Lecture Notes

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• Lecture 1 Intro
• Lecture 2 Fluid Properties
• Lecture 3 Fluid Statics
• Lecture 4 Pressure
• Lecture 5 Math for Property Balances
• Lecture 6 Integral Mass Balance
• Lecture 7 Integral Energy Balance
• Lecture 8 Bernoulli Equation
• Lecture 9 Bernoulli Applications
• Lecture 10 Exam Review
• Lecture 13 Mechanical Energy (Losses)
• Lecture 14 Dimensional Analysis
• Lecture 15 Scaling
• Lecture 16 Laminar Pipe Flow
• Lecture 17 Turbulent Pipe Flow
• Lecture 18 Minor Losses
• Lecture 19 Single Pipelines
  • Mathcad Type 2 Problem (right click and save as a file)
  • Matlab Type 3 Problem
  • Excel Type 3 Problem
• Lecture 20 Pipe Networks
• Lecture 21 Flow Meters
• Lecture 22 Exam Review
  • Exam 1 Sample Sheet
  • Exam 2 Sample Notes Sheet
• Lecture 24 Environmental Considerations
• Lecture 25 Momentum Balance
• Lecture 26 Differential Balances
• Lecture 27 Navier Stokes Equations
  • NS equations appendix
• Lecture 28 Boundary Layers
  • Boundary Layer Solution
• Lecture 29 Drag-External Flows
• Lecture 30 Pumps
• Lecture 31 Pump Scaling
• Lecture 32 Turbines
• Lecture 33 Exam 3 Review
  • Exam 3 Sample notes sheet
• Lecture 36 NonNewtonian flow
  • book chapter
• Lecture 37 Compressible Flows
• Lecture 38-39 CFD
  • 1-D unsteady flow example (Excel)
• 2-D laminar jet example (Matlab, unpack with tar -xzf 2Dlaminarjet.tgz)
• Final review summary