Difference between revisions of "AAS Analysis for Aircraft Sizing"

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== Project overview ==
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=== Project overview ===
  
 
This tool is developed by Students of Ecole Centrale Paris.<BR>
 
This tool is developed by Students of Ecole Centrale Paris.<BR>
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Model is developp to provide a quick analysis of aeronautical parameters.<BR>
 
Model is developp to provide a quick analysis of aeronautical parameters.<BR>
  
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Summary: The AAS Analysis tool for Aircraft Sizing is an initiative led by students at École Centrale Paris. Developed with a modular approach to aircraft design, this tool offers rapid evaluations of aeronautical parameters. Spanning the academic years of 2012-2014, the project features multiple supporting documents, including intermediate reports and presentations. One of the key deliverables is the Bee-plane model, aimed at innovating in the aeronautical field.
  
 
=== Project Year 2 - 2013/2014 ===
 
=== Project Year 2 - 2013/2014 ===
 
<BR>
 
<BR>
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* [[File:2013601 ECP Rapport intermédiaire Bee-plane v1.pdf]]<BR>
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<BR>
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<Gallery>File:Aero Beeplane ECP112013 v2.png</Gallery><BR>
 
<Gallery>File:Aero Beeplane ECP112013 v2.png</Gallery><BR>
 
  
 
=== Project Year 1 - 2012/2013 ===
 
=== Project Year 1 - 2012/2013 ===
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File:Beeplane ECP062013ed2.png
 
File:Beeplane ECP062013ed2.png
 
</gallery>
 
</gallery>
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[[Category:BeePlane]]

Latest revision as of 19:15, 22 December 2024

Project overview

This tool is developed by Students of Ecole Centrale Paris.
It is based on a modular description of aircraft.
Model is developp to provide a quick analysis of aeronautical parameters.

Summary: The AAS Analysis tool for Aircraft Sizing is an initiative led by students at École Centrale Paris. Developed with a modular approach to aircraft design, this tool offers rapid evaluations of aeronautical parameters. Spanning the academic years of 2012-2014, the project features multiple supporting documents, including intermediate reports and presentations. One of the key deliverables is the Bee-plane model, aimed at innovating in the aeronautical field.

Project Year 2 - 2013/2014




Project Year 1 - 2012/2013