Homogenization of fully nonlinear elliptic equations with oscillating dirichlet boundary data

Abstract

This paper deals with the homogenization of fully nonlinear second order equation with an oscillating Dirichlet boundary data when the operator and boundary data are $\e$-periodic. We will show that the solution $u_\e$ converges to some function $\bar{u}(x)$ uniformly on every compact subset $K$ of the domain $D$. Moreover, $\bar{u}$ is a solution to some boundary value problem. For this result, we assume that the boundary of the domain has no (rational) flat spots and the ratio of elliptic constants $\Lambda /\lambda$ is sufficiently large.

References in corpus (1)

• Highly Oscillating Thin Obstacles