【摘 要】
:
In order to simulate complicated EM phenomena,such as inhomogeneous medium,curve interface and boundary,complicated BCs,many new techniques need to be devel
论文部分内容阅读
In order to simulate complicated EM phenomena,such as inhomogeneous medium,curve interface and boundary,complicated BCs,many new techniques need to be developed and old ones be extended,such as DG,Matched Interface and Boundary(MIB)method,high-order algorithms,Method of Moment(MOM),Fast Algorithms,etc.
其他文献
In the present talk,I will firstly report our recent work on integrable discretizations for a class of soliton equations with hodograph transformations such
Everybody has heard of the Faraday cage effect,in which a wire mesh does a good job of blocking electric fields.Surely the mathematics of such a famous and
Some holonomic constrained systems have the Hamiltonian,which is the sum of the Hamiltonian of an integrable system,St(a)ckel system and terms including a L
We present a numerical method for the full-wave simulation of electromagnetic wave propagation in magnetized plasmas.A time-harmonic version of the anisotro
We analyze a gradient recovery based linear finite element method to solve bi-harmonic equations and the corresponding eigenvalue problems.Our method uses o
I will discuss about some recent developments of spectral element method(SEM)for solving the drift-diffusion equations,which have been used a lot in semicon
On quadrilateral subcells in an arbitrarily connected grid of polygonal cells,subcell-balance methods methods have been developped for the Sn(discrete ordin
Levermore's maximum entropy offered a landmark moment closure in gaskinetic theory.However,no closed-form expression for the fluxes are available if moments
In this paper,we present a new solver for Lattice Boltzmann Equation(LBE)using Discontinuous Galerkin(DG)method on unstructured grid with nodal basis.The nu
The Finite-Difference Time-Domain(FDTD)method is a very popular numerical method for solving the Maxwell's equations of electrodynamics.In this talk,we pres