Credits: 4 (3-0-2)
Prerequisites: APL106 and MCL242 or their equivalents for UG students only
Description
Micro-and nano-scale flow fundamentals: molecular basis of fluid mechanics and transport processes, scaling laws for microfluidics, microfabrication Flows with low inertia: flow past bodies, lubrication theory, Hele Shaw flows, steady/unsteady parallel flows Interfacial phenomena: wetting, capillary effects, super-hydrophobic surfaces, electro-wetting, thermo-/solute-capillary effects, hydrodynamic slippage in liquids, Internal flows in rarefied gas dynamics, Diffusion, unsteady convective mass transfer (Taylor-Aris dispersion), ion- transport in dilute solutions, absorption, mixing, thermal effects, electrical double layers and the Poisson-Boltzmann equation, Electrohydrodyanmics in dilute electrolyte solutions Electrokinetic transport phenomena: electro-osmosis and electrophoresis
Prerequisite Tree
flowchart TD
MCL826-1466[MCL826]
APL106-1466 --> APL100-1466[APL100]
MCL826-1466 --> MCL242-1466[MCL242]
MCL242-1466 --> MCL140-1466[MCL140]
MCL242-1466 --> APL106-1466[APL106]
MCL826-1466 --> APL106-1466[APL106]
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