summary:We propose a new method for studying stability of second order delay differential equations. Results we obtained are of the form: the exponential stability of ordinary differential equation implies the exponential stability of the corresponding delay differential equation if the delays are small enough. We estimate this smallness through the coefficients of this delay equation. Examples demonstrate that our tests of the exponential stability are essentially better than the known ones. This method works not only for autonomous equations but also for equations with variable coefficients and delays
Abstract. This paper studies the rate of decay of solutions of nonlinear autonomous delay differenti...
AbstractA sufficient condition of stability of exponential Runge–Kutta methods for delay differentia...
Abstract In this paper a method for studying stability of the equation ...
summary:We propose a new method for studying stability of second order delay differential equations....
: The aim of this paper is to investigate the exponential stability of a nonlinear differential dela...
There exists a well-developed stability theory for all classes of functional-differential equations ...
AbstractNew explicit conditions of exponential stability are obtained for the nonautonomous equation...
AbstractA basic theorem on the behavior of solutions of scalar linear second order delay integro-dif...
A wide class of second order linear autonomous delay differential equations with distributed type d...
This paper is concerned with the uniform exponential stability of ordinary and delay dynamic equatio...
AbstractGeneral nonlinear differential systems with time-varying delays are considered. Several expl...
On the stability of second order neutral delay differential equation; In this paper, a basic theorem...
summary:In this paper we give an example of Markus–Yamabe instability in a constant coefficient dela...
Abstract. General linear time-varying differential systems with delay are consid-ered. Several expli...
AbstractFor an impulsive delay differential equation with bounded delay and bounded coefficients the...
Abstract. This paper studies the rate of decay of solutions of nonlinear autonomous delay differenti...
AbstractA sufficient condition of stability of exponential Runge–Kutta methods for delay differentia...
Abstract In this paper a method for studying stability of the equation ...
summary:We propose a new method for studying stability of second order delay differential equations....
: The aim of this paper is to investigate the exponential stability of a nonlinear differential dela...
There exists a well-developed stability theory for all classes of functional-differential equations ...
AbstractNew explicit conditions of exponential stability are obtained for the nonautonomous equation...
AbstractA basic theorem on the behavior of solutions of scalar linear second order delay integro-dif...
A wide class of second order linear autonomous delay differential equations with distributed type d...
This paper is concerned with the uniform exponential stability of ordinary and delay dynamic equatio...
AbstractGeneral nonlinear differential systems with time-varying delays are considered. Several expl...
On the stability of second order neutral delay differential equation; In this paper, a basic theorem...
summary:In this paper we give an example of Markus–Yamabe instability in a constant coefficient dela...
Abstract. General linear time-varying differential systems with delay are consid-ered. Several expli...
AbstractFor an impulsive delay differential equation with bounded delay and bounded coefficients the...
Abstract. This paper studies the rate of decay of solutions of nonlinear autonomous delay differenti...
AbstractA sufficient condition of stability of exponential Runge–Kutta methods for delay differentia...
Abstract In this paper a method for studying stability of the equation ...