Existence of renormalized solutions to elliptic equation in Musielak-Orlicz space
arXiv:1701.08970 · doi:10.1016/j.jde.2017.09.007
Abstract
We prove existence of renormalized solutions to general nonlinear elliptic equation in Musielak-Orlicz space avoiding growth restrictions. Namely, we consider \begin{equation*} -{\rm div} A(x,\nabla u)= f\in L^1(Ω), \end{equation*} on a Lipschitz bounded domain in . The growth of the monotone vector field is controlled by a generalized nonhomogeneous and anisotropic -function . The approach does not require any particular type of growth condition of or its conjugate (neither , nor ). The condition we impose is log-Holder continuity of , which results in good approximation properties of the space. The proof of the main results uses truncation ideas, the Young measures methods and monotonicity arguments.
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