on positive solutions for a class of strongly coupled p-laplacian systems

Clicks: 84
ID: 186170
2007
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Ranked #140 of 219 articles by views in icsoft 2006 - 1st international conference on software and data technologies, proceedings

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Abstract
Consider the system $$displaylines{ -Delta_pu =lambda f(u,v)quadhbox{in }Omegacr -Delta_qv =lambda g(u,v)quadhbox{in }Omegacr u=0=v quad hbox{on }partialOmega }$$ where $Delta_sz=hbox{m div}(| abla z|^{s-2} abla z)$, $s>1$, $lambda$ is a non-negative parameter, and $Omega$ is a bounded domain in $mathbb{R}$ with smooth boundary $partialOmega$. We discuss the existence of a large positive solution for $lambda$ large when $$ lim_{xoinfty}frac{f(x,M[g(x,x)]^{1/q-1})}{x^{p-1}}=0 $$ for every $M>0$, and $lim_{xoinfty} g(x,x)/x^{q-1}=0$. In particular, we do not assume any sign conditions on $f(0,0)$ or $g(0,0)$. We also discuss a multiplicity results when $f(0,0)=0=g(0,0)$.
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ali2007electronicon Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors ;Jaffar Ali;R. Shivaji
Journal icsoft 2006 - 1st international conference on software and data technologies, proceedings
Year 2007
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