๐๏ธ AeroPulse โ F1 Wake Simulation Meets CFD Precision
What happens when a Formula 1 car punches through air at 200mph?
A turbulent wake trail, drag zones, and aerodynamic secretsโall unlocked through CFD.
๐ง About AeroPulse
This project uses real-world 3D models and ANSYS Fluent to simulate the airflow over an F1 car chassis. It reveals vortex formations, downforce zones, and pressure differentials at race speedsโvisualized in full-color CFD plots and animation.
๐ก Key Highlights
- ๐ Simulation Tool: ANSYS Fluent
- ๐ Model: Simplified F1 car (rear wing + diffuser emphasized)
- ๐ฌ๏ธ Goal: Understand drag, wake behavior, and downforce
- ๐ Output: Velocity contours, streamlines, and pressure maps
- ๐ฝ๏ธ Bonus: Animation of wake turbulence behind car
๐ Why This Matters
In motorsport, every millisecond counts. Understanding how air flows around a car helps engineers reduce drag and boost speed without sacrificing stability. Whether youโre designing F1 parts or just learning CFD, AeroPulse shows how simulation meets speed.
๐ Want the Full Setup, Mesh, and Simulation Files?
Sign up to get:
- โ๏ธ F1 model file (STL or STEP)
- โ๏ธ ANSYS mesh and boundary setup
- โ๏ธ Simulation steps (solver settings, refinement)
- โ๏ธ Bonus: Turbulence model comparison (k-ฮต vs. SST)
๐ [Sign up here] (embed link)