Airfoil Performance Simulation
Optimize airfoil performance (decrease drag, increase lift ) through the simulation of custom airfoil designs
Features:
Designing Meshes
Airfoil Design
Digitizing conditions and constitutive equations into the testing environment
Data processing and extrapolating conclusions
| Hard Skills |
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| CAD Modeling |
| Designing Simulation Tests |
| Mesh Design |
| Data Processing |
| Soft Skills |
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| Teamwork Communication |
| Positive Influence |
| Presenting Findings |
| Devices / Tools / Software |
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| Blender |
| Fusion 360 |
| Matlab |
The Behind Story
Challenge: Determining areas of mesh refinement
Solution: Background research into airfoil performance to determine the locations of mesh refinement. Simulation of a baseline design to inform design iterations.
For a final class project in my computational engineering course, I designed two airfoils to experiment with different surfaces and shapes on performance. We learn that the engineering classics, such as divots in a golf ball, had negative outcomes for the testing parameters (drag and lift). Angled shapes had a positive impact on drag and lift and were the highest-performing design. The main challenges with simulation testing is setting up the testing environment with constitutive equations, boundary conditions, mesh resolutions, and testing parameters.