Glider Wing
Within our fluid mechanics course, we embarked on a project focused on designing the wings of a glider. This comprehensive study spanned from aerodynamic principles to mechanical robustness, culminating in the creation of a wing capable of supporting a glider weighing 500 kg.
Selection & Dimensioning Of Wing Profile
In our quest to identify the optimal wing profile for our glider, we meticulously analyzed various profiles by charting their distinct characteristics. This process was instrumental in selecting a profile that offered the most balanced compromise for our project's specific requirements.
Computational Fluid Dynamics
Following the selection of our wing profile, we proceeded to conduct a CFD (Computational Fluid Dynamics) simulation using Star-CCM+. This crucial step enabled us to evaluate the wing's performance by calculating pressure and velocity fields, which were essential for accurately sizing the wing.
Deformation Simulation
To address the challenges posed by the considerable length of a glider wing, we executed a series of deformation simulations using Abaqus for various materials. This essential analysis guided us in selecting an optimal material that strikes the perfect balance between weight and structural rigidity.
