Lecture# |
Topics |
1 |
Introduction, basic concepts in mass transport material balance, mathematical models |
2 |
Review of equilibrium thermodynamics, interfacial equilibrium, gas-liquid interfaces |
3 |
Membrane equilibrium, resting potential, osmotic pressure |
4 |
Reaction equilibrium, oxygen and carbon dioxide transport in blood |
5 |
Non-equilibrium thermodynamics, diffusion velocities and fluxes, binary and multicomponent diffusion |
6 |
Solving mass transport problems, one dimensional diffusion |
7 |
One dimensional diffusion, pulmonary oxygen uptake |
8 |
Diffusion with reaction, unsteady diffusion, diffusion coefficients and estimation |
9 |
Transport through membranes, diffusion in porous medium, electrolyte diffusion |
10 |
Oxygen diffusion in blood, transport across interfaces, oxygen electrode in flowing blood |
11 |
Mass transport resistances in series, mass transfer coefficients |
12 |
Chemical reactions, reaction rates, receptor-ligand binding, enzyme kinetics, reaction networks |
13 |
EXAM #1 |
14 |
Multidimensional transport, mass & momentum balances |
15 |
Newtonian and non-Newtonian fluids, flow of amniotic fluid, pulsatile flow of blood |
16 |
Boundary layer flows, flow in lung airways, pressure drop in renal tubule |
17 |
Flow over a rotating disk, flow through porous media, flow in interstitium |
18 |
Multidimensional species mass transport, disk electrode as biosensor, albumin release from hydrogel |
19 |
Diffusion with convection, boundary layer development, axial dispersion in a vessel |
20 |
Transport with a rotating disk, cell adhesion, transport through porous media |
21 |
Diffusion with chemical reaction, reactive gas transport in lung |
22 |
Encapsulated enzyme reactor, transport in arterial wall, transport and reaction in perfused tissue, |
23 |
Active transport through an artificial membrane, O2 transport in pulmonary tissue |
24 |
Nutrient transport in cell culture, solute transport with surface reaction in a flow reactor |
25 |
Drug delivery into single cells, diffusion and reaction in cell culture |
26 |
Cell population balances, tumor vascularization and growth, chemotaxis with inflammatory response |
27 |
Stem cell differentiation for tissue engineering, epidermal regeneration in tissue-engineered skin |
28 |
Drug distribution in ablated and non-ablated tissues, intracranial drug delivery |
