A small amount of polymer additives can cause substantial reduction in the energy
dissipation and friction loss of turbulent flow. The problem of polymer-induced drag …

Complex and active fluids find broad applications in flows through porous materials.
Nontrivial rheology can couple to porous microstructure leading to surprising flow patterns …

The efficiency of drag reduction (DR) is known to be impaired by mechanical scission of
molecules, which is a great obstacle to the practical use of flexible polymeric drag reducers …

Three non-Newtonian constitutive models are employed to investigate how fluid rheological
properties influence the development of laterally asymmetric flows past confined cylinders …

In recent nanobiotechnology developments, a wide variety of functional nanomaterials and
engineered biomolecules have been created, and these have numerous applications in cell …

Extracellular vesicles (EVs) are emerging as novel therapeutics, particularly in cancer and
degenerative diseases. Nevertheless, from both market and clinical viewpoints, high‐yield …

Dissolving small amounts of polymer into a Newtonian fluid can dramatically change the
dynamics of transitional and turbulent flows. We investigate the spatiotemporal dynamics of …

Microfluidics provides a versatile platform for handling small volumes of fluids at small length
scales. From a fluid dynamics perspective, microfluidics gives access to a regime of very …

Viscoelastic flows through microscale porous arrays exhibit complex path selection and
switching phenomena. However, understanding this process is limited by a lack of studies …

Secondary flows are ubiquitous in channel flows, where small velocity components
perpendicular to the main velocity appear due to the complexity of the channel geometry …