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Workshop on
Nonlinear Partial Differential
Equations:
Analysis, Computation and Applications
3 - 6 May 2005
...Jointly organized by
- Institute for Mathematical Sciences, National University of Singapore
-
Institute of Mathematical Sciences, Chinese University of Hong
Kong
- Weizhu Bao, National University of Singapore
- Ping Lin, National University of Singapore
- Jian-Guo Liu, University of Maryland and National
University of Singapore
- Zhouping Xin, Chinese University of Hong Kong
- Weizhu Bao, National University of Singapore
Efficient and stable numerical methods for
the generalized and vector Zakharov
system
- Jin Cheng, Fudan University, China
Reconstruction of the convection
coefficients from D-N map
- Sylvia Chiang, National University of Singapore
On the interaction of delta-shocks and
contact vacuum states
- Huihui Dai, City University of Hong Kong
Uniqueness conditions for a
hyperbolic-elliptic model in phase transitions and its
two-phase solution
- Min Dai, National University of Singapore
A free boundary problem arising
from the pricing of strike reset options
- Quansen Jiu, Capital Normal University, China
On the strong convergence of the approximate
solutions for the 3-D steady Euler
equations with axial-symmetry
- Tieh-Yong Koh, Nanyang Technological University
Solving the atmosphere: case study of
tropical storm Vamei
- Seung Yeal Ha, Seoul National University, Korea
L1-stability theory
of the Boltzmann equation
- Jinsong Hua, Institute of High Performance Computing,
Singapore
CFD modelling of
interfacial/multiphase flows using front tracking method
- Chang-Ock Lee, KAIST, Korea
A discontinuous Galerkin method for elliptic interface problems with
application
to electroporation
- Hailiang Li, Capital Normal University, China
Quantum hydrodynamics: Well-posedness and
asymptotics
- Chi-Kun Lin, National Cheng Kung University, Taiwan
Semiclassical limit of coupled nonlinear Schrödinger
equations
- Chi-Tien Lin, Providence University, Taiwan
High-order central-upwind schemes for
hyperbolic conservation laws
- Ping Lin, National University of Singapore
Analysis and simulation of a nonlinear wave
equation of mixed type for fracture
dynamics
- Jian-Guo Liu, University of Maryland and National
University of Singapore
On incompressible Navier-Stokes dynamics: a
new approach for analysis and
computation
- Tiegang Liu, Institute of High Performance Computing,
Singapore
On accuracy of the ghost fluid method
- Ya Yan Lu, City University of Hong Kong
Optical bistability and its computation
- Changzheng Qu, Northwest University, China
Invariant nonlinear partial differential
equations in Klein geometry
- Juncheng Wei, Chinese University of Hong Kong
Concentration on curves for
nonlinear Schrodinger eqautions
- Zhouping Xin, Chinese University of Hong Kong
Some problems in the theory of
multi-dimensional shock waves
- Zheng-an Yao, Zhongshan University, China
On Landau-Lifshitz type equation with
periodic boundary condition
- Huicheng Yin, Nanjing University, China
Transonic shock in nozzle
- Hongjun Yuan, Jilin University, China
Some mathematical problems in fluid dynamics
Nonlinear partial differential equations are
widely used to model many problems in materials science,
engineering, physics, chemistry, biology, medicine, etc.
Theoretical analysis and numerical simulation are two
fundamental and important mathematical tools for studying these
equations which arise in the applied sciences such as fluid
mechanics and electromagnetics.
The Institute for Mathematical Sciences at
National University of Singapore (IMS/NUS) and The Institute of
Mathematical Sciences at The Chinese University of Hong Kong (IMS/CUHK)
will jointly organize a 4-day workshop on the theme "Nonlinear
Partial Differential Equations: Analysis, computation and
applications" at IMS/NUS in Singapore. The workshop will bring
together scientists from overseas and local researchers from NUS
departments and A*STAR institutes to interact and exchange ideas
across different disciplines. This event will also provide
opportunities for local graduate students and young researchers
to learn state-of-the-art knowledge in a multidisciplinary area
with wide applications.
Topics will include: conservation laws, fluid
mechanics, water waves, numerical methods, transport phenomena,
kinetic theory, inverse problems, combustion, semiconductor
modeling and simulation, Bose-Einstein condensation, quantum
hydrodynamics, nonlinear Schrodinger equations, plasma physics.
- IMS Auditorium
Institute for Mathematical Sciences, NUS
3 Prince George's Park
Singapore 118402
- Getting to IMS
- Registration is now closed.
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