Asymptotic Analysis · 2004 · 21 citations · 7 references
Natural SciencesMathematicsComputational Fluid DynamicsDifferential EquationsFinite Element MethodsConvergence AnalysisPartial Differential EquationsVariational FormulationWeak FormulationElliptic Partial Differential EquationsHomogenizationHomogenization TheoryParabolic Boundary-value ProblemsParabolic Partial Differential EquationsPeriodic OperatorsPeriodic Solutions Of Differential Equations
In this paper we give a result of G‐convergence for a class of strongly degenerate parabolic equations in the case of periodic coefficients. The operators have the form μ(x)∂ t −div(a(x,t)·D) where the quadratic form associated to a(x,t) is degenerating as a Muckenhoupt weight and the coefficient μ is greater or equal to zero, possibly μ≡0, that is the operator may be elliptic, parabolic or elliptic‐parabolic.
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