The paper is devoted to the diffusion equation, with the Dirac-like periodic potential having different structure in two parts of the domain. The problem can be homogenized in one part of the domain while the standard homogenization does not work in the other. We introduce and test numerically the method of partial homogenization, combining in one multiscale model the homogenized and discrete description. © 2020 by Begell House,
Partial differential equations with highly oscillatory, random coefficients describe many applicatio...
In this paper, we consider the homogenization problem for a steady-state heat conduction problem in ...
It is well known under the name of 'periodic homogenization' that, under a centering condition of th...
Abstract. This paper contains a study of the long time behavior of a diffusion process in a periodic...
In this thesis we study the homogenization of diffusions in two particular comb-like structures. In ...
The paper is devoted to a reaction-diffusion problem describing diffusion and consumption of nutrien...
International audienceThe paper is devoted to the diffusion equation with discrete absorption descri...
We consider the homogenization of both the parabolic and eigenvalue problems for a singularly pertur...
We study the problem of homogenization for inertial particles moving in a periodic velocity field, a...
In this dissertation, parabolic-pseudoparabolic equations are proposed to couple chemical reactions,...
This paper is a set of lecture notes for a short introductory course on homogenization. It...
We study the question of periodic homogenization of a variably scaled reaction-diffusion problem wit...
International audienceWe consider the homogenization of a spectral problem for a diffusion equation ...
Homogenization is a collection of powerful techniques in partial differential equations that are use...
Partial differential equations with highly oscillatory, random coefficients describe many applicatio...
In this paper, we consider the homogenization problem for a steady-state heat conduction problem in ...
It is well known under the name of 'periodic homogenization' that, under a centering condition of th...
Abstract. This paper contains a study of the long time behavior of a diffusion process in a periodic...
In this thesis we study the homogenization of diffusions in two particular comb-like structures. In ...
The paper is devoted to a reaction-diffusion problem describing diffusion and consumption of nutrien...
International audienceThe paper is devoted to the diffusion equation with discrete absorption descri...
We consider the homogenization of both the parabolic and eigenvalue problems for a singularly pertur...
We study the problem of homogenization for inertial particles moving in a periodic velocity field, a...
In this dissertation, parabolic-pseudoparabolic equations are proposed to couple chemical reactions,...
This paper is a set of lecture notes for a short introductory course on homogenization. It...
We study the question of periodic homogenization of a variably scaled reaction-diffusion problem wit...
International audienceWe consider the homogenization of a spectral problem for a diffusion equation ...
Homogenization is a collection of powerful techniques in partial differential equations that are use...
Partial differential equations with highly oscillatory, random coefficients describe many applicatio...
In this paper, we consider the homogenization problem for a steady-state heat conduction problem in ...
It is well known under the name of 'periodic homogenization' that, under a centering condition of th...