AbstractSufficient conditions are given so that all solutions of the nonlinear differential equation u″ + φ(t, u, u′)u′ + p(t) gf(u) g(u′) = h(t, u, u′) are continuable to the right of an initial t-value t0 ⩾ 0. These conditions are then extended so that all solutions u of the equation in question together with their derivative u′ are bounded for t ⩾ t0
AbstractIn this paper we obtain sufficient conditions for boundedness of every solution and its deri...
AbstractConsider the second-order nonlinear differential systemẋ=1axhy−Fx,ẏ=−axgx−et,where a is a ...
summary:Sufficient conditions are established for the asymptotic stability of the zero solution of t...
AbstractSufficient conditions are given so that all solutions of the nonlinear differential equation...
AbstractSufficient conditions for continuability, boundedness, and convergence to zero of solutions ...
AbstractWe give necessary and sufficient conditions for the solutions of the differential equation (...
AbstractWe study global solutions to a fourth order semilinear ordinary differential equation. We de...
We give criteria for the asymptotic stability and boundedness of solutions to the nonlinear fourth-o...
AbstractWe study the scalar, nonlinear Volterra integrodifferential equation (∗), x′(t) + ∫[0,t] g(x...
In this note we study the continuability of the solutions of a Liénard type equation with forcing te...
The first part of the paper deals with classification of solutions to the equations ti" + ag(t, u(...
AbstractIn this paper we continue our investigations, begun in the previous paper, of describing the...
AbstractIn this paper we are concerned with the boundedness of solutions of some nonlinear different...
AbstractIn this paper we prove existence, uniqueness, and regularity results for systems of nonlinea...
summary:We consider certain class of second order nonlinear nonautonomous delay differential equatio...
AbstractIn this paper we obtain sufficient conditions for boundedness of every solution and its deri...
AbstractConsider the second-order nonlinear differential systemẋ=1axhy−Fx,ẏ=−axgx−et,where a is a ...
summary:Sufficient conditions are established for the asymptotic stability of the zero solution of t...
AbstractSufficient conditions are given so that all solutions of the nonlinear differential equation...
AbstractSufficient conditions for continuability, boundedness, and convergence to zero of solutions ...
AbstractWe give necessary and sufficient conditions for the solutions of the differential equation (...
AbstractWe study global solutions to a fourth order semilinear ordinary differential equation. We de...
We give criteria for the asymptotic stability and boundedness of solutions to the nonlinear fourth-o...
AbstractWe study the scalar, nonlinear Volterra integrodifferential equation (∗), x′(t) + ∫[0,t] g(x...
In this note we study the continuability of the solutions of a Liénard type equation with forcing te...
The first part of the paper deals with classification of solutions to the equations ti" + ag(t, u(...
AbstractIn this paper we continue our investigations, begun in the previous paper, of describing the...
AbstractIn this paper we are concerned with the boundedness of solutions of some nonlinear different...
AbstractIn this paper we prove existence, uniqueness, and regularity results for systems of nonlinea...
summary:We consider certain class of second order nonlinear nonautonomous delay differential equatio...
AbstractIn this paper we obtain sufficient conditions for boundedness of every solution and its deri...
AbstractConsider the second-order nonlinear differential systemẋ=1axhy−Fx,ẏ=−axgx−et,where a is a ...
summary:Sufficient conditions are established for the asymptotic stability of the zero solution of t...