This report presents the results of a Computational Fluid Dynamics analysis performed to evaluate the aerodynamic performance of an aircraft model. The aim of this simulation was to evaluate the airflow patterns and aerodynamic properties of the vehicle under different conditions. Based on the simulation results, further aerodynamic optimizations should be explored to reduce drag and improve the overall efficiency of the vehicle.
Solution approaches
- Save time and resources in the design and test phase. CFD simulations are more cost-effective than physical wind tunnel tests,
- They provide accurate predictions of a vehicle's aerodynamic performance and enable engineers to make informed decisions about design changes.
- Reduce fuel consumption and emissions and thus contribute to more environmentally friendly vehicles.
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