Biomimetic Glider Wing Design for Future Transport
[P]
Make an airplane wing perform like a golf ball in the sense that dimples of the same depth and density will reduce drag for a plane the way it does for the ball
[P]
Investigate if, curvature forms of Cones, Chutes, and Coils could be better options than Winglets as wingtip devices that minimized wingtip vortices.
[E]
Comparison of Fanwing Configuration Efficiency
[E]
Efficient Low-Cost Wind Energy Flow over a Wing Using Passive Circulation Control
[E]
Variable Geometry Wing Analysis on a Model Airplane
[E]
Measure the changes in airfoil performance when winglets are added to the airfoil.
[E]
Observe if there are any effects of winglets on a low aspect ratio wing, particularly dealing with wingtip vortices.
[E]
[E]
[E]
Which design and set up of vortex generators allows for the greatest angle of attack at a low air speed velocity before a wing stall occurs.
[E]
[E]
[E]
Investigate the possible application of airfoil wing shapes to hydrofoil craft to reduce drag when in the water.
[E]
[E]
[E]
At What Angle Is the Lift of a Wing Maximized?
[E]
[E]
Airplane Science Fair Projects and Experiments