Phoenics vwt
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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 for lift & drag… Lift = 148N Drag = 24N PHOENICS results using the same half scale dimensions… Lift = 139N Drag = 23N

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PHOENICS VWT

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Phoenics vwt

PHOENICS VWT


Rear wing

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.


Rear wing1

Rear Wing

Time coloured stream-lines

to aid flow visualisation.

Stream-lines can also be

animated to show the movement of air.


Rear wing2

Rear Wing

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


Rear wing3

Rear Wing

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


Front wing

Front Wing

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


Front wing1

Front Wing

Use of vectors for flow visualisation.


Phoenics vwt

END

40 High Street, Wimbledon, London, SW19 5AU

Tel: 020 8947 7651

Fax:020 8879 3497

Web: www.cham.co.uk

E-mail: [email protected]


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