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
CAD Modeling
Designing Simulation Tests
Mesh Design
Data Processing

Soft Skills
Teamwork Communication
Positive Influence
Presenting Findings

Devices / Tools / Software
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.

Previous
Previous

Biaxial Testing Research and Machine Learning

Next
Next

Ergonomic Laptop Design