• No results found

Improved Stall Prediction for Swept Wings Using Low-Order Aerodynamics.

N/A
N/A
Protected

Academic year: 2020

Share "Improved Stall Prediction for Swept Wings Using Low-Order Aerodynamics."

Copied!
67
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Figure 1.1:The linear and post-stall regions.
Figure 1.2: NACA 4415 airfoil at α = 30◦. This α is much greater than αstall, and there is alarge amount of separation over the upper surface.
Figure 1.3:Coverage of A330 simulator models, compared to actual AF447 data [1]
Figure 2.1:Geometry generation using OpenVSP
+7

References

Related documents

Shocks form in the flow, persist over a range of angles of attack (figure 6) and, eventually, dynamic stall vortex ensues from shock-induced separation and convects over the

The presence of the airfoil will probably influence the flow field which lead to different drag and lift coefficients as well as a different shedding frequency.. For low angles