In this paper, we present an isogeometric analysis for studying the dynamical behavior of
inextensible vesicles under an external fluid flow with inertial forces. We consider a phase …

The migration of immune cells can be guided by physical cues imposed by the environment,
such as geometry, rigidity, or hydraulic resistance (HR). Neutrophils preferentially follow …

The flow‐induced transport of various soft matter systems through a fluidic channel has
recently attracted great interest due to its significance ranging from the understanding of …

We propose a reciprocal, self-propelled model swimmer at intermediate Reynolds numbers
(Re). Our swimmer consists of two unequal spheres that oscillate in antiphase, generating …

In this paper, we introduce a thermodynamically-consistent phase-field model to investigate
the hydrodynamics of inextensible multicomponent vesicles in various fluid flows with inertial …

We study numerically how multiple deformable capsules squeeze into a constriction. This
situation is largely encountered in microfluidic chips designed to manipulate living cells …

Many biological examples of fluid–structure interaction, including the transit of red blood
cells through the narrow slits in the spleen and the intracellular trafficking of vesicles into …

The transport of micron-sized particles such as bacteria, cells, or synthetic lipid vesicles
through porous spaces is a process relevant to drug delivery, separation systems, or …

When a drop laden with solid particles and suspended in a liquid passes through a narrow
pore, its interface experiences strong shear and elongation, and the raft of particles may …

We propose a model reciprocal swimmer composed of two unequal spheres that oscillate
with respect to each other, and we use computer modeling to study its motility for 0≤ Re≤ …