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On some nonlinear obstacle problems with only the log-Hölder continuity in Musielak spaces

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Abstract

With only the log-Hölder continuity on the modular function, we prove in non-reflexive Musielak spaces an existence result of solutions for a strongly nonlinear obstacle problem associated to the elliptic equation

$$\begin{aligned} -{\text {div}}\>{\mathcal {A}}(x,u,\nabla u)-\mathop {\textrm{div}}\Phi (x,u)= f \quad \text {in }{\Omega }, \end{aligned}$$

where the lower order term \(\Phi\) is a non-coercive Carathéodory function satisfying a generalized natural growth condition described by the appropriate Musielak function \(\varphi\) and f is an integrable datum. We do not assume any growth restrictions neither on \(\varphi\) nor on its complementary \({\overline{\varphi }}\).

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Correspondence to Mohamed Bourahma.

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Bourahma, M., Bennouna, J. & Benkirane, A. On some nonlinear obstacle problems with only the log-Hölder continuity in Musielak spaces. São Paulo J. Math. Sci. 17, 1098–1124 (2023). https://doi.org/10.1007/s40863-022-00346-4

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