Methods and Tools for Aerospace Design

Ambar K. Mitra, 2241 Howe, 294-2694, e-mail
Office Hours: M 10 and 11, T 11 and 1, W 10 and 3
Teaching Assistant: Dan Dvorak, e-mail
Teaching Assistant: Alan Pitz, e-mail
Grading Scheme Course Objectives
For info on UNIX and FORTRAN, visit Linux-FORTRAN-Lab page


Announcements
NACA Report.
Corrected NACA Coefficients.
Panel method


Course Contents

Main Topics:

Special Topics:

A Few Excel Files for Sample Calculations:

Public-domain Software on the Web:

Many well tested and sophisticated programs can be found in the public domain for performing most of the basic numerical calculations, e.g., curve fitting, solving algebraic equations, optimization, and solving ordinary differential equations. The best place to begin your search for software is the GAMS website.

Text Processing:

We will use LaTex for all of our technical writing. See the "Quick LaTex Guide" for help.

Instructions for Report Writing

MATLAB:

  • We will use MATLAB for some of our computing and graphing. See the "MATLAB Manual" for help.
  • You can also see a brief MATLAB help in powerpoint.

  • For help in graphing by using MATLAB, see the Quick Graphing Guide.

  • For a "live" demo of SIMULINK, go to MATLAB's demo page and click the link Constructing Models, under the heading Product Feature Examples.



Other Useful Links

Thin Airfoil Theory.Lifting Line Theory.Vortex Lattice Method
Typical Airfoil Design Problems.Design Methods.Aircraft Performance Database
Aircraft Information, Link #1Aircraft Information, Link #2Aircraft Information, Link #3
What airfoils are used on what aircraft? Airfoil Coordinates Database.Hundreds of Links for Aircraft Designers