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Our research concentrates on problems involving the aerodynamics of airfoils, wings and propellers applied to aircraft design, aircraft flight dynamics, and low Reynolds number aerodynamics. Our research also includes problems in unmanned air vehicle design (UAVs), wind turbine blade design and aerodynamics, automotive and motosports aerodynamics, and racing yacht aerohydrodynamics. An expanded description of our interests is outlined on our research page. For questions about our research, contact Prof. Michael Selig. See our FAQ for a list of common questions. The following sections below describe some of our top links.

NewsUIUC APA News

Summary of Low-Speed Airfoil Data - Volume 5 has been completed (363 pages). Airfoils included in this volume are: AG12, AG16, AG24, AG35-r, AG40d-02r with flap, AG455ct-02r with flap, CAL1215j, CAL2263m, CAL4014l, E387, flat plate airfoil with various leading edge treatments, MA409, NACA 43012A, S1223 with Gurney flap, S8064, and S9000 with flap.

Performance data for 139 low Reynolds number propellers: Another major update was made to the UIUC Propeller Database. Experimental data on over 139 propellers is listed (up from 100 before). The tests include propellers from APC, Graupner, GWS, Kyosho, Master Airscrew and others.

UIUC airfoil data books online: The UIUC LSATs page now includes downloadable versions of Vols 1-5 and also SoarTech 8. Printed copies are also available.

The PROPID software for wind turbine blade design has been updated and can be downloaded with the most recent users manual.

APA group photo added.

UIUC Low Speed Airfoil TestsUIUC LSATs

Information on the UIUC Low Speed Airfoil Tests (UIUC LSATs) for model aircraft, unmanned aerial vehicles, small wind turbines, and more. Summary of Low-Speed Airfoil Data - Volumes 1,2, 3, 4, and 5 are available. Volume 4 [PDF] was published as a NREL report that includes many wind turbine airfoils at low Reynolds numbers. UIUC LSATs airfoil data from Volumes 1-4 are on the web. Volume 5 data has yet to be uploaded. For airfoil design on the web, go to PROFOIL-WWW.

UIUC Airfoil Data SiteUIUC Airfoil Data Site

The UIUC Airfoil Data Site includes airfoil coordinates (for nearly 1,600 airfoils) and some performance data. The performance data is mostly for low Reynolds number applications. Also useful is The Incomplete Guide to Airfoil Usage compiled and maintained by Dave Lednicer. The guide includes a listing of what airfoils have been used on approximately 6,400 aircraft.

ResearchResearch

A general description of our research covering our main areas of interests. Research sponsors have included DOE National Renewable Energy Laboratory (NREL), GE Wind Energy, 3M, AeroVironment, NASA Glenn, Naval Research Laboratory, Northrop Grumman, Siemens Canada, Ford Motorsports, Jaguar Racing, Newman/Haas Racing, Oracle Racing/Farr Yacht Design, Luna Rossa, Spin Master, private gifts, and many others.

PeoplePeople

People in the UIUC Applied Aerodynamics Group currently include Prof. Michael Selig and many graduate students: Gavin Ananda, Or Dantsker, Robert Deters, Giovanni Fiore, Brent Pomeroy, Adam Ragheb, and Daniel Uhlig.