Handouts		Momentum Heat and Mass Transfer ChemE 530
Posted	Topic
Week 1	1A: Mass Transfer Definitions and Relationships (Lecture Notes) 1B: Coordinate Transformation Eqn Sheet 1C: Constitutive Equations Recap Recitation 1 Notes Recitation 1 Problems
Week 2	2A: Gas Kinetic Theory Recap 2B: Mass Diffusion Models for Gases 2C: Knudsen Diffusion 2D: Gas Diffusion Models Recap 2E: Example Chapman-Enskog (Gas Diffusion) Calculation 2F: Mass Diffusion Models for Liquids 2G: Example Liquid Diffusion Calculation 2H: Mass Transfer Diffusion Tables 2I: Diffusion Data for Diluted Liquid Systems and Solids
Week 3	3A: Approx. heat and mass conservation equation in different geometries 3B: Effectiveness factor plot for porous catalysts 3C: Conservation Equations Recap 3D: Conservation Equations Recap Continued 3E: Thermal Conservation Equation Recap 3F: Mass Conservation Equation Recap 3G: Heated Wire Example Problem 3H: Rev. Homogenous Reaction Example 3I: Reaction in Binary Gas Example 3J: Reaction in Spherical Pellet Example Physical Constants provided on Quizzes / Exams Recitation Problems
Week 4	Exam Preparation: Sample Exam 1 4A: Reaction in porous catalyst - example 4B: Reaction Examples Recap 4C: Pseudosteady vs Lumped - Handout 4D: Melting of a Small Crystal - Example 4E: Series Resistance/Fin Approximation Recap
Week 5	5A: Error Function Table 5B: Similarity Method Recap
Week 6	6A: Cauchy Stress Tensor and Stress Vectors 6B: Multiple Operation Involving del Operator 6C: Linear Momentum and Stress Equilibrium Recap 6D: Cauchy Momentum Equation Recap 6E: Strain Deformation Recap (11/05/19) 6F: Deformation in Fluids and Navier Stokes (11/07/19)
Week 7	2019 Handouts 7A: Conservation of Momentum Eqns Recap (11/12/19) 7B: Surface Stress Balances (11/13/19) 7C: Lecture 11/13/19 Recap 7D: Navier-Stokes and Simplifications/Special Cases 2018 Handouts Elementary Flow – Building Blocks Review on Inviscid Flow and Potential Flow Surface Energy-Tension-Wetting_Capillary Shear Deformation Recap Navier-Stokes Recap Force on Surface Calculation Experimental Drag Coefficient
Week 8	8A: List of Fluid Mechanics Equations 8B: Non-Newtonian Equation, Surface Tension Recap 8C: Bi-Directional Flow/Streamline Equations Recitation Streamline Problems
Week 9	9A: Bidirectional Flow Recap (11/21/19) 9B: High Reynold’s Number Bidirectional Flow 9C: Potential Flow Around Cylinder 2018 Handouts 9B: Numerical Solution to Blasius Boundary Layer Equation 9C: Numerical Solution to Falkner Skan 9D: Visualization and Effects of Boundary Layer Separation 9E: Bi-Directional Flow Equations 9F: Planar and Axisymmetric Flow 9G: Table of Flow Equations Bi-Directional Flow Recap
Week 10	10A: Recap Nov. 27^th Lecture 10B: Blasius: Modified Stream Function Solution to Laminar Boundary Layer Problem 10C: Elementary Flows (Stream Functions and Velocity Potential Expressions) 2018 Handouts Crossflow around a cylinder with viscous boundary layer (Karman-Pohlhausen) Wedgeflow with viscous boundary layer (Falkner-Skan) Stream Function Recap Lecture Notes 12/03 – Flow around a Cylinder Lecture on Drag Forces Recap on Boundary Layer Introduction Lecture on Boundary Layer Molecular Tribology