I describe a simple method to control the distribution and transport of polyelectrolytes, and DNA in particular, within microfluidic channels. The method uses
I study 3D highly connected structures that remind of minimal surfaces and play biological functions in several organisms
Dans le contexte des applications des sciences thermiques pour l’ingénieur, les géométries considérées
I will provide an account of the interesting dynamics exhibited by droplets at multiple length and time scales in COVID-19…
Debris flows and pyroclastic flows are examples of heterogeneous granular flows, with a flow composition
In complex particulate flows, the surfaces of flowing particles undergo both relative translation and rotation. While measuring
As large and small particles flow, small particles fall between large particles to segregate in lower portions of a dense granular flow while
During volcanic eruptions, pyroclastic flows may be generated, then propagate down a mountainside, and finally reach the sea or a lake triggering tsunamis
Les écoulements à bulles, le plus souvent réactifs, sont utilisés dans de nombreux procédés industriels
The impact of a liquid drop has many applications, from combustion to cooling technologies or 3D printing
