Multiplicity of positive solutions for quasilinear elliptic p-Laplacian systems

Abstract

We study the existence and multiplicity of solutions to the elliptic system displaylinesβˆ’hboxdiv(∣ablau∣pβˆ’2ablau)+m1(x)∣u∣pβˆ’2u=lambdag(x,u)quadxinOmega,crβˆ’hboxdiv(∣ablav∣pβˆ’2ablav)+m2(x)∣v∣pβˆ’2v=muh(x,v)quadxinOmega,cr∣ablau∣pβˆ’2fracpartialupartialn=fu(x,u,v),quad∣ablav∣pβˆ’2fracpartialvpartialn=fv(x,u,v),displaylines{ -hbox{div}(|abla u|^{p-2} abla u)+m_1(x)|u|^{p-2}u =lambda g(x,u) quad xin Omega,cr -hbox{div}(|abla v|^{p-2} abla v)+m_2(x)|v|^{p-2}v=mu h(x,v) quad xin Omega,cr |abla u|^{p-2}frac{partial u}{partial n}=f_u(x,u,v),quad |abla v|^{p-2}frac{partial v}{partial n}=f_v(x,u,v), } where OmegasubsetmathbbRNOmegasubset mathbb{{R}}^N is a bounded and smooth domain. Using fibering maps and extracting Palais-Smale sequences in the Nehari manifold, we prove the existence of at least two distinct nontrivial nonnegative solutions

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