On a positive solution for $(p,q)$-Laplace equation with Nonlinear
Abdellah Ahmed Zerouali, Belhadj Karim, Omar Chakrone, Abdelmajid Boukhsas
Abstract
Abdellah Ahmed Zerouali, Belhadj Karim, Omar Chakrone, Abdelmajid Boukhsas
Abstract
In the presentp aper, we study the existence and non-existence results of a positive solution for the Steklov eigenvalue problem driven by nonhomogeneous operator $(p,q)$-Laplacian with indefinite weights. We also prove that in the case where $\mu>0$ and with $1 0$ there exists an interval of principal eigenvalues for our Steklov eigenvalue problem.
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In the presentp aper, we study the existence and non-existence results of a positive solution for the Steklov eigenvalue problem driven by nonhomogeneous operator $(p,q)$-Laplacian with indefinite weights. We also prove that in the case where $\mu>0$ and with $1 0$ there exists an interval of principal eigenvalues for our Steklov eigenvalue problem.
Key concepts: Eigenvalues and eigenvectors, Laplace operator, Mathematics, p-Laplacian, Operator (biology), Nonlinear system, Mathematical analysis, Interval (graph theory)