Aerodynamics for Mechanical Engineers

Catalog description

The primary objective of this course is to teach students how to apply concepts relating to incompressible flows to solve aerodynamic design problems. In incompressible aerodynamics, fundamental concepts such as lift, drag, aerodynamic moment, induced drag, viscous drag, pressure drag, separation, stall, circulation, downwash, camber, thickness ratio, and lift distribution are discussed. Students use these concepts primarily to determine aerodynamic lift and drag using a variety of techniques, including potential flow theory and wind tunnel testing. Based on instructor preference and expertise, additional topics relating to incompressible and/or compressible aerodynamics may be also discussed. Students will be evaluated through the use of written exams during the semester, a comprehensive written final, and weekly homework assignments. This course is a technical elective in the ME programs at the Behrend, Berks and Harrisburg campuses and allows students who have completed ME 320 , Elementary Fluid Mechanics, to improve their understanding of fluids and thermodynamics by covering the subject in more detail and applying it specifically to aerodynamic problems. It will usually be offered annually.