Chemically-responsive amorphous shape-memory polymers (SMPs) can transit from the
temporary shape to the permanent shape in responsive to solvents. This effect has been …

This paper presents an iterative procedure based on an implicit finite difference method to
solve a mathematical model of drug delivery from a planar matrix with a moving boundary …

In this article, a time‐fractional nonlinear moving boundary problem is considered to express
the mathematical model of diffusion of a solvent into a glassy polymeric device. A numerical …

This study deals with a class of variable coefficients second-order parabolic moving
boundary problems. The evolution of the domain is considered to be an unknown function …

This paper studies a parabolic-type system of time-dependent partial differential equations
coupled with Robin boundary conditions to model the solvent penetration and subsequently …

In this paper, a system of partial and ordinary differential equations is studied numerically
and theoretically to describe drug delivery to blood vessels through a polymeric microneedle …

This paper considers a drug delivery polymeric device in contact with a solvent as a
nonlinear moving boundary problem. In this problem, the drug concentration and unknown …

Departing from a general stochastic model for a moving boundary problem, we consider the
density function of probability for the first passing time. It is well known that the distribution of …

This paper is associated with a nonlinear parabolic moving boundary problem raised from
the mathematical modeling of the behavior of the breast avascular cancer tumors at their first …