We study the homogenization of parabolic or hyperbolic equations like ρϵ(x)∂nuϵ∂tn−div(aϵ(x)∇uϵ)=f\rho_\epsilon(x){\partial^n u_\epsilon \over \partial t^n}- div(a_\epsilon(x) \nabla u_\epsilon) =f on Ω×(0,T)\Omega\times (0, T) plus boundary conditions, n∈{1,2}n \in \{1,2\}, where the coefficients aϵa_\epsilon and ρϵ\rho_\epsilon takes values of very different order on an ϵ\epsilon-periodic subset Tϵ⊂ΩT_\epsilon \subset \Omega (fibered structure) and elsewhere. We find a non local effective equation deduced from a homogenized system of several equations.

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Michel Bellieud

Dep. de Mathématiques, Université de Perpignan, 52 av. de Villeneuve, 66100 Perpignan, France

bellieud@univ-tln.fr

M. Bellieud. “Homogenization of Evolution Problems in a Fiber Reinforced Structure.” Journal of Convex Analysis 11 (2004), No. 2, 363–385. https://doi.org/10.68381/jca11022