XFLR5 Airfoil and Wing Analysis Tool
| Project Page | Documentation | Forums | Download | Release notes | Screenshots | Links | Development | Disclaimer |
General description
XFLR5 is an analysis tool for airfoils, wings and planes operating at low Reynolds Numbers.
It includes
- XFoil's Direct and Inverse analysis capabilities
- Wing design analysis based on the Lifiting Line Theory and the Vortex Lattice Method
Aspect Ratio influence
Comparison of XFoil results to finite wing analysis results
Plane Design
Streamlines display
Questions about xflr5, bug reports, suggestions for enhancement should be directed to the Open Discussion Forum
Documentation
Radio Controlled Soaring Digest 2008-02 Francesco's great article to get started with XFLR5
XFLR5_and_Stability_analysis_Rev_1.pdf : My very personal view of stability analysis.
Survol_Bases_Aero_et_XFLR5_Rev_1.pdf : The same, including also basic aerodynamics, for French speakers
Links
http://raphael.mit.edu/xfoil : Original XFoil code as provided by M. Drela and H. Youngren, and of which the present application is derived.
http://perso.wanadoo.fr/scherrer/matthieu/aero/miarex.html Calculation method for multi-airfoil wings based on XFoil or Experimental Results.
Xfoil electronic bulletin board @ YahooGroups. The intent is to exchange information on Xfoil and other aero software.
Development
All contributions to debug or enhance the code are welcome. Enquiries about the source code and the development project should be posted to the Developpers forum
Disclaimer
- As with the original XFoil, the current software is released under the GNU General Public License , with all the associated rights and restrictions.
- The code has been developped exclusively for the analysis of model aircraft. All other usages are strongly disapproved
- XFLR5 is released free with the same limitations and constraints as the original, i.e.without any guarantee of any kind. Design of all products with the use of the code will be at the user's entire risk.
- XFLR5 is by no means a professional product, and does not offer the same guarantees of robustness, reliability, precision or product support than commercial softwares.