Finite-time attractivity of solutions for a class of fractional
differential inclusions with finite delay
Abstract
Our aim in this paper is to give a sufficient condition ensuring the
finite-time attractivity for the zero solution to semilinear functional
differential inclusions in Banach spaces, in the case where the
nonlinearity function possibly has superlinear growth. Our analysis is
based on the semigroup theory, the fixed point principle for condensing
multi-valued maps, and local estimates of solutions. The abstract
results will be applied to a class of polytope inclusions in $C_0$
setting.