Objective:

Seeking a challenging career in the area of Mechanical Engineering/Materials Science/Software Engineering in a dynamic and growing company.

Summary of my Background:

   • Double Master of Science from prestigious engineering school in US
   • Extensive experience in computer-aid designs (CAD 2D&3D )
   • Experience on product design (concept design, assembly layouts and component details)
   • Specialized in computer structural/stress analysis (FEA)
   • Extensive experience in mechanism analysis and optimization
   • High computer proficiency: MS-Windows and UNIX;  AutoCAD, Matlab, C++ and Visual C++,
     Ideas and LS-DYNA3D, ProE/ProMECHANICA; HTML, Javascript and Java.

Experience:

Graduate Research Assistant, Mechanical Engineering Department, West Virginia University
Morgantown, West Virginia. (July 96 to May. 98)

Performed research and experiments on High-temperature alloys, FEA structural/stress analysis and on optical moiré stress/structural analysis and digital image process and mechanics. Projects involved::

• Specialized in FEA structural/stress analysis; Developed non-linear finite element analysis program;
• Fracture model construction and analysis under hydrogen environment on Fe3Al alloy using Finite element method (ABACUS);
• Car impact simulation and analysis using IDEAS and LS-DYNA3D. Produced C/C++ code to incorporate collision detection and contact force determination.
• Undertook fracture mechanism research on FeAl high-temperature alloys and Environmental stress and strain analysis on high-temperature alloys using Moiré method (DOE project);
• Finished a software package processing experimental  digital images using C++ Object Design;
• Experience on product design (concept design, assembly layouts and component details); especially in High vacuum chamber designing, constructing, high vacuum environmental control and test;
• High computer proficiency: MS-Windows and UNIX;  AutoCAD, C++ and Visual C++, Matlab, Ideas, LS-DYDA3D and ProE.

• Conceptualised and designed physical deep-water vacuum systems. Blueprinted various assemblies and components. Lead engineering team for productivity analysis and new product development;
• Finite Element Analysis, Computational Methods in FEA, hp adaptive Finite Elements, Advanced theory of Finite Elements, Grid Generation  and Adaptive Grids
• Using FORTRAN program perform structural and stress analysis to justify the capacities of metal parts;

 

• A 2-scale Finite Element Model for the Hydrogen-induced crack of NiAl High-temperature alloy
• A 2-D finite element code was developed to compute the thermal stresses in a nuclear fuel rod. The stress analysis problem and the thermal problem were solved on the same grid.
• Developed a complete 3-D finite element analysis model in simulating metal-phase transfer.

Education
 

M.S. Mechanical Engineering, Dec. 1997   West Virginia University. GPA 3.6/4.0   M.S. Materials Science and Engineering, July 95   Institute of Metal Research, Chinese Academy of Science. GPA 3.7/4.0   B.S. Materials Science and Engineering, July 1992   Central South University of Technology GPA 3.8/4.0

 

1. Investigation on Environmental Assisted Fracture Behavior of Iron Aluminides Using Moiré Interferometry, Proceedings of the Tenth Annual Conf. On fossil Energy Material, pp 1074-1078, 1997
2. Improvement of Weak Links between Grain Boundaries of Polycrystalline YBa₂Cu₃O_7-y by Excess Ba, Phys. Stat. Sol.(a) 156, pp.187-192 (1996)
3. The Enhancement in Critical Current Density of YBa₂Cu₃O_7-y by Water Vapor Treatment, Phys. Stat. Sol.(a)155, pp.473-477 (1996)
4. The Tetragonal to orthorhombic Transition of YBa₂Cu₃O_7-x at temperature 200^oC, Physica Status Solidi(a), vol. 151, No.1,1995
5. Study of Ag/Oxide Interface of Bi-2223 Silver-Sheathed Superconducting Composite, Journal of Applied Physics, Vol.78, pp.3274,1995
6. Effect of Hydrogen Absorption on Superconductivity in Bi-2223, Proceeding of the Fifth National Conference on Superconductor for Young Scholar pp.31-33,1994