Sobolev regularity of quasiconformal mappings on domains

preprint2016arXivOpen access

Abstract

Consider a Lipschitz domain ΩΩ and a measurable function μμ supported in Ω‾\overlineΩ with ∥μ∥L∞<1\left\|μ\right\|_{L^\infty}<1. Then the derivatives of a quasiconformal solution of the Beltrami equation ∂‾f=μ∂f\overline{\partial} f =μ\partial f inherit the Sobolev regularity Wn,p(Ω)W^{n,p}(Ω) of the Beltrami coefficient μμ as long as ΩΩ is regular enough. The condition obtained is that the outward unit normal vector NN of the boundary of the domain is in the trace space, that is, N∈Bp,pn−1/p(∂Ω)N\in B^{n-1/p}_{p,p}(\partialΩ).

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