The description of Joukowski Simulator App
This app uses the theory of complex analysis (conformal mapping) to calculate the flow-fields and aerodynamics of the potential flow around a Karman-Trefftz airfoil (Joukowski airfoil is the special case with a cusp trailing edge) or circular cylinder.
Features:
- Interactively generates & visualizes the potential flow around a Karman-Trefftz airfoil or circular cylinder.
- Interactively calculates & plots the corresponding surface pressure plot.
- Exports & shares the results (the velocity fields, airfoil coordinates, Cp distribution on airfoil's surface, and also the potential & streamfunction fields) in MATLAB/Octave, Python, or CSV formats, along with some MATLAB or Python commands to help the user to quickly plot the results in MATLAB/Octave or in Python console.
This app would be useful for anyone who wants to learn the subject of potential flows, conformal mappings, or anyone who wants to explore the effect of airfoil's geometry and the flow parameters to the velocity field pattern and/or the surface pressure distribution of a body in a potential flow.
This app uses the theory of complex analysis (conformal mapping) to calculate the flow-fields and aerodynamics of the potential flow around a Karman-Trefftz airfoil (Joukowski airfoil is the special case with a cusp trailing edge) or circular cylinder.
Features:
- Interactively generates & visualizes the potential flow around a Karman-Trefftz airfoil or circular cylinder.
- Interactively calculates & plots the corresponding surface pressure plot.
- Exports & shares the results (the velocity fields, airfoil coordinates, Cp distribution on airfoil's surface, and also the potential & streamfunction fields) in MATLAB/Octave, Python, or CSV formats, along with some MATLAB or Python commands to help the user to quickly plot the results in MATLAB/Octave or in Python console.
This app would be useful for anyone who wants to learn the subject of potential flows, conformal mappings, or anyone who wants to explore the effect of airfoil's geometry and the flow parameters to the velocity field pattern and/or the surface pressure distribution of a body in a potential flow.
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