Repository for pymead, an object-oriented Python 3 package for single- and multi-element Bézier-parametrized airfoil design, analysis, and optimization
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Updated
May 29, 2024 - Python
Repository for pymead, an object-oriented Python 3 package for single- and multi-element Bézier-parametrized airfoil design, analysis, and optimization
Airfoil Optimization by XFOIL Matlab
Official repository of paper, entitled "Airfoil’s Aerodynamic Coefficients Prediction using Artificial Neural Network".
Actuator line modeling extension library for OpenFOAM.
This Python script automatically generates 3D models of airfoils ready for a CFD simulation
An all in one airfoil modelling, meshing, analysis, and optimization tool with built in support for gmsh, SU2, and xfoil
This project outputs G-code that is used to control a 4-axis hot wire cutter, employed to cut a wing / airfoil from a physical block of foam. Effectively, it is a slicer for a particular arrangement of raw-coordinate data files.
Generating power curves of wind turbine using BEM method
Lift-Off Aerodynamics Software for Windows
An aerodynamic course project which employed python to automate the process of filtering and downloading suitable airfoils.
Low-Windspeed Airfoil Optimization for Bikes
Implement the Thin Airfoil Theory given the coordinates of the profile to be analysed.
Java project simulating the physics of HAWT wind turbines using Blade Element Momentum theory.
CNN for airfoil lift-to-drag-ratio prediction
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