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PHOENICS VWT. Rear Wing Pressure distribution around a two element rear wing design for a hill climb/sprint car. Half scale wind tunnel data was available.

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Presentation on theme: "PHOENICS VWT. Rear Wing Pressure distribution around a two element rear wing design for a hill climb/sprint car. Half scale wind tunnel data was available."— Presentation transcript:

1 PHOENICS VWT

2 Rear Wing Pressure distribution around a two element rear wing design for a hill climb/sprint car. Half scale wind tunnel data was available for lift & drag… Lift = 148N Drag = 24N PHOENICS results using the same half scale dimensions… Lift = 139N Drag = 23N Data courtesy of Simon McBeath And the Wing Shop.

3 Rear Wing Time coloured stream-lines to aid flow visualisation. Stream-lines can also be animated to show the movement of air.

4 Rear Wing Frontal view of stream- lines showing the generation of wing tip vortices.

5 Rear Wing Pressure contour across the middle of the wing. This can be toggled to show velocity.

6 Front Wing Velocity contour across the middle of the wing. This can be toggled to show pressure.

7 Front Wing Use of vectors for flow visualisation.

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