AbstractIn this paper, we give some sufficient conditions for the zero solution of an n-dimensional delay differential equation of the form ẋ(t)=A(t)xt−τ(t,xt),t⩾0, to be uniformly stable and asymptotically stable. These conditions extend and improve the existing relative results in literature
AbstractWe present in detail a linear, constant-coefficient initial/boundary value problem for which...
AbstractThe explicit solutions to the boundary value problem x″(t)=λ(t)eμ(t)x(t)x(0)=x(1)=0, where λ...
AbstractThe singular nonlinear third-order periodic boundary value problem u″′+ρ3u=f(t,u),0⩽t⩽2π, wi...
AbstractIn this paper, the stability on nonlinear scalar delay differential equations is studied and...
AbstractWe study the asymptotic behavior of solutions of the following forced delay differential equ...
AbstractWe consider the nth order nonlinear neutral differential equation of the form x(t)+∫abp(t,μ)...
AbstractThis work gives an improved criterion for asymptotical stability of a class of neutral diffe...
AbstractWe are concerned with determining values of r, for which there exist nodal solutions of the ...
AbstractThe numerical-analytic method is applied to a class of nonlinear differential-algebraic syst...
AbstractSome sufficient conditions and some sufficient and necessary conditions are established for ...
AbstractIn this paper, some sufficient conditions for oscillation and nonoscillation are obtained fo...
AbstractIn the present paper the oscillatory properties of the solutions of parabolic equations with...
AbstractThere have been a lot of investigations about stability of the linear scalar functional diff...
AbstractIn this paper, we consider hyperbolic equations with continuous distributed deviating argume...
summary:In this paper we investigate the problem of existence and asymptotic behavior of solutions f...
AbstractWe present in detail a linear, constant-coefficient initial/boundary value problem for which...
AbstractThe explicit solutions to the boundary value problem x″(t)=λ(t)eμ(t)x(t)x(0)=x(1)=0, where λ...
AbstractThe singular nonlinear third-order periodic boundary value problem u″′+ρ3u=f(t,u),0⩽t⩽2π, wi...
AbstractIn this paper, the stability on nonlinear scalar delay differential equations is studied and...
AbstractWe study the asymptotic behavior of solutions of the following forced delay differential equ...
AbstractWe consider the nth order nonlinear neutral differential equation of the form x(t)+∫abp(t,μ)...
AbstractThis work gives an improved criterion for asymptotical stability of a class of neutral diffe...
AbstractWe are concerned with determining values of r, for which there exist nodal solutions of the ...
AbstractThe numerical-analytic method is applied to a class of nonlinear differential-algebraic syst...
AbstractSome sufficient conditions and some sufficient and necessary conditions are established for ...
AbstractIn this paper, some sufficient conditions for oscillation and nonoscillation are obtained fo...
AbstractIn the present paper the oscillatory properties of the solutions of parabolic equations with...
AbstractThere have been a lot of investigations about stability of the linear scalar functional diff...
AbstractIn this paper, we consider hyperbolic equations with continuous distributed deviating argume...
summary:In this paper we investigate the problem of existence and asymptotic behavior of solutions f...
AbstractWe present in detail a linear, constant-coefficient initial/boundary value problem for which...
AbstractThe explicit solutions to the boundary value problem x″(t)=λ(t)eμ(t)x(t)x(0)=x(1)=0, where λ...
AbstractThe singular nonlinear third-order periodic boundary value problem u″′+ρ3u=f(t,u),0⩽t⩽2π, wi...
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