Basic Information
Introduction and Motivation, Technology Developments, Scaling Laws, Continuum Hypothesis, Hydrodynamics, Electrostatics And Electrodynamics, Basic Equations of Physico-chemical Hydrodynamics, Poisson-boltzmann Distribution, Electric Double Layers and Their Overlap in Nanochannels, Zeta Potential, Electro-osmotic Transport in Nano and Microchannels, Electro-viscous Effects, Electro-phoretic Transport and Separation, Field Induced Polarization, Nanofilters, Dielectrophoresis and Applications.
Faculty: Mechanical Engineering
|Graduate Studies
Pre-required courses
(34013 - Fluid Mechanics 1 and 34041 - Heat Transfer)