EAE 127 - Applied Aircraft Aerodynamics
Fall 2009
Administrative
Information
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Textbook: |
Aerodynamics Theoretical & Computational Fluid Dynamics For Engineers, Fifth Edition John J. Bertin, Russell M. Cummings |
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Lectures: |
Monday, Wednesday, Friday |
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168 HOAGLAND |
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Discussion: |
Friday |
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2016 HARING |
syllabus.pdf (UPDATED 9/22/09)
Contact Us
Instructor: Jean-Jacques Chattot
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Phone No.: |
530-752-0812 |
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Office: |
2004 Bainer Hall |
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Office Hours: |
MWF 10-11 am, Bainer 2004 |
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Email: |
Teaching Assistant: Kensuke Suzuki
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Phone No.: |
4-7578 |
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Office: |
112 TB 207 |
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Office Hours: |
W 9-10, R 11-12 |
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Lab Hours: |
R 2-3, F 9-10
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Email: |
FAA Airport Design Competition for Universities
AIAA Intelligent Systems Student Paper Competition
SAE Aero Design West Competition
Projects are due at 5:00PM on the due date. They can be turned in at the MAE drop box C in front of Bainer 2015A
- Note: one way to save these files to disk is to right-click on them and choose “save target as”.
Help to compile a FORTRAN code in the CAE Lab
Resouces for Using C/C++ Interpreter
Project 1 (Due Friday, 10/02 @5:00PM, In drop box C)
- Notes on code and data files
- EAE_127_Project_1.doc
- EAE_127_Project_1.pdf
- Fortran Source Code (qjairflow.f)
- Input File (qjairflow.dat)
- Fortran Executable (qjairflow.exe)
- C Source Code (qjairflow.ch)
- Selig1223 airfoil coordinates
- Selig1223 viscous polar at Re=200,000
Project 2 (Due Monday, 10/12 @5:00PM In drop box C)
- Project_2_Handout.pdf
- Project_2_Handout.doc
- Notes on code and data files
- Source Code (thinair.f)
- Input File (thinair.data)
- Executable (thinair.exe)
- Source code (thinair.ch)
Project 3 (Due Monday, 10/26 @5:00PM In drop box C)
- Project_3_Handout.doc
- Notes (pj3-notes.txt)
- Input File (tsd.data)
- Executable (tsd.exe)
- MATLAB Postprocessing File (How_to_plot_Cp_contour.pdf)
- Source file for contour plot (cpdata.f)
- Executable (cpdata.exe)
- MATLAB Postprocessing File (cpcont.m)
Midterms
Midterm Fall 2003 (midtermf03.pdf)
Solution Midterm Fall 2003 (midtermsolf03.pdf)
Midterm Fall 2004 (midtermf04.pdf)
Solution Midterm Fall 2004 (midtermsolf04.pdf)
Midterm Fall 2005 (midtermf05.pdf)
Solution Midterm Fall 2005 (midtermsolf05.pdf)
Midterm Fall 2006 (midtermf06.pdf)
Solution Midterm Fall 2006 (midtermsolf06.pdf)
Midterm Fall 2007 (midtermf07.pdf)
Solution Midterm Fall 2007 (midtermsolf07.pdf)
Midterm Fall 2008 (midtermf08.pdf)
Solution Midterm Fall 2008 (midtermsolf08.pdf)
Midterm Fall 2009 (midtermf09.pdf)
Solution Midterm Fall 2009 (midtermsolf09.pdf)
Project 4 (Due Monday, 11/09 @ 5:00PM in dropbox C)
- Project_4_Handout.doc
- How to use XFOIL.pdf
- Notes on XFOIL (NotesPJ4.txt) !IMPORTANT!
- s1223 airfoil (s1223.dat)
- Link to XFOIL Webpage
Project 5 (due Monday, 11/16 @ 5:00PM In drop box C)
- Handout PJ5
- Notes on prandtline.f (NotesPJ5.txt)
- Source Code (prandtline.f)
- Input File (prandtline.data)
- Executable (prandtline.exe)
- s1223 RE=0.3e6 POLAR (polars1223300.dat)
- s1707-0723 RE=0.3e6 POLAR (polars1707-0723.dat)
- s1223 geometry (s1223.jpg)
- s1707-0723 geometry (s1707-0723.jpg)
Project 6 (Due Monday, 11/23 @ 5:00PM In drop box C)
- Project_6_Handout.doc
- Notes on old.f (NotesPJ6.txt)
- Source Code (old.f)
- Input File (old.data)
- Executable (old.exe)
- Source code (old.ch)
Project 7 (Due Friday, 12/04 @ 5:00PM In drop box C)
Sample Finals
Final 2005
Solution Final Fall 2005 (finalsol05.pdf)
Final 2006
Solution Final Fall 2006 (finalsol06.pdf)
Final 2007
Solution Final Fall 2007 (finalsol07.pdf)
Final 2008
Solution Final Fall 2008 (finalsol08.pdf)
WINGLET PAPER – Paper published in the Journal of Aircraft. It studies the design of winglets, including viscous effects and looks at weathercock stability: