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Measurement of Kinematic Viscosity
- Abstract (PDF, 90K) - Handout(DOC, 338K) - Prelab Questions (PDF, 7K) - Spreadsheet for Data Acquisition, Reduction, & Uncertainty Analysis (XLS, 128K) - Visualization (MPG, 79.9 M)* |
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Stability of a Floating Body (PDF, 54K) |
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Conservation of Mass, Momentum, and
Energy
in a Sluice Gate/Hydraulic Jump (PDF, 117K)
- Abstract (PDF, 500K) |
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Measurement of Velocity Profile and
Head
Loss/Friction Factor in Pipe Flow - The experiment has companion CFD simulation. - Abstract (PDF, 1.03M) - Handout (DOC, 1.87M) - Prelab Questions (PDF, 7K) - Spreadsheet for Data Acquisition, Reduction, & Uncertainty Analysis; Smooth Pipe (XLS, 131K) - Spreadsheet for Data Acquisition, Reduction, & Uncertainty Analysis; Rough Pipe (XLS, 131K) - Visualization (MPG, 84.1M)* |
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Energy Loss in a Hydraulic Jump
(PDF, 103K)
- Visualization (MPG, 17M)* |
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Measurement of Pressure
Distribution
and Lift for an Airfoil - The experiment has companion CFD simulation. - Abstract (PDF, 2.96M) - Handout (DOC, 2.31M) - Prelab Questions (PDF,7k) - Spreadsheet for Data Acquisition, Reduction, & Uncertainty Analysis (XLS, 131K) - Visualization (MPG, 145M)* |
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* Given that the transmission speed and image size might not be optimum when playing the movies directly, you can alternatively download the clips. To do this move the cursor to the hyperlink, right click the mouse, and select SAVE TARGET AS. |
53:071
Principles of Hydraulics
Energy and Hydraulic Grade Lines in
Water
Pipe Systems (PDF, 134K)
- Abstract (PDF,3.5M) |
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Local Losses in Pipe Flows (PDF, 139K) - Visualization (MPG, 58M)* |
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Analysis of Open-Channel Flow
Transitions
Using the Specific Energy Diagram(PDF,114K)
- Abstract (PDF,6.7M) - Visualization (MPG, 17.9M) * |
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Weir Calibration (PDF, 59K) - Abstract (PDF, 3.92M) - Visualization (MPG, 27.7M)* - Project (DOC, 70K) |
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Pelton Turbine Experiment - Abstract (PDF, 51K) - Handout (DOC, 970KB) - Project #1 (DOC, 50KB) - Project #2 (DOC, 58KB) |
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* Given that the transmission speed and image size might not be optimum when playing the movies directly, you can alternatively download the clips. To do this move the cursor to the hyperlink, right click the mouse, and select SAVE TARGET AS. |
58:162/53:172
Experimental Methods in Fluid Mechanics and
Heat
Transfer
LDV Measurements in Turbulent Open-Channel Flow (PDF, 19K) |
Please send comments or questions to: marian-muste@uiowa.edu
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