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CEE 342, Autumn 2005
Introduction to Fluid Mechanics
Syllabus
Instructor: Professor Mark
Benjamin, 335 More Hall; 543-7645,
markbenj@u.washington.edu; TF 11:30, Th 10:30
TAs: Jennifer Duane,
jenduane@u
More 121-I;
T 2:30, Th 1:30
Se-Yuen Lee,
leesy@u; Wilcox 173,
W 2:30
Text: Munson et al..
Fundamentals of Fluid Mechanics, 5th Ed., Wiley (2006),
http://www.wiley.com/college/munson
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Day and Date |
Topic |
Text Reading |
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W
F |
Sept |
28
30 |
Introduction, Fluid Properties
Fluid Properties; Pressure |
1.1
1.2-1.9 |
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M
M
W
F |
Oct |
3
3
5
7 |
Fluid Statics; Manometry; Fluid Forces on
Plane Areas
Forces on Curved Areas;
Buoyancy; Rigid Body Motion
Bernoulli Equation; Pitot Tubes |
2.1-2.10
2.11-2.12
3.1-3.5 |
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M
W
Th
F |
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10
12
13
14 |
Venturi Meters; Free Jets; Hydraulic Grade
Line
Kinematics; Streamlines; Lagrangian and
Eulerian Perspectives
LAB: Venturi Meter
(Harris Lab)*
Kinematics; Acceleration; Material
Derivative |
3.6-3.7
4.1
4.2 |
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M
W
F |
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17
19
21 |
Reynolds Transport Theorem
Continuity Equation
Continuity
Equation |
4.3-4.4
5.1
5.1 |
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M
W
Th
F |
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24
26
27
28 |
QUIZ #1
Flow in a Curved Path; Linear Momentum
LAB: Continuity Equation
(Harris Lab)*
Linear Momentum |
5.2
5.2 |
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M
W
Th
F |
Nov |
31
2
3
4 |
Energy Equation; Energy Grade Line
Dimensional Analysis
LAB: Energy Equation Analysis
(Harris Lab)*
Dimensional Analysis |
5.3, 5.5
7.1-7.5
7.6 |
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M
W
F |
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7
9
11 |
Modeling
Pipe Flow: Ideal and Real Fluids; Laminar
Pipe Flow
Veteran’s Day Holiday
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7.8-7.9, 7.11
8.1-8.2 (not 8.2.2)
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M
W
Th
F |
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14
16
17
18 |
QUIZ #2
Pipe Flow: Transition to Turbulence and
Turbulent Flow
LAB: Head Loss in a Pipe
(Harris Lab)*
Pipe Roughness; The Moody Diagram |
8.3
8.4 |
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M
W
F |
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21
23
25 |
Pipe Flow
Minor Headlosses
Thanksgiving Break |
8.4
8.4 |
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M
W
Th F |
Dec |
28
30
1 2 |
Multi-pipe Systems
Flow in Open Conduits
LAB: Hydraulic Jump
(Harris Lab)* Flow in Open Conduits: Hydraulic Jumps |
8.5
10.1-10.2
10.3, 10.6 |
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M
W
F |
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5
7
9 |
Boundary Layers; Lift
Lift and Drag
Catch up, Review |
9.1
pp.518-532
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T |
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13 |
Final Exam, 2:30-4:20 |
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