An airfoil is a two-dimensional cross-section of a wing. Before we can dive into the aerodynamics of a full wing, we must learn the basics of airfoil aerodynamics. In this course, we look at various strategies for predicting the forces and moments produced by airfoils based on their geometry.

Key Concepts Include:

• Airfoil Geometry
• NACA Airfoils
• Thin Airfoil Theory
• The Vortex Panel Method
• Panel Methods with Viscous Corrections
• Trailing-Edge Flaps
• Camber-Line Design

We carefully cover the basics of airfoil analysis in enough detail so you can write your own analysis codes if you wish. You can speed up or slow down the videos to match your pace. Before you take this course, you should have a solid understanding of the principles covered in the Fundamentals of Aerodynamics course.

This Course Includes:

• 23 Lessons
• 5.5 hours of detailed instruction
• 72+ page handbook
• Workbook with 21 Practice Exercises
• Exercise Solutions Manual
• Sample Python Code for NACA 4-Digit Series Airfoils

At the completion of this course, you’ll have an in-depth understanding of airfoil analysis and the tools to begin analyzing and designing your own airfoils. Airfoil analysis and design are fascinating and exciting. Once you master these principles, you’ll never look at an aircraft the same. So let’s get started.