Airfoil Conformal Mapping Playground

This website contains various Conformal Mapping Implementations, applicable to potential flow around Arbitrary shape Airfoils, Jukowsky Transformation, Potential flow around a circular cylinder, Conformal Mapped Grid Around an Airfoil, etc. Streamlines, Equipotential Lines, Isotachs, and Kutta condition could be optionally displayed. Jukowsky Transformation implementation allows altering of Angle of Attack, Meanline curviture, Thickness, Equidistant offset, and Number of streamlines parameters.
Feel free to Contact us with opinions, or suggestions via our Contact Form, or email us at airfoil.conf@gmail.com.
We hope you will have an enjoyable experience!

Arbitrary Shape Airfoil

Potential flow around custom shape Airfoil visualisations. Streamlines, Equipotential Lines, and Isotachs could be optionally displayed. Kutta condition is optionally satisfied too. Angle of Attack, and number of Streamlines, could be interactively selected. The mentioned options generate wide variety of possible flow configurations, and displays. Enjoy the ride!

Joukowsky Transformation

Simultaneous Potential flow around Joukowsky airfoil, and Circular cylinder. This WebApp demonstrates interactive implementation of Joukowsky transformation. Angle of Attack, Meanline curviture, Thickness, Equidistant offset, and Number of streamlines parameters could be altered. We hope you like it!

Circular Cylinder Flow

Potential flow around Circular cylinder. Circulation, and Number of Streamlines could be atered during the simulation. Streamlines, Equipotential Lines, and Isotachs are optionally displayed. Give it a try!

Joukowski Transformation - Interactive Geometry and Velocity

Interactive Joukowski Transformation, applicable to Geometry, and Velocity distribution. Airfoil's Meanline curvature, Thickness, and Angle of Attack are adjustable. Happy clicking/dragging!

Conformal Grid Generator

Generates orthogonal grid around Joukowsky airfoil. Various parameters are adjustable from the Control panel. Have fun!