CE 319F: (© Kinnas, Spring 2009)
     Hand-outs, Announcements, Homework Assignments & Solutions
     Part C

• Part A: Before Test I
• Part B: After Test I and Before Test II

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• LABS will be held EVERY week. Make sure you visit the Lab website and print the corresponding documents BEFORE each lab.
• 20th and 21st classes (April 7 & 9); Reading assignment: pp.136-138 (Reynolds Transport Theorem) and pp. 163-169
  • The Momentum equation for uniform inflow and outflow
  • A supplement on the Reynolds Transport Theorem
• 22nd class (April 14; Reading assignment: pp. 170-179
• 23rd and 24th classes (April 21 & 23). Reading assignment: pp. 170-182
• Homework No. 10 - and Solutions
• 25th and 26th classes (April 28 & 30). Reading assignment: pp. 217-248
  • The Energy equation for uniform inflow and outflow
  • Pictures of some pumps: A (centrifugal) pump - An (axial) pump which is part of a waterjet used for the propulsion of a high speed boat
  • Pictures of some turbines: An impulse turbine - Wind turbine farm - Ocean current turbine - Steam turbine (rotor part) - Hoover Dam generators (the turbines are underneath the generators and cannot be seen in this picture - Fig. 14.21 on p. 500 of the textbook shows drawings of a Francis turbine used in a hydro-electric plant).
  • Improved solution of Example 7.6
• Homeworks No. 11 and and 12 - and Solutions
• 27th and 28th classes (May 5 & 7): Reading assignment (according to the emphasis given in class): pp. 315-340
  • Pictures of laminar and turbulent flow.
  • Review of formulas for laminar flow and turbulent flow inside pipes.
  • The Moody Chart --- Table 10.4 --- Table 10.5 (top part) and Table 10.5 (bottom part)
  • Movies (avi files) showing measured instantaneous horizontal velocity inside pipe using UT's Particle Image Velocimetry (PIV) System:
    • Movie 1: Instantaneous horizontal velocities at various stations
    • Movie 2: Instantaneous and Mean horizontal velocity profiles at one station
  • The need for CFD (Computational Fluid Dynamics):
    • The Navier-Stokes equations
    • UT's Viscous Channel Flow Applet solves the Navier-Stokes equations inside a channel and renders the results graphically
    • A picture of flow around a cylinder and a simulation of the flow using Fluent (a commercial CFD package)
• FINAL ON SATURDAY, MAY 16, 2-5 PM, IN CPE 2.212 (our regular classroom)

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