AbstractThe paper is concerned with oscillation of a novel class of nonlinear differential equations with a damping term. First it is demonstrated how known oscillation results for another intensively studied class of equations can be translated to the one in question, and vice versa. Advantages and drawbacks of such translation are carefully examined. Then an oscillation criterion for the new class of equations is established. The principal result of the paper is compared to those reported in the literature, and an illustrative example to which known oscillation criteria fail to apply is provided
summary:We study solutions tending to nonzero constants for the third order differential equation wi...
Abstract. By employing a generalized Riccati technique and an integral averaging technique, new osci...
AbstractSome oscillation criteria are given for the second-order elliptic differential equation with...
AbstractWe present new oscillation criteria for a nonlinear second order differential equation with ...
AbstractNew oscillation criteria are given for a second order nonlinear functional differential equa...
AbstractThis paper discusses a class of second-order nonlinear damped differential equations. By usi...
AbstractThe asymptotic and oscillatory behavior of solutions of damped nonlinear second order differ...
AbstractNew oscillation criteria are established for the nonlinear damped differential equation (ry′...
AbstractIn this paper, some new oscillation criteria are given for the second-order nonlinear differ...
AbstractWe present new oscillation criteria for the second-order nonlinear differential equations. T...
This paper is concerned with the oscillation of a class of general type second-order differential eq...
AbstractIn this paper, we shall establish relations between the oscillation of second-order nonlinea...
AbstractThis paper is concerned with the oscillation of a class of general type second-order differe...
This paper concerns the oscillation of solutions to the differential equation $$ (r(t) x'(t))'+ p(t...
This paper is a continuation of the recent study by Bohner et al [9] on oscillation properties of no...
summary:We study solutions tending to nonzero constants for the third order differential equation wi...
Abstract. By employing a generalized Riccati technique and an integral averaging technique, new osci...
AbstractSome oscillation criteria are given for the second-order elliptic differential equation with...
AbstractWe present new oscillation criteria for a nonlinear second order differential equation with ...
AbstractNew oscillation criteria are given for a second order nonlinear functional differential equa...
AbstractThis paper discusses a class of second-order nonlinear damped differential equations. By usi...
AbstractThe asymptotic and oscillatory behavior of solutions of damped nonlinear second order differ...
AbstractNew oscillation criteria are established for the nonlinear damped differential equation (ry′...
AbstractIn this paper, some new oscillation criteria are given for the second-order nonlinear differ...
AbstractWe present new oscillation criteria for the second-order nonlinear differential equations. T...
This paper is concerned with the oscillation of a class of general type second-order differential eq...
AbstractIn this paper, we shall establish relations between the oscillation of second-order nonlinea...
AbstractThis paper is concerned with the oscillation of a class of general type second-order differe...
This paper concerns the oscillation of solutions to the differential equation $$ (r(t) x'(t))'+ p(t...
This paper is a continuation of the recent study by Bohner et al [9] on oscillation properties of no...
summary:We study solutions tending to nonzero constants for the third order differential equation wi...
Abstract. By employing a generalized Riccati technique and an integral averaging technique, new osci...
AbstractSome oscillation criteria are given for the second-order elliptic differential equation with...