Xinchun Huang, Dinghua Zhang, Zhenchao Yang, Jingxin Ren, Changfeng Yao. Study of Sensitivity of Parameters Affecting Surface Roughness in Grinding Superalloy GH4169. Aviation manufacturing technology. 2012.08.pp:83-86.91

6. Xinchun Huang, Dinghua Zhang, Changfeng Yao, Jingxin Ren. Research on High-efficient and Anti-fatigue Grinding Machining Techonlogy. Aviation precision manufacturing technology. 2011.06.Vol.47 No.3.pp:1-4.7

7. Xinchun Huang, Dinghua Zhang, Changfeng Yao, Jingxin Ren. A study of the influence surface characteristics on grinding GH4169 superalloy. China Mechanical Engineering. 2014.1252):210-214

8. Xinchun Huang, Pei Chen, Dinghua Zhang. A metallographic sample polishing machine. The invention patent :ZL 201110100616.2

9. Xinchun Huang, Dinghua Zhang, Jingxin Ren. Used for vacuum impregnation equipment maceration grinding wheel. The patent for utility model:ZL201120062488.2