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26 November 2007

Energyteam presents... the plug of Energy 5!


After another two coats of mastic and sanding with abrasive paper up to 1200, the model is ready for finishing now.

We can proudly present you the plug of Energy 5!

Blinkend modelBlinkend modelBlinkend modelModel op datum 26 november 2007

From foam panels to finished plug in four steps:
collage 15 september tot 26 november (2007)
More pictures can be seen in our photo album.



31 October 2007

Finishing the plug

Hand laminerenVersterkt modelVersterkt model
As a start, the foam is covered with epoxy and glassfibre, before applying spray mastic.
Model lamineren met polyesterharsModel lamineren met polyesterhars
Model in spuitplamuurModel in spuitplamuurModel in spuitplamuurModel in spuitplamuur
As symmetry is very important, it takes several layers of mastic and a lot of hours working with abrasive paper to get the foam panels in shape. The finishing operations are performed at our partner Carrosserie Malfait, expert in bodywork.
Polyesterplamuur + afneemmiddelMaarten aan het schurenControle-lijnen voor het bepalen van de symmetrieControlle symmetrieIn vorm schurenAfgewerkt modelAfgewerkt model
More pictures can be seen in our photo album.

 


15 September 2007

Building the model

 
In the 3D CAD software, the model is divided in several sections of variable thicknesses.
Verdeling in secties

These sections are plotted and drawn on polystyrene foam panels of 30 or 60 mm, and cut out.
Overtekenen van de A0'sAanbrengen van de rode en groene bandGeheel van polystyreen platenEen uitgezaagd deel
Once all plates are cut out, we position and glue every section over a stiffening and keying aluminium beam.
Platen op de draagbalkModel rechtstaand
When nose and tail are completed, the abrasive modeling can start.
Opgeschuurde staartOpgeschuurde onderkantVoorste wielkappenUiteindelijke vormEnergy 4 en Energy 5
More pictures can be seen in our photo album.

 


31 May 2007

Newly designed Energy 5 ready for production


Design van Energy 5 in de NX CAD-softwareGlen Putteman & Bert de Ryck developed the new aerodynamic bodywork of the new car Energy 5 as their final work.

Their goal was simple: less wind resistance and more comfort for the pilot.
Aerodynamische simulatie in FloWorks software
Based on an extensive aerodynamic study and drag simulations with the FloWorks software, the innovative design was established in the NX 3D CAD software.

The final results of the aerodynamic computer simulations are looking very promising! 
 


Energy 4

Energy 5

Procentual
improvement

For comparison:
Toyota Prius Il

Drag coëfficient
Cx = Cd

0,156

0,136

15 % lower drag

0,260

Frontal
surface A

0,367 m²

0,353 m²

4 % less

2,25 m²

"Drag area"
Cd*A

0,0571 m²

0,0480 m²

19 % better

0,585 m²

Ontwerp van Energy 5 in de NX CAD-software
Energy 5 will be taken into production in academic year 2007-2008. It will be the successor of our current Energy 4. The first planned fuel consumption race will take place in May 2008...

In parallel, the current geometry of Energy 5 will be further optimized by last grade student industrial engineering electromechanics Philippe VandeVyver. He is our expert in aerodynamics.

So who knows, there might be an Energy 6!


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