ABOUT ME
I am a software developer II in ANSYS. My work focuses on reproducing, developing and improving advanced numerical simulation methods such as Optimization, X-FEM, Peridynamics and Molecular Dynamics. I am a passionate, creative and productive researcher and team worker.
EDUCATION
RESEARCH INTERESTS
Molecular dynamics, FEM and multiscale analysis
My interest concerns on improving or developing novel algorithms of different numerical methods. For example, X-FEM, nonlocal FEM, multiscale methods, Peridynamics and so on. I am currently studying on algorithm which seamlessly combines local (for example, FEM) and nonlocal numerical methods (for example, MD, SPH or PD) together.
2013 - 2017 PhD student
University of North Carolina at Charlotte
Mechanical Engineering Department
Fracture and damage simulation,
especially for composite materials in macro or nano levels.
Thermal conductivity simulation of nano materials
I have used RNEMD method to study how the configuration, deformation and defect influence the thermal conductivity of MoS2 and BN nanoribbons.
2011 - 2013 M.S.
Clarkson University
Wallance H. Coulter School of Engineering
2004 - 2008 B.E.
China Agriculture University
College of Water Resource & Civil Engineering
2008 - 2011 M.S.
Beijing University of Civil Engineering and Architecture
Civil Engineering