Microfluidics

Catalog description

Applications areas of microfluidics, Fluid flow and heat transfer governing equations, continuum hypothesis, analytical solutions for laminar liquid flow at different Reynolds numbers, creeping flows, laminar flows, identification of forces - surface, body, inertia – and their importance in specific applications, surface tension effects, pressure drop and heat transfer calculations, slip flow in gas flows, single-phase liquid flow and flow boiling in microchannels, roughness effects, mixing, T-junction, bubble generators, diffusion effects, introduction to microfluidic devices and controls - Bubble generators, micro-reactors, lab-on-chip devices, microscale sensing, control and measurement.