AbstractIn this paper, we consider a non-autonomous differential equation of second orderx″+m(t)f(x′)+n(t)g(x)=p(t,x,x′).By the Lyapunov function approach, we discuss the convergence of solutions of the equation considered. Our findings generalize some earlier results in the literature
AbstractIn this paper, we investigate properties of the solutions of a class of second-order nonline...
AbstractThis paper presents a Lyapunov-type inequality for the second order nonlinear equation (r(x)...
AbstractTwo nonoscillatory characterizations of solutions of the half-linear second-order differenti...
AbstractIn this paper, we consider a non-autonomous differential equation of second orderx″+m(t)f(x′...
In this paper, we investigate the convergence of solutions of certain nonlinear system of two differ...
AbstractWe investigate the solvability of the following strongly non-linear non-autonomous boundary ...
Abstract. This paper is concerned with differential equations of the form x +aẍ+ g(ẋ) + h(x) = p(...
In this paper we study the boundedness of the solutions of some nonlinear dofferential equation usin...
In this paper, we establish some new sufficient conditions which guaranteethe boundedness and the un...
AbstractWe give necessary and sufficient conditions for the solutions of the differential equation (...
AbstractSufficient conditions for the existence, uniqueness and stability of the bounded (in R) solu...
This paper is devoted to studying the growth and the oscillation of solutions of the second order no...
AbstractThis paper presents a new method to construct explicit bounds for the solutions of second or...
The main focus of this paper is that in which the nonlinearity does not occur in the highest differe...
summary:The author considers the quasilinear differential equations \begin{gather} \left(r(t)\varphi...
AbstractIn this paper, we investigate properties of the solutions of a class of second-order nonline...
AbstractThis paper presents a Lyapunov-type inequality for the second order nonlinear equation (r(x)...
AbstractTwo nonoscillatory characterizations of solutions of the half-linear second-order differenti...
AbstractIn this paper, we consider a non-autonomous differential equation of second orderx″+m(t)f(x′...
In this paper, we investigate the convergence of solutions of certain nonlinear system of two differ...
AbstractWe investigate the solvability of the following strongly non-linear non-autonomous boundary ...
Abstract. This paper is concerned with differential equations of the form x +aẍ+ g(ẋ) + h(x) = p(...
In this paper we study the boundedness of the solutions of some nonlinear dofferential equation usin...
In this paper, we establish some new sufficient conditions which guaranteethe boundedness and the un...
AbstractWe give necessary and sufficient conditions for the solutions of the differential equation (...
AbstractSufficient conditions for the existence, uniqueness and stability of the bounded (in R) solu...
This paper is devoted to studying the growth and the oscillation of solutions of the second order no...
AbstractThis paper presents a new method to construct explicit bounds for the solutions of second or...
The main focus of this paper is that in which the nonlinearity does not occur in the highest differe...
summary:The author considers the quasilinear differential equations \begin{gather} \left(r(t)\varphi...
AbstractIn this paper, we investigate properties of the solutions of a class of second-order nonline...
AbstractThis paper presents a Lyapunov-type inequality for the second order nonlinear equation (r(x)...
AbstractTwo nonoscillatory characterizations of solutions of the half-linear second-order differenti...