Fluid Mechanics (CEE3040) Lecture Videos

  1. Properties of Fluids
    1. Properties of Fluids – Density
    2. Properties of Fluids – Viscosity
    3. Properties of Fluids – Surface Tension
  2. Importance of Units
  3. Hydrostatic Pressure
  4. Hydrostatic Pressure Variation
    1. Hydrostatic Pressure Variation – Review of Taylor Series Expansion
    2. Hydrostatic Pressure Variation Example 1 – Swimming Pool
    3. Hydrostatic Pressure Variation Example 2 – Car Lift
  5. Simple Manometers Example 1 – U-tube
    1. Simple Manometers Example 2 – Multifluid
  6. Hydrostatic Forces on a Planar Surface
    1. Hydrostatic Forces on a Planar Surface – Line of Action of the Force
    2. Hydrostatic Forces on a Planar Surface Example 1 – Rectangular Gate
    3. Hydrostatic Forces on a Planar Surface Example 2 – Inverted Gate
  7. Hydrostatic Forces on a Curved Surface
    1. Hydrostatic Forces on a Curved Surface Example 1 – Dam
  8. Buoyancy
  9. Fluids in Motion
    1. Fluids in Motion – Visualization Tools
  10. Volumetric Flow Rate
    1. Volumetric Flow Rate Example 1 – Duct Flow
    2. Volumetric Flow Rate Example 2 – Open Channel Flow
  11. Acceleration
    1. Acceleration Example – Nozzle Flow
  12. Conservation of Mass – Control Volume Analysis
    1. Conservation of Mass Example 1 – Bathtub
    2. Conservation of Mass Example 2 – Elbow
    3. Conservation of Mass Example 3 – Leaking Tank
  13. Pressure Variation in Fluids in Motion – Euler Equation
    1. Pressure Variation in Fluids in Motion Example 1 – Constant Pressure Lines
    2. Pressure Variation in Fluids in Motion Example 2 – Nozzle Flow
  14. Bernoulli Equation
    1. Bernoulli Equation – Definition of Pressure Terms
    2. Bernoulli Equation Example 1 – Converging Nozzle
    3. Bernoulli Equation Example 2 – Pitot Static Tube
    4. Bernoulli Equation Example 3 – Duct and Manometer
  15. Pressure Coefficient
  16. Conservation of Momentum – Reynolds Transport Theorem
    1. Conservation of Momentum Example 1 – Nozzle Flow
    2. Conservation of Momentum Example 2 – U elbow
    3. Conservation of Momentum Example 3 – Windmill
    4. Conservation of Momentum Example 4 – Drag Force on Model
  17. Conservation of Angular Momentum
    1. Conservation of Angular Momentum Example – Sprinkler
  18. Conservation of Energy
    1. Conservation of Energy – Engineering Formulation
    2. Conservation of Energy Example 1 – Kinetic Energy Correction Factor
    3. Conservation of Energy Example 2 – Pool
    4. Conservation of Energy Example 3 – Pump/Turbine
    5. Conservation of Energy Example 4 – Flow Direction
    6. Conservation of Energy Example 5 – Steam Turbine
  19. Dimensional Analysis & Similitude
    1. Dimensional Analysis & Similitude Example 1 – Building
    2. Dimensional Analysis & Similitude Example 2 – Venturi Meter
  20. Finding Dimensionless Groups
    1. Finding Dimensionless Groups Example 1 – Surface Waves
    2. Finding Dimensionless Groups Example 2 – Sphere Flow
    3. Finding Dimensionless Groups – Pitfalls
  21. Boundary Layer Theory
    1. Boundary Layer Theory – Thickness Definitions
    2. Boundary Layer Theory – Laminar Boundary Layers
    3. Boundary Layer Theory Example 1 – Submerged Plate
  22. Momentum Integral Method
    1. Momentum Integral Method Example 1 – Parabolic Profile
  23. Turbulent Boundary Layers
    1. Turbulent Boundary Layers Example 1 – Return to Submerged Plate
  24. Continuity Equation
    1. Continuity Equation Example 1 – Diverging Flow
    2. Continuity Equation Example 2 – Nozzle Flow
  25. Navier-Stokes Equations
    1. Navier-Stokes Equations Example 1 – Couette Flow
    2. Navier-Stokes Equations Example 2 – Poiseuille Flow