In this paper, the authors study reiterated homogenization of nonlinear equations of the form -div(a(x, x/ε, x/ε2,Duε)) = f, where a is periodic in the first two arguments and monotone in the third. It is proved that uε converges weakly in W1,p(Ω) (and even in some multiscale sense), as ε → 0 to the solution u0 of a limit problem. Moreover, an explicit expression for the limit problem is given. The main results were also stated in [15]. This article presents the complete proofs of these resultsValiderad; 2001; 20061019 (evan
AbstractIn this paper, we study reiterated homogenization for equations of the form −div(aɛ(x,Duɛ))=...
In this thesis we investigate some partial differential equations with respect to G-convergence and ...
AbstractDeterministic homogenization has been till now applied to the study of monotone operators, t...
In this paper, the authors study reiterated homogenization of nonlinear equations of the form -div(a...
In this Note we study reiterated homogenization of nonlinear equations of the form −div(a(x/,x/2,Du)...
The authors study homogenization of some nonlinear partial differential equations of the form _ div ...
In this paper we study homogenization of quasi-linear partial differential equations of the form -di...
Using the unfolding method of Cioranescu, Damlamian and Griso [D. Cioranescu, A. Damlanuan, G. Griso...
In this Note, using the periodic unfolding method (see D. Cioranescu et al., C. R. Acad. Sci. Paris,...
summary:This paper is devoted to the homogenization beyond the periodic setting, of nonlinear monoto...
Abstract. We study, beyond the classical periodic setting, the homogeniza-tion of linear and nonline...
We study, beyond the classical periodic setting, the homogenization of linear and nonlinear paraboli...
Under minimal assumptions of regularity we discuss estimates for zero and first approximation to the...
In this Note, using the periodic unfolding method, see [4], we study reiterated homogenization for e...
In this paper, the asymptotic behavior of the solutions of a monotone problem posed in a locally per...
AbstractIn this paper, we study reiterated homogenization for equations of the form −div(aɛ(x,Duɛ))=...
In this thesis we investigate some partial differential equations with respect to G-convergence and ...
AbstractDeterministic homogenization has been till now applied to the study of monotone operators, t...
In this paper, the authors study reiterated homogenization of nonlinear equations of the form -div(a...
In this Note we study reiterated homogenization of nonlinear equations of the form −div(a(x/,x/2,Du)...
The authors study homogenization of some nonlinear partial differential equations of the form _ div ...
In this paper we study homogenization of quasi-linear partial differential equations of the form -di...
Using the unfolding method of Cioranescu, Damlamian and Griso [D. Cioranescu, A. Damlanuan, G. Griso...
In this Note, using the periodic unfolding method (see D. Cioranescu et al., C. R. Acad. Sci. Paris,...
summary:This paper is devoted to the homogenization beyond the periodic setting, of nonlinear monoto...
Abstract. We study, beyond the classical periodic setting, the homogeniza-tion of linear and nonline...
We study, beyond the classical periodic setting, the homogenization of linear and nonlinear paraboli...
Under minimal assumptions of regularity we discuss estimates for zero and first approximation to the...
In this Note, using the periodic unfolding method, see [4], we study reiterated homogenization for e...
In this paper, the asymptotic behavior of the solutions of a monotone problem posed in a locally per...
AbstractIn this paper, we study reiterated homogenization for equations of the form −div(aɛ(x,Duɛ))=...
In this thesis we investigate some partial differential equations with respect to G-convergence and ...
AbstractDeterministic homogenization has been till now applied to the study of monotone operators, t...