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COURSE OUTLINE KMÜ 224 21-22 FLUID
MECHANICS, SPRING SEMESTER, 2013 |
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INSTRUCTORS:
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Prof.
Dr. Zümriye AKSU (Section 21), zaksu@hacettepe.edu.tr
Assoc.
Prof. Dr. Hülya YAVUZ ERSAN (Section 22), hyavuz@hacettepe.edu.tr |
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TEACHING
ASSISTANT: |
Bilginur
MARAŞ (KMÜ 224-21 and 22) bilginurmaras@hacettepe.edu.tr
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COURSE
TEXTBOOK: |
C.J.
Geankoplis , Transport Processes and Separation
Processes (4th ed.), Prentice Hall, |
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REFERENCES:
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1.
C.O.Bennet, J.E. Myers., Momentum, Heat and Mass
Transfer, 2nd Edition, McGraw-Hill,
New York, 1974. 2.
W.L. McCabe, J.C.Smith, Unit Operations of
Chemical Engineering, 2nd Edition,
McGraw-Hill, New York, 1973. |
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SCHEDULE:
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Classes:
Section 21: Mon, 10:00-11:45 and Tue: 9:00-9:45
(D4). Section 22: Tue: 13:00-14:45 and Wed:
11.00-11.45 (D4) |
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OBJECTIVES:
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The
course emphasizes fundamental principles of
fluid dynamics and statics. |
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COURSE
FORMAT: |
The
course will consist of classroom instruction
including lectures and problem solving sessions
in recitation hours. |
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At
least 70% course attendance is a must. Students
are highly encouraged to solve homework problem
sets and prepare the project. Students repeating
the course are expected to attend to the
lectures and turn in homework sets and projects
as regular. |
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DATES
OF MIDTERMS and HOMEWORKS DUE and THEIR
FORMATS: |
Midterm
1: 26
April 2013
(15:00-17:00 at D4 and D6 classes) Midterm 2: 31 May 2013 (15:00-17:00 at D4 and D6 classes) Final
Exam (TBA) Term
Project
(due on final exam date, as paperwork) Homework
(as
paperwork) |
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GRADING: |
10%
Assignments |
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20%
Midterm 1 |
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20%
Midterm 2 |
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10%
Term project |
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40% Final Exam (In the final exam, at least 50 points have to be taken in order to pass the course.) |
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Topics
Covered:
(include approximate number of hours for each
topic): Three 45-minute lectures each week. |
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Lecture#
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Topics
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1-3
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Classification
of unit operations and transport processes, |
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4-6
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Principles
of Momentum Transfer and Overall Balances:
Introduction, Fluid Statics, General momentum
transport equation for momentum, heat and mass
transfer |
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7-9
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Viscosity
of fluids, Non-Newtonian fluids subsections A, B
and C, Types of fluid flow and Reynolds number |
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10-12
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Overall
mass balance and continuity equation |
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13-15
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Overall
mass balance and continuity equation cont. |
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16-18
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Overall
energy balance MIDTERM I |
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19-21
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Overall
energy balance cont. |
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22-24
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Overall
momentum balance |
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25-27
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Shell
momentum balance and velocity profile in laminar
flow, |
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28-30
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Design
equations for laminar and turbulent flow in
pipes, Compressible flow of gases |
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31-33
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Flow
past immersed objects and packed and fluidized
beds |
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34-36
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Measurement
of flow of fluids, MIDTERM II |
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37-39
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Pump
and gas-moving equipment |
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40-42
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Agitation
and mixing of fluids and power requirement (up
to 3.4.F) |