Biological microorganisms overcome the Brownian motion at low Reynolds numbers by
utilizing symmetry-breaking mechanisms. Inspired by them, various microrobot locomotion …

The study of microswimmers' behavior, including their self-propulsion, interactions with the
environment, and collective phenomena, has received significant attention over the past few …

Controlled microrobotic navigation inside the body possesses significant potential for
various biomedical engineering applications. Successful application requires considering …

Magnetically actuated Janus surface microrollers are promising microrobotic platform with
numerous potential biomedical engineering applications. While the locomotion models …

In recent years, drug delivery has emerged as a more and more popular drug administration
means for the improvement of pharmacokinetics, minimization of side effects, and …

The vibration of solids is ubiquitous in nature and in industrial applications and gives rise to
alternative droplet dynamics during impact. Using many-body dissipative particle dynamics …

Microvessel bifurcations serve as the major sites of tumor cell adhesion and further
extravasation. In this study, the movement, deformation, and adhesion of a circulating tumor …

The thermocapillary motion of a drop on a solid substrate is a common phenomenon in daily
life and many industrial fields. The motion can be significantly affected by the temperature …

We model a slip boundary condition at fluid-solid interface of an arbitrary geometry in
smoothed particle hydrodynamics and smoothed dissipative particle dynamics simulations …

Microfluidics, which serves as a micro total analysis system, offers various advantages such
as precise flow control, low sample requirements, and integratability. It has been widely …