An upwinding mixed finite element method
 for a mean field model of superconducting vortices

Zhiming Chen; Qiang Du

Displaying similar documents to “An upwinding mixed finite element method for a mean field model of superconducting vortices”

Clear graphical representation of the location model in mixed variable discriminant analysis

E. Krusińska, J. Liebhart (1988)

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Instability of mixed finite elements for Richards' equation

Březina, Jan

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Richards' equation is a widely used model of partially saturated flow in a porous medium. In order to obtain conservative velocity field several authors proposed to use mixed or mixed-hybrid schemes to solve the equation. In this paper, we shall analyze the mixed scheme on 1D domain and we show that it violates the discrete maximum principle which leads to catastrophic oscillations in the solution.

On the Wilks Λ statistic as a tool for model selection in mixed variable discriminant analysis

E. Krusińska, J. Liebhart (1988)

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A mixed–FEM and BEM coupling for a three-dimensional eddy current problem

Salim Meddahi, Virginia Selgas (2010)

ESAIM: Mathematical Modelling and Numerical Analysis

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We study in this paper the electromagnetic field generated in a conductor by an alternating current density. The resulting interface problem (see Bossavit (1993)) between the metal and the dielectric medium is treated by a mixed–FEM and BEM coupling method. We prove that our BEM-FEM formulation is well posed and that it leads to a convergent Galerkin method.