We derive a closed system of equations modeling an active suspension using the Eulerian
spatial averaging theory under the assumption of a low-Reynolds flow R e≪ 1⁠. The …

It is now widely accepted that multiscale modelling is the key to success in computational
materials science. It is simply not possible, from a computational point of view, to study a …

In this paper, we introduce a novel high‐order shock tracking method and provide a proof of
concept. Our method leverages concepts from implicit shock tracking and extended …

We model an active suspension using the mixture theory. The suspension consists of a
linear viscous liquid infused with multiple identical self‐propelled active particles. The …

Active particles and active suspensions are a relatively new field of research. The study of
such complex flows promises to yield interesting new results and possible applications …

We model an active suspension using the mixture theory. The suspension consists of a
linear viscous liquid infused with multiple identical self-propelled active particles. The …