Difference between revisions of "Module 2: Hydraulics"

(New page: Module 2: Hydraulics (April 14, 15, 16; 8AM to 5PM) Course Objective To learn the application of conservation of mass, energy and momentum principles to attain the solution for closed-...)
 
 
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Module 2: Hydraulics (April 14, 15, 16; 8AM to 5PM)
 
Module 2: Hydraulics (April 14, 15, 16; 8AM to 5PM)
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To learn the application of conservation of mass, energy and momentum principles to attain the solution for closed-conduit and open-channel flow problems
 
To learn the application of conservation of mass, energy and momentum principles to attain the solution for closed-conduit and open-channel flow problems
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Course Outline
 
Course Outline
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1. Review of Fluid Mechanics (3 h lecture, 1 h workshop)
 
1. Review of Fluid Mechanics (3 h lecture, 1 h workshop)
 +
 
2. Closed-Conduit Flow Fundamentals (3 h lecture, 1 h workshop)
 
2. Closed-Conduit Flow Fundamentals (3 h lecture, 1 h workshop)
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3. More on Pipe Flow: Pipes & Pumps (2 h lecture, 2 h workshop)
 
3. More on Pipe Flow: Pipes & Pumps (2 h lecture, 2 h workshop)
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4. Open-Channel Flow Fundamentals (3 h lecture, 1 h workshop)
 
4. Open-Channel Flow Fundamentals (3 h lecture, 1 h workshop)
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5. More on Open Channel Flow (3 h lecture, 1 h workshop)
 
5. More on Open Channel Flow (3 h lecture, 1 h workshop)

Latest revision as of 22:43, 19 January 2010

Module 2: Hydraulics (April 14, 15, 16; 8AM to 5PM)

Course Objective

To learn the application of conservation of mass, energy and momentum principles to attain the solution for closed-conduit and open-channel flow problems


Course Outline

1. Review of Fluid Mechanics (3 h lecture, 1 h workshop)

2. Closed-Conduit Flow Fundamentals (3 h lecture, 1 h workshop)

3. More on Pipe Flow: Pipes & Pumps (2 h lecture, 2 h workshop)

4. Open-Channel Flow Fundamentals (3 h lecture, 1 h workshop)

5. More on Open Channel Flow (3 h lecture, 1 h workshop)