1. به نام خداوند جان و خرد

2. Instructor: Dr. Masoud Mirzaei Office: Room 219 Tel: 73094219
AERODYNAMICS -II
Instructor: Dr. Masoud Mirzaei
Office: Room 219
Tel:
Lecture Hours: Saturdays 13:30-14:45
Tuesdays 10:
Office Hours: by appointment
Teaching Assistant: Mr. Saber Khoei ????
SYLLABUS and POLICIES

3. TEXTBOOKS
John Anderson, “Fundamentals of Aerodynamics” 4th Edition, McGraw-Hill, 2005.
John Bertin, “Aerodynamics for Engineers”, 4th Edition, Prentice Hall.
John, J. E., “Gas Dynamics” Prentice Hall,2006
E. L. Houghton, P. W. Carpenter “Aerodynamics for engineering students” 5th edition, McGraw-Hill, 2003.
A. M. Kuethe, C. Y. Chow, “Foundations of aerodynamics” , John Wiley, 5th edition, 1998
SYLLABUS and POLICIES

4. CLASS POLICY Lecture Complementary Problems
Attendance is not mandatory but is recommended.
On-time arrival is expected. Late arrival and leaving the class before ending the lecture will be punished .
Sending and receiving SMS or any item that can disturb the lecture is prohibited .
Complementary Problems
10 sets of problems from the texts and other sources will be ed and will be discussed in the teaching assistant classes.
SYLLABUS and POLICIES

5. project: 10%+10% (For manufacturing projects)
GRADING POLICY
Midterm-I: 15%
Midterm-II: 15%
Midterm-III: 15%
TA class: 5%
Final Exam: 50%-10% (Course Project)
Extra Marks
project: %+10% (For manufacturing projects)
Couse Note prepration: up to 5%
Homework
SYLLABUS and POLICIES

6. COURSE SYLLABUS 1 92/11/12 Syllabus, policies and introductions
Weeks
Date
Items 1
92/11/12
Syllabus, policies and introductions
92/11/15
Elements of compressible flows and a review of thermodynamics 2
92/11/19
Governing equations of inviscid, compressible flows
92/11/22 3
92/11/26
Governing equations (cont.)
92/11/29
Normal shock waves and related topics 4
92/12/03
Normal shock waves (cont.)
92/12/06 5
92/12/10
Oblique shock waves
92/12/13
SYLLABUS and POLICIES

7. COURSE SYLLABUS 6 92/12/17 Oblique shock waves (cont.) 92/12/20
Weeks
Date
Items 6
92/12/17
Oblique shock waves (cont.)
92/12/20
Shock interactions and reflections /Midterm1 7
93/12/24
Prandtl-Meyer expansion waves
93/12/27
Prandtl-Meyer expansion waves-(cont.) 8
93/01/16
Supersonic airfoils
93/01/19
Supersonic airfoils (cont.) 9
93/01/23
Compressible flow through converging-diverging ducts
93/01/26
Compressible flow through converging-diverging ducts (cont.) 10
93/01/30
93/02/02
Supersonic Wind tunnel
SYLLABUS and POLICIES

8. COURSE SYLLABUS 11 93/02/06 Compressible flow in pipes with friction
Weeks
Date
Items 11
93/02/06
Compressible flow in pipes with friction
93/02/09
Compressible flow in pipes with friction (cont.) 12
92/02/13
Compressible flow in pipes with heat transfer
93/02/16
Compressible flow in pipes with heat transfer (cont.) 13
91/02/20
Full potential equation
91/02/23
Linear theory in compressible subsonic 14
92/02/27
Linear theory in compressible supersonic flows
92/02/30
Introduction to hypersonic flows 15
92/03/03
Introduction to hypersonic flows (cont.)
92/03/07
Midterm3
SYLLABUS and POLICIES