This article reviews the mechanical behavior of a capsule under the influence of viscous
deforming forces due to a flowing fluid. It focuses on artificial capsules and vesicles with an …

This review presents the mechanical behavior of a capsule under the influence of viscous
deforming forces due to a flowing fluid. We focus on artificial capsules that are initially …

The motion and deformation of a spherical elastic capsule freely flowing in a pore of
comparable dimension is studied. The thin capsule membrane has a neo-Hookean shear …

The paper deals with a method to characterize the membrane mechanical properties of
microcapsules. The technique consists in flowing microcapsules into a microchannel of …

The study of soft particle deformation is of paramount importance for the advancement of
fundamental colloidal science as well as its biomedical applications, particularly in drug …

This work is an experimental study of the motion and deformation of a bioartificial capsule
flowing in a tube of 4 mm diameter. The capsules, initially designed for medical applications …

Controlling the deformation of microcapsules and capsules is essential in numerous
biomedical applications. The mechanical properties of the membrane of microcapsules …

We computationally study the transient motion of an initially spherical capsule flowing
through a right-angled tube bifurcation, composed of tubes having the same diameter. The …

This paper describes the mechanical properties of thin-walled, liquid-filled calcium alginate
capsules by measuring the deformation of these particles in a spinning drop apparatus. By …

Finite element modeling (FEM) has been used to simulate the compression of single elastic
core–shell capsules between two parallel plates. FEM allows characterizing the …