| Hmk Period 01 (We, Jan 20 - Tu, Jan 26) |
Hmk Period 02 (We, Jan 27 - Tu, Feb 02) |
Hmk Period 03 (We, Feb 03 - Tu, Feb 09) |
| Hmk Period 04 (We, Feb 10 - Tu, Feb 16) |
Hmk Period 05 (We, Feb 17 - Tu, Feb 23) |
Hmk Period 06 (We, Feb 24 - Tu, Mar 02) |
| Hmk Period 07 (We, Mar 03 - Tu, Mar 09) |
Hmk Period 08 (We, Mar 10 - Tu, Mar 16) |
Hmk Period 09 (We, Mar 17 - Tu, Mar 23) |
| Hmk Period 10 (We, Mar 24 - Tu, Mar 30) |
Hmk Period 11 (We, Mar 31 - Tu, Apr 06) |
Hmk Period 12 (We, Apr 07 - Tu, Apr 13) |
| Hmk Period 13 (We, Apr 14 - Tu, Apr 20) |
Hmk Period 14 (We, Apr 21 - Th, Apr 29) |
Bonus Material (N/A) |
| Week |
Topics |
Hmk Period 01
(We, Jan 20 - Tu, Jan 26)
Back to top |
- Welcome video (35:25)
- Taylor Series Approximations
- Symbolic vs. Numeric Approach
- Units and Unit Conversions
- Fluids Basics
- Density and Pressure
- The Hydrostatic Pressure Distribution
- Barometry and Manometry
|
Hmk Period 02
(We, Jan 27 - Tu, Feb 02)
Back to top |
- Hydrostatic Pressure Forces and Center of Pressure
|
Hmk Period 03
(We, Feb 03 - Tu, Feb 09)
Back to top |
- Buoyant Forces and Center of Buoyancy
- Flow Visualization
- Viscosity and Viscous Stresses
- Reading
- Lecture Notes
- Lecture Video (48:24)
- Non-Newtonian Fluids Video (57:36) (bonus material - not required)
- Example (video, 06:45)
- Example
- Example (video, 20:55)
- Example (video, 18:04)
- Example (video, 18:58)
- Example (video, 15:59)
- Example (video, 10:41)
- Example (video, 12:30)
- Example (video, 13:37)
- Example (video, 08:42)
- Example (video, 15:53)
- Example (video, 17:21)
- Example (video, 16:19)
|
Hmk Period 04
(We, Feb 10 - Tu, Feb 16)
Back to top |
|
Hmk Period 05
(We, Feb 17 - Tu, Feb 23)
Back to top |
- More Linear Momentum Equation for an Inertial FOR (refer to Hmk Period 04)
- Bernoulli's Equation
|
Hmk Period 06
(We, Feb 24 - Tu, Mar 02)
Back to top |
|
Hmk Period 07
(We, Mar 03 - Tu, Mar 09)
Back to top |
- More Linear Momentum Equation for a Non-Inertial FOR (refer to Hmk Period 06)
- Dimensional Analysis (Introduction)
- Dimensional Analysis (Buckingham-Pi Theorem and Method of Repeating Variables)
- Dimensional Analysis (Modeling and Similarity)
|
Hmk Period 08
(We, Mar 10 - Tu, Mar 16)
Back to top |
- Dimensional Analysis (Dimensionless Governing Equations and Significant Dimensionless Numbers)
- Boundary Layers (Introduction)
- Boundary Layers (Boundary Layer Thicknesses)
- Boundary Layers (Laminar Boundary Layers)
|
Hmk Period 09
(We, Mar 17 - Tu, Mar 23)
Back to top |
- Boundary Layers (Momentum Integral Equation)
- Boundary Layers (Turbulent Boundary Layers)
- Boundary Layers (Pressure Gradient Effects)
|
Hmk Period 10
(We, Mar 24 - Tu, Mar 30)
Back to top |
- Lift and Drag
- Pipe Flows (Introduction)
- Pipe Flows (Extended Bernoulli Equation)
|
Hmk Period 11
(We, Mar 31 - Tu, Apr 06)
Back to top |
- Pipe Flows (Major and Minor Head Losses, The Moody Plot, and Shaft Head)
- Pipe Flows (Type I, II, and III Pipe Systems)
|
Hmk Period 12
(We, Apr 07 - Tu, Apr 13)
Back to top |
- Flow Measurements
- Fluid Machinery (Introduction, Types of Pumps)
- Fluid Machinery (Head Curves, Best Efficiency Point)
- Fluid Machinery (Specific Speed)
- Fluid Machinery (Scaling)
|
Hmk Period 13
(We, Apr 14 - Tu, Apr 20)
Back to top |
- Fluid Machinery (Net Positive Suction Head)
- Fluid Machinery (Operating Point)
- Compressible Flow (Introduction)
- Compressible Flow (Speed of Sound, Mach Number, Mach Cone)
- Compressible Flow (1D Isentropic Flow; Stagnation and Sonic Conditions)
|
Hmk Period 14
(We, Apr 21 - Th, Apr 29)
Back to top |
- Compressible Flow (1D Isentropic Flow with Area Change)
- Compressible Flow (1D Flow in a Converging Nozzle)
- Compressible Flow (Normal Shock Waves)
- Compressible Flow (1D Flow in a Converging-Diverging Nozzle)
- Conclusion Video (03:16)
|
Bonus Material
Back to top |
- Measurement Uncertainty
- Non-Newtonian Fluids
- The Reynolds Transport Theorem
- Acceleration of a Fluid Particle
- The Momentum Equations
- The Navier-Stokes Equations
|