element method 
Chebyshev spectralfinite element method for incompressible fluid flow


A boundary element method for a nonlinear boundary value problem in steadystate heat transfer in dimension three


Moreover, a boundary element method is presented for its solution and the error estimates of the numerical approximations are given.


Mixed finite element method for the convectiondominated diffusion problems with small parameterε


The paper also shows that under some conditions,the standard finite element method only gives a bounded solution, ho we ver the mixed finite element method gives a convergent one.


Spectral finite element method for a unsteady transport equation


Finite element method for some nonlinear integrodifferential equations


This paper studies the finite element method for some nonlinear hyperbolic partial differential equations with memory and dampling terms.


Discontinuous galerkin finite element method for a forwardbackward heat equation


A spacetime finite element method, discontinuous in time but continuous in space, is studied to solve the nonlinear forwardbackward heat equation.


The electric field inside the emission region is calculated by the finite element method.


The Leontovich impedance boundary condition (IBC) is combined with the edgebased finite element method (FEM) in this paper to analyze the electromagnetic (EM) scattering of cavities coated with a multilayered dielectric.


This paper presents a threedimensional resistance calculation method called the combined analytical formula and boundary element method (ABEM).


The method cuts selected interconnecting lines then it calculates the resistances of straight sections using an analytical formula and the resistances of the other sections using the boundary element method (BEM).


Slot force caused by slot effect was greatly reduced by using fraction slot structure, and normal force was calculated through the finite element method (FEM).


Considering the salient pole and high magnetic nonlinearity of the electromagnetic doubly salient (EMDS) DC generator, a 12/8 pole prototype EMDS generator is designed and calculated using a 2D finite element method (FEM).


In this article, using the finite element method, we expound a kind of novel plotting pattern to field, which is the distribution of sensitivity field through computer simulation.


Using the theoretical calculation and finite element method (FEM), effects of various machining imperfection types on endeffector positioning accuracy were evaluated.


Using FEM (finite element method) and BEM (boundary element method) acousticstructure sensitivity was formulated and presented.


Acoustic analysis of lightweight autobody based on finite element method and boundary element method

