Existence and asymptotic stability of solutions for hyperbolic differential inclusions with a source term.

Park, Jong Yeoul; Park, Sun Hye

Displaying similar documents to “Existence and asymptotic stability of solutions for hyperbolic differential inclusions with a source term.”

Landesman Lazer type results for first order periodic problems

Donal O'Regan (1997)

Commentationes Mathematicae Universitatis Carolinae

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Existence of nonnegative solutions are established for the periodic problem $y^{'} = f (t, y)$ a.eȯn $[0, T]$ , $y (0) = y (T)$ . Here the nonlinearity $f$ satisfies a Landesman Lazer type condition.

On some boundary value problems for nonlinear fourth order ordinary differential equations

Michal Čverčko (1975)

Časopis pro pěstování matematiky

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Boundedness and global attractivity of a higher-order nonlinear difference equation.

Jia, Xiu-Mei, Li, Wan-Tong (2010)

Discrete Dynamics in Nature and Society

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Oscillatory and asymptotic behaviour of perturbed quasilinear second order difference equations

Ethiraju Thandapani, L. Ramuppillai (1998)

Archivum Mathematicum

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This paper deals with oscillatory and asymptotic behaviour of solutions of second order quasilinear difference equation of the form $Δ (a_{n - 1} | Δ y_{n - 1} |^{α - 1} Δ y_{n - 1}) + F (n, y_{n}) = G (n, y_{n}, Δ y_{n}), n \in N (n_{0}) (E)$ where $α > 0$ . Some sufficient conditions for all solutions of (E) to be oscillatory are obtained. Asymptotic behaviour of nonoscillatory solutions of (E) are also considered.