|
|
Zhong-Zhi Bai |
Numerical linear algebra, Parallel computations |
|
Li-qun Cao |
Multiscale computation |
|
Zhiming Chen |
Finite element method, Maxwell equations, Flow transport in porous media |
|
Jun-zhi Cui |
Multiscale computaion for composite materials, Scientific computing |
|
Yu-hong Dai
|
Nonlinear optimization |
|
Jialin Hong |
Structure-preserving algorithms for dynamical systems |
| Qi-ya Hu |
Integral equation, domain decomposition |
| Xing-biao Hu |
Soliton theory and integrable systems |
|
Qun Lin |
Finite element method, superconvergence |
| Run-qiu Liu |
|
| Ping-bing Ming |
Finite element methods, Nonconforming methods, Multiscale modelling and computation |
| Zai-jiu Shang |
Geometric numerical methods for dynamical systems |
|
Zhong-ci Shi |
Finite element method, nonconforming elements, domain decomposition, multigrid |
|
Yi-fa Tang |
Symplectic Algorithms for Hamiltonian Systems, Numerical Analysis of Fractional Differential Equations with Applications |
|
Guo-liang Xu |
Computatuinal Geometry |
|
Xue-jun Xu |
Finite element method, domain decomposition |
| Ning-ning Yan |
Numerical PDE and application |
|
De-hao Yu |
Boundary element method |
|
Li Yuan |
Computational Fluid Dynamics |
|
Ya-xiang Yuan |
Nonlinear optimization |
| Bo Zhang |
Direct and Inverse Scattering Problems |
|
Lin-bo Zhang |
Parallel computing |
| Wen-sheng Zhang |
Inverse problem |
|
Aihui Zhou |
Finite element method, eigenvalue problem, chaotic dynamics |
Associate Professor: |
|
| Ya-na Di |
Computational Fluid Dynamics, Adaptive Method |
|
Xia Ji |
Maxwell equations, Fast multipole method (FMM) |
|
Ben-zhuo Lu |
Biological computation and simulation |
| Ya-juan Sun |
Geometric Numerical Integration for ODEs and PDEs |
| Xin Wen |
Artificial boundary method, Hamiltonian-preserving scheme for Liouville equation |
|
He-hu Xie |
Finite Element Method, Superconvergence and Extrapolation, Adaptive Method |
|
Zhi-qiang Xu |
Computational geometry,PDE methods in image processing and computer graphics |
|
Wei-ying Zheng |
Finite element method, Electromagnetic and optical computation |
Assistant Professor: |
|
| Zhou-jian Cao |
Numerical relativity, Computational astrophysics, Numerical problems relate to gravity |
|
Tao Cui | parallel computing, electromagnetic computing |
|
Xiao-ying Dai |
Finite element method, eigenvalue problem |
|
Wei Gong |
Numerical methods for optimal control problems, finite element method |
|
Wei Leng |
Numerical methods for incompressible Navier-Stokes equations, Seismic Imaging |
|
Ming Li |
computational geometry, image processing |
|
Wei Liu |
Numerical solutions of conservation laws (ENO, WENO, DG) Computational fluid dynamics |
|
Xin Liu |
Computational Methods for Optimization |
|
Shi-peng Mao |
Finite element methods, Agaptive methods, Computational fluid dynamics |
|
Zhi-ru Ren |
Numerical Linear & Nonlinear Algebra |
|
Li Xu |
On the complex boundary problems of the fluid dynamics |
|
Xian-min Xu |
computational materials, multi-scale methods |
|
Hai-jun Yu |
complex fluids, numerical methods for high dimensional problems, spectral method |
|
Chen-song Zhang |
Adaptive finite element methods, multigrid methods |
|
Shuo Zhang |
Finite element methods, fast solvers for linear systems |
|
Xu-ying Zhao |
Finite element methods and applications, adaptive methods, nonlocal models |
|
Tao Zhou |
Stochastic Computations, Uncertainty Quantification |
|
| |
|
Qiang Du |
Finite element method, computational material science |
|
Tao Tang |
Computational fluid dynamics |
|
| |
| Ru-juan Ding |
Secretary |
|
Jian-rong Fan
|
Secretary |
|
Ying Qian
|
Computer System Administrator |
| Ji-ping Wu |
Secretary |
|
Ji-ping Zhang
|
Secretary |
Academic Staff of LSEC: