Sen-Hui Liu

     senhui_liu@xjtu.edu.cn

     https://www.researchgate.net/profile/Liu_Sen_Hui

PERSONAL INFORMATION

     Citizenship: China

     Marital status: married

EDUCATION & PROFESSIONAL PROFILE

     2006/08 ~ 2010/06   B. S. in Department of Welding and Joint Technology, School of Materials Science and Engineering,

                                              Lanzhou University of technology, China.

     2010/07 ~ 2012/08       Processing Engineer, Jiangyin Petroleum Chemical Industry co., LTD

                                               Working on the welding process of oil refining vessel and the

designation manufacture technology.                                                                                                                                                                    

2012/08 ~ 2015/06      M. S. in School of Materials Science and Engineering,

                                       Lanzhou University of technology, China.  (advisor: Prof. Wei- Yuan Yu)

                                      Working on the brazing process of carbon materials and aluminum.              

2015/08 ~ 2019/06      Ph. D. Student in School of Materials Science and Engineering,

                                        Xi’an Jiaotong University, China. (advisor: Prof. Cheng-Xin Li)

                                        Ph. D thesis title: Multiscale Simulation and Experimental Study of a Novel Laminar Plasma - Sprayed Ceramic Coatings.

                                        Ph. D defense is in May. 7th. 2019 (Chairman: Prof. Chang-Jiu Li)

QUALIFICATIONS & HONORS

Certificate: International Welding Engineer (2014, International Institute of Welding, ISO14731)

Award:

  • Mr. Daguang Scholarship in 2016;
  • Outstanding Graduate Student in School of Materials Science and Engineering in 2017;
  • The PhD Short-term Academic Visiting Scholarship of Graduate School of Xi’an Jiaotong University in 2017;
  • National PhD Degree Program of the China Scholarship Council in 2018.

ACADEMIC RESEARCH EXPERIENCE

  • Posters:
  1. Sen-Hui Liu. et al. “The Introduction of an Atmospheric Laminar plasma Jet”. The Asia Thermal Spray Conference, Xi’an, China, Sep. 2015.
  2. Sen-Hui Liu. et al. “The Fluid Characteristics of a Novel Laminar Plasma Spray Jet”. The International Thermal Spray Conference & Exposition, Shanghai, China, April. 2016.
  3. Sen-Hui Liu. et al. “Microstructure Evolution of YSZ Coatings by using a Novel Laminar Plasma Spray”. The 9th National Youth Academic Conference on Surface Engineering, Suzhou, China, May.24-26, 2017
  • Oral presentation:
  1. Sen-Hui Liu. et al. “Microstructure Evolution of YSZ Coatings by A Novel Laminar Plasma Spray Method”. The 11th International Surface Engineering Conference, Chengdu, China, Oct. 2017.
  2. Sen-Hui Liu. et al. “Development of A Novel Laminar Plasma Spray Method”. The International Thermal Spray Conference & Exposition, Orlando, US, May. 2018.
  • Project:
  1. The Natural Key R&D Program of China (Basic Research Project, Grant No.2017YFB0306104) : The Newly Type Laminated Coatings.
  2. National Natural Science Foundation of China (Grant NO.91860114): The Vapor-Deposition Mechanism and Microstructure Controlling of YSZ Coatings During Atmospheric Laminar Plasma Spraying Process.
  • Co-workers:
  1. Anthony B Murphy, CSIRO Materials Science and Engineering, Lindfield, Australia, editor in chief of Plasma Chemistry and Plasma Processing (since 2016).
  2. Juan Pablo Trelles,Department of Mechanical Engineering, University of Massachusetts Lowell, USA (since 2017).

ABROAD RESEARCH EXPERIENCE

2017/09 ~ 2018/09      Visiting scholar at University of Massachusetts Lowell, Massachusetts, USA (advisor:  Prof. Juan Pablo Trelles)  

                                     Studying the computational fluid dynamics simulation of plasma gas.

                                   

2018/09 ~ 2019/03        Visiting scholar at George Washington University, Washington, DC, USA (advisor: Prof. Chunlei Charles Liang)  

                                     Studying the high- order CFD simulation of plasma gas