Chapter 1& 2 (1)
Chapter 1 & 2 (2)
Chapter 1& 2 (3.1)
Chapter 1& 2 (3.2)
Chapter 1& 2 (4)
Chapter 1& 2 (5)

• Appendix A: Viscous Traction and Vorticity01 and Viscous Traction and Vorticity02
• Appendix B: 2D Poisson equation1 and 2D Poisson equation2

Chapter 1& 2 (6.1 part I)
Chapter 1& 2 (6.1 part II)
Chapter 1& 2 (6.2)
Chapter 1& 2 (6.3)

Chapter 3
Chapter 3 (5)
Chapter 3 (6)
Chapter 3 (8)
Chapter 3 (9.1)
Chapter 3 (9.2)
Chapter 3 (9.3)
Chapter 3 (10)

Guest lecture: Dr. Riccardo Pellegrini 

Chapter 4 Laminar Boundary Layers 

Chapter 4 (1)

Chapter 4 (2) Boundary Layer Theory 

• Part 1
  • integral Methods: Flat Plate 
  • Boundary Layer Equation 
• Part 2 
  • Similarity Solutions 
• Part 3 
  • Momentum Integral Methods 
• Part 4 
  • Boundary Layer Separation 
    • Transition, Pressure Gradient, and Boundary-Layer Separation 
    • 3D Separation
    • Flow Past Cylinders and Spheres
    • Sports Ball Dynamics
    • Unsteady Separation

Chapter 4 (3) Free Shear Flows

• Mixing Layers
• Jets 
  • 2D (1,2,3) 
  • 2D Wall Jet 
  • Axisymmetric (Round) Jet
  • Axisymmetric (Round) Jet with swirl
• Wakes
  • 2D 
    • Far Wake Flat Plate 
    • Non-Lifting Boday (a,b)
  • Axisymmetric (Round) Wake
  • Simplified Betz Method
  • Clark Y Reference Data

Chapter 4 (4) Additional Topics

Chapter 5 - Overview Introduction Stability of Laminar Flows

1. Introduction
   1. Panton
   2. Kundu et al. I, Kundu et al. II
   3. White
2. Kelvin-Helmholtz Instability
   1. Parallel Flow Different Velocity: Inviscid Layer Instability (Panton)
   2. Parallel Flow Different Velocity and Density
      1. White
      2. Kundu et al.
3. Principle of Exchange of Stabilities: Cellular Convection/Secondary Flow
   1. Taylor Instability
      1. Steady Flow Between Concentric Rotating Cylinders
      2. Rayleigh inviscid criterion
      3. Taylor vortices
   2. Gortler Instability
   3. Bernard Instability
4. Orr-Sommerfield Equation
5. Inviscid & Viscous Instability Parallel Flows
6. Turbulent Transition Modeling

Chapter 6 - Incompressible Turbulent Flow