AbstractThe asymptotic behavior of a system of retarded parabolic equations is considered. For any given η>0 we construct an approximate inertial manifold (AIM) which contains all the steady states of the system and has an attractive neighborhood of thickness η. The dependence of AIMs on the delay time is investigated
Abstract. We deal with a class of parabolic nonlinear evolution equations with state-dependent delay...
AbstractIn a previous work, we established the existence of finite dimensional attractors for partly...
AbstractThe concept of inertial manifolds is implicitly based on the hypothesis of instantaneous adj...
AbstractThe concept of approximate inertial manifold is related to the study of the longtime behavio...
AbstractRecently, the theory of Inertial Manifolds has shown that the long time behavior (the dynami...
AbstractIn this paper we study a class of nonlinear dissipative partial differential equations that ...
ABSTRACT. For nonlinear parabolic evolution equations, it is proved that, under the assumptions oflo...
AbstractYu.A. Ryabov and R.D. Driver proved that delay equations with small delays have Lipschitz in...
AbstractBy means of a nonlinear variation of constants formula it is shown that, under suitable assu...
For nonlinear parabolic evolution equations, it is proved that, under the assumptions of local Lipsc...
For nonlinear parabolic evolution equations, it is proved that, under the assumptions of local Lipsc...
AbstractA new method of construction of approximate inertial manifolds (AIMs) is derived for a very ...
An inertial manifold (IM) is one of the key objects in the modern theory of dissipative systems gene...
AbstractIn contrast with the existing theories of inertial manifolds, which are based on the self-ad...
The asymptotic behaviour of some types of retarded differential equations, with both variable and di...
Abstract. We deal with a class of parabolic nonlinear evolution equations with state-dependent delay...
AbstractIn a previous work, we established the existence of finite dimensional attractors for partly...
AbstractThe concept of inertial manifolds is implicitly based on the hypothesis of instantaneous adj...
AbstractThe concept of approximate inertial manifold is related to the study of the longtime behavio...
AbstractRecently, the theory of Inertial Manifolds has shown that the long time behavior (the dynami...
AbstractIn this paper we study a class of nonlinear dissipative partial differential equations that ...
ABSTRACT. For nonlinear parabolic evolution equations, it is proved that, under the assumptions oflo...
AbstractYu.A. Ryabov and R.D. Driver proved that delay equations with small delays have Lipschitz in...
AbstractBy means of a nonlinear variation of constants formula it is shown that, under suitable assu...
For nonlinear parabolic evolution equations, it is proved that, under the assumptions of local Lipsc...
For nonlinear parabolic evolution equations, it is proved that, under the assumptions of local Lipsc...
AbstractA new method of construction of approximate inertial manifolds (AIMs) is derived for a very ...
An inertial manifold (IM) is one of the key objects in the modern theory of dissipative systems gene...
AbstractIn contrast with the existing theories of inertial manifolds, which are based on the self-ad...
The asymptotic behaviour of some types of retarded differential equations, with both variable and di...
Abstract. We deal with a class of parabolic nonlinear evolution equations with state-dependent delay...
AbstractIn a previous work, we established the existence of finite dimensional attractors for partly...
AbstractThe concept of inertial manifolds is implicitly based on the hypothesis of instantaneous adj...