Aerodynamics Finite Wing Geometry

This course covers the fundamental principles of finite wing geometry and its aerodynamic characteristics. It provides an in-depth understanding of the differences between a finite wing and an airfoil, the impact of span-wise flow on aerodynamics, and the concept of aspect ratio. For instance, the course explains how the span-wise flow on a finite wing leads to the formation of wing tip vortices and induces a downward velocity component, known as downwash. The course also delves into theoretical models like Biot Servert Law and Prandtl's Lifting Line Theory, explaining their applications in modeling finite wing aerodynamics. Furthermore, the course explores the intricacies of delta wing aerodynamics and unsteady aerodynamics, using examples from nature and man-made flyers to illustrate these concepts.