AbstractA second order semilinear differential inclusion with some boundary continuous and impulse characteristics in a separable Banach space is considered. Some existence theorems for mild solutions are given, when the multivalued nonlinearity of the inclusion is only a locally integrably bounded upper-Carathéodory map with convex and weakly compact values. Then the compactness of the set of all mild solutions for the problem is proved. The results are obtained by using the theory of continuous cosine families of bounded linear operators and a fixed point theorem for multivalued maps due to Agarwal, Meehan and O’Regan. A corresponding result for closed graph of composition is extended
In this paper, the existence of a mild solution to the Cauchy problem for impulsive semilinear secon...
summary:In this paper we establish sufficient conditions for the existence of mild solutions and ext...
summary:The paper deals with the multivalued boundary value problem $x'\in A(t,x)x+F(t,x)$ for a.a.\...
AbstractA second order semilinear differential inclusion with some boundary continuous and impulse c...
In this paper, the existence of a mild solution to the Cauchy problem for impulsive semi-linear seco...
In this paper, the existence of a mild solution to the Cauchy problem for impulsive semi-linear seco...
summary:In this paper the Leray-Schauder nonlinear alternative for multivalued maps combined with th...
summary:In this paper the Leray-Schauder nonlinear alternative for multivalued maps combined with th...
AbstractIn this paper, we shall establish sufficient conditions for the existence of mild solutions ...
summary:In this paper, a nonlinear alternative for multivalued maps is used to investigate the exist...
summary:In this paper, a nonlinear alternative for multivalued maps is used to investigate the exist...
AbstractSufficient conditions on the existence of mild solutions for the following semilinear nonloc...
AbstractIn this paper, we investigate the existence of mild solutions on an unbounded real interval ...
AbstractThis paper presents sufficient conditions for the existence of solutions to nonlinear impuls...
summary:In this paper we establish sufficient conditions for the existence of mild solutions and ext...
In this paper, the existence of a mild solution to the Cauchy problem for impulsive semilinear secon...
summary:In this paper we establish sufficient conditions for the existence of mild solutions and ext...
summary:The paper deals with the multivalued boundary value problem $x'\in A(t,x)x+F(t,x)$ for a.a.\...
AbstractA second order semilinear differential inclusion with some boundary continuous and impulse c...
In this paper, the existence of a mild solution to the Cauchy problem for impulsive semi-linear seco...
In this paper, the existence of a mild solution to the Cauchy problem for impulsive semi-linear seco...
summary:In this paper the Leray-Schauder nonlinear alternative for multivalued maps combined with th...
summary:In this paper the Leray-Schauder nonlinear alternative for multivalued maps combined with th...
AbstractIn this paper, we shall establish sufficient conditions for the existence of mild solutions ...
summary:In this paper, a nonlinear alternative for multivalued maps is used to investigate the exist...
summary:In this paper, a nonlinear alternative for multivalued maps is used to investigate the exist...
AbstractSufficient conditions on the existence of mild solutions for the following semilinear nonloc...
AbstractIn this paper, we investigate the existence of mild solutions on an unbounded real interval ...
AbstractThis paper presents sufficient conditions for the existence of solutions to nonlinear impuls...
summary:In this paper we establish sufficient conditions for the existence of mild solutions and ext...
In this paper, the existence of a mild solution to the Cauchy problem for impulsive semilinear secon...
summary:In this paper we establish sufficient conditions for the existence of mild solutions and ext...
summary:The paper deals with the multivalued boundary value problem $x'\in A(t,x)x+F(t,x)$ for a.a.\...