CM5300 Advanced Transport Phenomena Lectures

Lecture 1 Chapter 1 Newton's Law of Viscosity
Lecture 2 Chapter 1 Kinetic Theory Prediction of Viscosity
Lecture 3 Chapter 1 Generalization of Newton's Law to 3-Dimensional Flows
Lecture 4 Chapter 2 Shell Momentum Balances
Lecture 5 Chapter 3 Derivation of the Equation of Change for Momentum
Lecture 6 Chapter 3 Equations of Change in Terms of the Substantial Derivative
Lecture 7 Chapter 3 Uses of the Equations of Change
Lecture 8 Chapter 3 Flow near a Slowly Rotating Sphere
Lecture 9 Chapter 4 Time-Dependent Flows
Lecture 10 Chapter 4 Momentum Transport into a Semi-infinite Fluid
Lecture 11 Chapter 4 Transient Flow Between Two Plates - Separation of Variables Solution
Lecture 12 Chapter 4 Momentum Integral Boundary Layer Analysis
Lecture 13 Chapter 4 Momentum Integral Boundary Layer Analysis
Lecture 14 Chapter 4 Stokes Flow for a Falling Sphere
Lecture 15 Stream Function Introduction
Lecture 16 Perturbation Method of Solution for 2-Dimensional Flows
Lecture 17 Chapter 9 Fourier's Law and Thermal Conductivity
Lecture 18 Chapter 9 Combined Energy Flux Vector
Lecture 19 Chapter 10: Shell Energy Balance for Conduction and Viscous Heat Source
Lecture 20 Chapter 10: Shell Energy Balance for Composite Materials
Lecture 21 Chapter 10: Shell Energy Balance for Laminar Flow in a Tube with a Uniform Heat Flux at the Wall
Lecture 22 Chapter 10: Heat Conduction in a Thin Fin
Lecture 23 Chapter 10: Heat Flow and Natural Convection
Lecture 24 Chapter 11: Equations of Change for Energy
Lecture 25 Chapter 12: Temperature Distributions in more than 1 Independent Variable
Lecture 26 Chapter 12: Temperature Boundary Layer and an Assymptotic Solution
Lecture 27 Chapter 14 (Interphase Heat Transfer) and Chapter 16 (Energy Transport by Radiation)
Lecture 28 Chapter 17 Fick's Law of Diffusion
Lecture 29 Chapter 17 Predicting Diffusion Coefficients
Lecture 30 Chapter 17 Combined Mass / Molar Flux
Lecture 31 Chapter 18 Shell Balance Approach : Binary Mixtures
Lecture 32 Chapter 18: Diffusion in Cylindrical Coordinates - He Separation
Lecture 33 Chapter 19: Multicomponent Diffusion / Equations of Change in Multicomponent Systems
Lecture 34 Chapter 19: Simultaneous Heat and Mass Transfer
Lecture 35: Diffusion and Linear Equilibrium Adsorption in PCB-Contaminated Sediments
Lectures 36 & 37: Facilitated Diffusion in Membrane Systems