This project simulates the performance of a motorbike under various conditions using Computational Fluid Dynamics (CFD), aerodynamics, thermal analysis, and structural analysis. The project is written in C, with preprocessing and postprocessing handled by Python scripts.
- Aerodynamics Simulation: Calculates dynamic drag coefficient, rolling resistance, and wind effects on the motorbike.
- Thermal Analysis: Models heat transfer on the motorbike's components.
- Fluid Dynamics: Includes advanced turbulence modeling, fluid flow solvers, and particle tracking.
- Structural Analysis: Performs stress and strain analysis on the motorbike's frame and components.
- Preprocessing and Postprocessing: Python scripts to prepare inputs and visualize simulation results.