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Curriculum Vitae

                

                   Personal Details

 

Name

Wei Sun

 

Nationality

Chinese

 

Date of Birth

13/05/1975

 

Place of Birth

Yingkou, Liaoning province, China

 

Address

 3-11, Wen Hua Road, Heping District, Shenyang, Liaoning Province, PR China, 110819

 

 

Contact Information

 

Phone:   +86-24-83684491(O)

Fax:       +86-24-83684491

Email:    weisun@mail.neu.edu.cn

 

 

 

 

Qualifications

 

2004.9-2007.7: Department of Mechanical Design and Theory, Northeastern University, D. E

 2001.9-2004.3: Department of Mechanical Design and Theory,  Northeastern University, M. E

 1995.9-1999.7: Department of Mechanical Design and Manufacture, Northeastern University, B. E

 

 

Work experiences

Jan. 2017 – present

Professor: Discipline of Mechanical Design and Theory in School of Mechanical Engineering and Automation, Northeastern University

Jan. 2011 - Dec. 2016

Associate professor: Discipline of Mechanical Design and Theory in School of Mechanical Engineering and Automation, Northeastern University

Aug. 2007 – Dec. 2010

Lecturer: Discipline of Mechanical Design and Theory in School of Mechanical Engineering and Automation, Northeastern University

Mar. 2004 – July 2007

Assistant: Discipline of Mechatronics Engineering in School of Mechanical Engineering and Automation, Northeastern University

 

Major

Mechanical design and theory

 

Study Fields

Dynamics of mechanical system and vibration control

 

Teaching responsibilities

       [1] Elasticity and Finite Element Method, for undergraduate and graduate students (7 years)

       [2] Mechanical Vibration, for undergraduate students (7 years)

       [3] Supervise graduate students for their papers (8 Persons)

       [4]Supervise undergraduate students for their graduate designs or papers (over 25)

 

Awards

       [1] Wei Sun (No. 3), The quantitative diagnosis technology and application of vibration fault of rotating machinery, Second Prize for Science & technology Achievement of the Ministry of Education of China, 2011

       [2] Wei Sun (No.11), Dynamic reliability design theory and application of major machinery and equipment, First Prize for Technology Progress of  Liaoning Province

 

Research

National Natural Science Fund of China, (NSFC), Vibration reduction mechanism of hard coating for the thin-walled components of power equipment, 2014.1~2017.12, 800 thousand yuan, Responser

The hard-coating technology is a kind of new and important measure of vibration reduction for the thin-walled components of the power equipments, which are suitable the working condition of power equipments and can suppress the harmful vibration effectively. Due to not understanding of the hard coating damping mechanism, the application of this vibration reduction technology has been restricted severely. In this project, the thin plate and cylindrical shell which can simulate typical thin-walled components of power equipments are chosen as study objects, the damping theory of hard coating and the relative test method will be studied. The study contents include characterizing the nonlinear damping characteristic of hard-coating composite structure, determining the nonlinear constitutive model of hard-coating materials, depicting the nonlinear dynamics mechanism of hard-coating composite structure and analyzing the effect of hard coating on the parameters of vibration characteristic of composite structure, etc. Through this project, the dynamics mechanism of damping vibration reduction used hard coating will be revealed from the point of macro dynamics, the systematic vibration test methodology and the relative analysis method for the hard-coating composite structure will be set up to meet the design needs of vibration reduction. Ultimately, the study of this project will provide the technical support for the application of hard coating damping technology in the thin-walled components of power equipments.

 

National Natural Science Fund of China, (NSFC), Dynamics analysis and optimization of the moving combined interface for the high-grade CNC machine tools, 2010.1~2012.12, 200 thousand yuan, Responser

In high-grade CNC machine tools design process, the vibration analysis theory of joints is necessary to be established to guide design because the characteristic of joints affects the stiffness, damping, machining accuracy and efficiency. The characteristics of joints of spindle and linear guideway systems are studied in this project. On the basis of considering the nonlinear characteristics of spindle and linear-guideway-systems joints, this project established the dynamic models, studied the dynamic and nonlinear characteristics and the experiment methods of spindle and linear guideway systems.

 

 

Publications

      

[1]     Yue Zhang, Wei Sun*, Jian Yang, Qingkai Han. Analytical analysis of forced vibration of the hard-coating cylindrical shell with material nonlinearity and elastic constraint. Composite Structures,2018, 187: 281-293【SCI】Q1 IF=3.858

[2]     Yue Zhang, Wei Sun*, Jian Yang, Qingkai Han. Nonlinear vibration analysis of a hard-coating cylindrical shell with elastic constraints by finite element method. Nonlinear Dynamics, 2017,90(4), 2879-2891【SCI】Q1 IF=3.464

[3]     Wei Sun*, Zhuo Wang, Xianfei Yan, Mingwei Zhu. Inverse identification of the frequency-dependent mechanical parameters of viscoelastic materials based on the measured FRFs. Mechanical Systems and Signal Processing, 2018, 98(1):816-833 【SCI】Q1 IF=4.116

[4]     Wei Sun*, Mingwei Zhu, Zhuo Wang. Free vibration analysis of hard-coating cantilever cylindrical shell with elastic constraints. Aerospace Science and Technology. 2017, 63: 232-244 【SCI】Q1 IF= 2.057

[5]     Wei Sun*, Rou Liu. Damping optimization of hard-coating thin plate by the modified modal strain energy method. Coatings, 2017, 7(2), 32; doi:10.3390/ coatings7020032 【SCI】 Q2 IF=2.175

 

Books

 

        [1] Han Qingkai, Sun Wei, Wang Boping, Li Chaofeng. Basic course of finite element method for the mechanical structure. Beijing: Science Press, 2013 (in Chinese)

        [2] Sun Wei. Virtual design. Beijing: Mechanical Industry Press, 2010 (in Chinese)

        [3] Wen Bangchun, Sun Wei, Li He. Manufacture performance and visual optimization design for the mechanical product. Beijing: Mechanical Industry Press, 2010 (in Chinese)

        [4]Han Qingkai, Yu Tao, Sun Wei. Dynamics design and analysis of mechanical system.  Beijing: Science Press, 2010

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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