The paper analyzes the migration of non-spherical particles in curved micro-channels.
Inertial migration combined with Dean drag results in a reduced set of stable focusing …

The active manipulation of particle and cell trajectories in fluids by high-frequency standing
surface acoustic waves (sSAW) allows to separate particles and cells systematically …

Single-cell analysis provides a wealth of information regarding the molecular landscape of
the tumor cells responding to extracellular stimulations, which has greatly advanced the …

Microfluidic design, fabrication, and experiments have developed rapidly, leading to lab-on-
chip separation or fractionation. In this work, we design a continuous concentrator for …

We conducted a systematic numerical investigation of spherical, prolate and oblate particles
in an inertial shear flow between two parallel walls, using smoothed particle hydrodynamics …

In this work, a numerical study on the inertial migration of particle suspension in a circular
pipe with thermal effect is performed by means of the lattice Boltzmann method and the …

The particle focus in the channel flow refers to a randomly initialized particle finally running
at an equilibrium position at the channel cross section. The binding focus is a particle focus …

One of the great fascinations chemical engineers have with polymeric liquids is their curious
behaviour when confined. In this thesis, we use macromolecular theory that relies entirely on …

Methods The fluorescent spheroids were suspended in a pressure-driven flow within a
microchannel, which was attached centrally in between two interdigital transducers (IDTs) …