Abstract:We study the abstract Cauchy problem involving a class of nonlinear differential inclusions, with impulsive and nonlocal conditions. By using MNC estimates, the existence result and continuous dependence on initial data of the solution set are proved.
“…For this reason, we next recall a few properties of this concept. For general information the reader can see [5,6,9,25,28]. In this work, we use the notion of Hausdor measure of noncompactness.…”
Section: Multi-valued Maps and Measure Of Noncompactnessmentioning
In this paper we are concerned with a class of abstract fractional integro-di erential inclusions with in nite state-dependent delay. Our approach is based on the existence of a resolvent operator for the homogeneous equation. We establish the existence of mild solutions using both contractive maps and condensing maps. Finally, an application to the theory of heat conduction in materials with memory is given.
“…For this reason, we next recall a few properties of this concept. For general information the reader can see [5,6,9,25,28]. In this work, we use the notion of Hausdor measure of noncompactness.…”
Section: Multi-valued Maps and Measure Of Noncompactnessmentioning
In this paper we are concerned with a class of abstract fractional integro-di erential inclusions with in nite state-dependent delay. Our approach is based on the existence of a resolvent operator for the homogeneous equation. We establish the existence of mild solutions using both contractive maps and condensing maps. Finally, an application to the theory of heat conduction in materials with memory is given.
“…For this reason this topic has attracted the attention of many authors in the last time. We only mention here the papers [7][8][9][10][11][12][13][14][15][16][17] which are directly related with the objective of this paper.…”
Section: Introductionmentioning
confidence: 99%
“…On the other hand, it is well known that retarded functional differential equations are used to model important concrete phenomena. For general aspects of the theory of partial differential equations with delay we refer to [27], and for functional differential inclusions we refer to [7,9,[12][13][14]28]. In similar way, there exists an extensive literature concerning abstract second order problems.…”
Section: Introductionmentioning
confidence: 99%
“…In Section 3 we discuss the existence of mild solutions to problems (1)- (4). Finally, in Section 4 we apply our results to establish the existence of solutions to problems (5)- (9).…”
In this work we establish some existence results for abstract second order Cauchy problems modeled by a retarded differential inclusion involving nonlocal and impulsive conditions. Our results are obtained by using fixed point theory for the measure of noncompactness.
“…Then an increasing interest has arisen in various nonlocal problems for differential equations and inclusions. Without stressing to wide list of references, we quote here some remarkable solvability results in [9,15,20,21,32]. On the other hand, impulsive conditions has been used to describe the dynamical systems having abrupt changes.…”
The aim of this paper is to establish the existence of decay integral solutions to a class of retarded fractional differential equations involving impulsive effects. The results are obtained by using the fixed point approach and fractional calculus tools in Banach spaces. Applications to both ordinary and partial differential equations are presented.MSC 2010 : Primary 35R11; Secondary 34A08, 35R12, 47H08
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