Accurately simulating the behavior of high-lift aircraft configurations is vital for safety, reducing fuel costs, maximizing payload, and ensuring regulatory compliance.
This technical brief highlights how innovations in computational fluid dynamics (CFD) and meshing have revolutionized the ability to simulate these systems accurately, aiding in faster product development and improved safety margins.
What you’ll learn:
- High-Fidelity Aerodynamic Modeling: Discover how advanced CFD techniques are used to simulate complex high-lift aircraft flows with high accuracy.
- Turbulence Modeling Innovations: Understand the impact of advanced turbulence models on predicting aerodynamic forces and moments.
- Real-World Case Study: Explore simulations of the Common Research Model High Lift (CRM-HL) configuration validated against wind tunnel data, reducing reliance on costly physical testing.
- Optimized Meshing Techniques: Learn how advanced meshing practices improve computational efficiency while ensuring accurate trend predictions for aircraft designs.