Panel Method Airfoil Analysis
10+
Downloads
Everyone
info
About this app
Analyze Airfoil Performance with Vortex Panel Method
This app uses a vortex panel method to compute the inviscid, incompressible flow around NACA 4-digit airfoils. Whether you're a student, engineer, or aviation enthusiast, it offers a fast and flexible way to study aerodynamic behavior.
✈️ Key Features:
Solve for flow around NACA 4-digit series airfoils
Choose between open or closed trailing edges
Customize angle of attack and number of panels (nodes)
View detailed pressure distribution plots
Visualize flow streamlines and circulation patterns
Calculate key coefficients:
Lift coefficient (CL)
Moment coefficients (CM)
Circulation (Γ)
🛠️ Built for Aerodynamics Enthusiasts:
Ideal for aerospace students, CFD beginners, or anyone exploring classic panel methods without the complexity of full CFD solvers.
This app uses a vortex panel method to compute the inviscid, incompressible flow around NACA 4-digit airfoils. Whether you're a student, engineer, or aviation enthusiast, it offers a fast and flexible way to study aerodynamic behavior.
✈️ Key Features:
Solve for flow around NACA 4-digit series airfoils
Choose between open or closed trailing edges
Customize angle of attack and number of panels (nodes)
View detailed pressure distribution plots
Visualize flow streamlines and circulation patterns
Calculate key coefficients:
Lift coefficient (CL)
Moment coefficients (CM)
Circulation (Γ)
🛠️ Built for Aerodynamics Enthusiasts:
Ideal for aerospace students, CFD beginners, or anyone exploring classic panel methods without the complexity of full CFD solvers.
Updated on
Safety starts with understanding how developers collect and share your data. Data privacy and security practices may vary based on your use, region, and age. The developer provided this information and may update it over time.
No data shared with third parties
Learn more about how developers declare sharing
No data collected
Learn more about how developers declare collection
App support
About the developer
Robert Edward Spall
robert.e.spall@gmail.com
United States
undefined
