This study elucidates the formation of distinct phases, such as intermetallic compounds
(IMCs), and the evolution of Kirkendall voids. We not only observed the emergence of …

We propose a novel integral model describing the motion of both flexible and rigid slender
fibers in viscous flow and develop a numerical method for simulating dynamics of curved …

Resolving the detailed hydrodynamics of a slender body immersed in highly viscous
Newtonian fluid has been the subject of extensive research, applicable to a broad range of …

Non-colloidal dynamics of a single particle suspended in a low-Reynolds-number fluid
under spherical confinement was studied numerically. We calculated hydrodynamic …

Solutions to the Stokes equations written in terms of a small number of hydrodynamic image
singularities have been a useful tool in theoretical and numerical computations for nearly 50 …

The method of regularized stokeslets is widely used in microscale biological fluid dynamics
due to its ease of implementation, natural treatment of complex moving geometries, and …

We propose a simple numerical model for the motion of microswimmers based on the
immersed boundary method. The swimmer, either pusher or puller, is represented by a …

We remark on the use of regularized Stokeslets in the slender body theory (SBT)
approximation of Stokes flow about a thin fiber of radius ϵ> 0. Denoting the regularization …

We propose a minimal model of microswimmer based on immersed boundary methods. We
describe a swimmer (either pusher or puller) as a distribution of point forces, representing …

The method of regularised stokeslets is widely used to model microscale biological
propulsion. The method is usually implemented with only the single-layer potential, the …