Computational Aerodynamics Fundamentals

This course covers the fundamental and intricate aspects of computational aerodynamics. It starts with the basic concepts of aerodynamics and the role of computational fluid dynamics (CFD) in aerodynamics. For instance, it explains how different aerodynamic flows around various geometries are computed. The course delves into the significance of shapes and surfaces in aerodynamics, the conservation equations, and the impact of different flow types. It further explores the characteristics of airfoil geometry, flow separation, and stall, and the effects of high lift devices. The course also discusses the theoretical and computational aspects of aerodynamic flows, the connection between theoretical exposure and computational activities, and the application of high lift devices in aircraft. It concludes with a detailed discussion on the interpretation of flow fields in computational aerodynamics.