With the term “microfluidic” we refer to the study and manipulation of fluids that can flow along small channels with typical transversal size of tenth of microns. Microfluidic lab-on-chip devices are usually designed to mimic on a much smaller scale operations performed in a standard laboratory, … Continue Reading ››
Particles impacting at a T-junction
Understanding the behaviour of particles entrained in a fluid flow upon changes in flow direction is crucial in problems where particle inertia is important, such as the erosion process in pipe bends. We present results … Continue Reading ››
With the term “microfluidic” we refer to the study and manipulation of fluids that can flow along small channels with typical transversal size of tenth of microns. Microfluidic lab-on-chip devices are usually designed to mimic on a much smaller scale operations performed in a standard laboratory, … Continue Reading ›› 