In this paper, we prove an individual homogenization result for a class of almost periodic nonlin-ear parabolic operators. The spatial and temporal heterogeneities are almost periodic functions in the sense of Besicovitch. The latter allows discontinuities and suitable for many applications. First, we derive stability and comparison estimates for sequences of G-convergent nonlinear parabolic op-erators. Further, using these estimates, the individual homogenization result is shown. AMS Subject Classication (2000): 35B27, 35K55 1. Introduction. In the present pape
n this paper we give a result of G-convergence for a class of strongly degenerate parabolic equation...
summary:In this paper we homogenize monotone parabolic problems with two spatial scales and any numb...
We study the homogenization of the equation R(epsilon(-1) x) partial derivative u(epsilon)/partial...
In the present paper we prove an individual homogenization result for a class of almost periodic non...
In this thesis we investigate some partial differential equations with respect to G-convergence and ...
We study, beyond the classical periodic setting, the homogenization of linear and nonlinear paraboli...
Abstract. We study, beyond the classical periodic setting, the homogeniza-tion of linear and nonline...
This paper deals with homogenization of parabolic problems for integral convolution type operators w...
The present thesis is devoted to the homogenization of certain elliptic and parabolic partial differ...
The purpose of the present work is to introduce a framework which enables us to study nonlinear homo...
In this paper, a singular semi-linear parabolic PDE with locally periodic coefficients is homogenize...
summary:This paper is devoted to the study of the linear parabolic problem $\varepsilon \partial _{t...
Abstract. We consider the homogenization of nonlinear random para-bolic operators. Depending on the ...
summary:The main focus in this paper is on homogenization of the parabolic problem $ \partial _{t}u^...
AbstractWe study the homogenization problem for a random parabolic operator with coefficients rapidl...
n this paper we give a result of G-convergence for a class of strongly degenerate parabolic equation...
summary:In this paper we homogenize monotone parabolic problems with two spatial scales and any numb...
We study the homogenization of the equation R(epsilon(-1) x) partial derivative u(epsilon)/partial...
In the present paper we prove an individual homogenization result for a class of almost periodic non...
In this thesis we investigate some partial differential equations with respect to G-convergence and ...
We study, beyond the classical periodic setting, the homogenization of linear and nonlinear paraboli...
Abstract. We study, beyond the classical periodic setting, the homogeniza-tion of linear and nonline...
This paper deals with homogenization of parabolic problems for integral convolution type operators w...
The present thesis is devoted to the homogenization of certain elliptic and parabolic partial differ...
The purpose of the present work is to introduce a framework which enables us to study nonlinear homo...
In this paper, a singular semi-linear parabolic PDE with locally periodic coefficients is homogenize...
summary:This paper is devoted to the study of the linear parabolic problem $\varepsilon \partial _{t...
Abstract. We consider the homogenization of nonlinear random para-bolic operators. Depending on the ...
summary:The main focus in this paper is on homogenization of the parabolic problem $ \partial _{t}u^...
AbstractWe study the homogenization problem for a random parabolic operator with coefficients rapidl...
n this paper we give a result of G-convergence for a class of strongly degenerate parabolic equation...
summary:In this paper we homogenize monotone parabolic problems with two spatial scales and any numb...
We study the homogenization of the equation R(epsilon(-1) x) partial derivative u(epsilon)/partial...