International audienceIn this paper, we study the rate of convergence in periodic homogenization of scalar ordinary differential equations. We provide a quantitative error estimate between the solutions of a first-order ordinary differential equation with rapidly oscillating coefficients and the limiting homogenized solution. As an application of our result, we obtain an error estimate for the solution of some particular linear transport equations
International audienceWe consider homogenization problems for linear elliptic equations in divergenc...
We consider periodic homogenization of the fully nonlinear uniformly elliptic equation u(epsilon) + ...
International audienceIn this paper we study homogenization for a class of monotone systems of first...
International audienceIn this paper, we study the rate of convergence in periodic homogenization of ...
This paper considers a family of second-order parabolic equations in divergence form with rapidly os...
AbstractWe study the convergence rate of an asymptotic expansion for the elliptic and parabolic oper...
For a homogenization problem associated to a linear elliptic operator, we prove the existence of a d...
Abstract This paper is devoted to studying the behavior as ε → 0 of the equations ...
20 pagesInternational audienceWe study the asymptotic behavior of solution of semi-linear PDEs. Neit...
In this paper we study a periodic homogenization problem for a quasilinear elliptic equation that p...
We consider the homogenization of a semilinear heat equation with vanishing viscosity and with oscil...
We consider the evolution by mean curvature in a highly heterogeneous medium, modeled by a periodic ...
G-convergence of differential equations is a weak form of convergence in which rather than structura...
summary:This paper is devoted to the study of the linear parabolic problem $\varepsilon \partial _{t...
Abstract. We establish higher order convergence rates in the theory of periodic homogenization of bo...
International audienceWe consider homogenization problems for linear elliptic equations in divergenc...
We consider periodic homogenization of the fully nonlinear uniformly elliptic equation u(epsilon) + ...
International audienceIn this paper we study homogenization for a class of monotone systems of first...
International audienceIn this paper, we study the rate of convergence in periodic homogenization of ...
This paper considers a family of second-order parabolic equations in divergence form with rapidly os...
AbstractWe study the convergence rate of an asymptotic expansion for the elliptic and parabolic oper...
For a homogenization problem associated to a linear elliptic operator, we prove the existence of a d...
Abstract This paper is devoted to studying the behavior as ε → 0 of the equations ...
20 pagesInternational audienceWe study the asymptotic behavior of solution of semi-linear PDEs. Neit...
In this paper we study a periodic homogenization problem for a quasilinear elliptic equation that p...
We consider the homogenization of a semilinear heat equation with vanishing viscosity and with oscil...
We consider the evolution by mean curvature in a highly heterogeneous medium, modeled by a periodic ...
G-convergence of differential equations is a weak form of convergence in which rather than structura...
summary:This paper is devoted to the study of the linear parabolic problem $\varepsilon \partial _{t...
Abstract. We establish higher order convergence rates in the theory of periodic homogenization of bo...
International audienceWe consider homogenization problems for linear elliptic equations in divergenc...
We consider periodic homogenization of the fully nonlinear uniformly elliptic equation u(epsilon) + ...
International audienceIn this paper we study homogenization for a class of monotone systems of first...