Difference between revisions of "Msc2G3:Group"

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<div class="button"><a class="nav-link" href="http://gsm.hyperbody.nl/index.php?title=Msc2G3:Paper">Research</a></div>
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<div class="button"><a class="nav-link" href="http://gsm.hyperbody.nl/index.php?title=Msc2G3:Production">Production</a></div>
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<div class="button"><a class="nav-link" href="http://gsm.hyperbody.nl/index.php?title=Msc2G3:Materialization">Materialization</a></div>
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<div class="button tab-active"><a class="nav-link nav-link-active" href="http://gsm.hyperbody.nl/index.php?title=Msc2G3:Group">Concept</a></div>
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<i class="hidden">Text</i>
  
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[[File:Perspective.png| 850px]]
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=='''Echosphere'''==
  
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=='''Concept'''==
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''Echosphere'' is an atmospheric stage that improves the acoustic quality for lectures. On architectural, functional, and acoustic level it enables the connection between lecturers and the audience. It is an optimized shell structure with a sound absorptive capacities, developed for ''Hyperbody’s gsm3'' symposium at the orange hall at the ''TU Delft''. The focus of Echospheres prototype is on combining and integrating materials, a mix of solid and plate materials in the ways of subtractive manufacturing.  
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<p>Atur aut volorporum dolupid que del ex ex evenia con pratemp ereribus ero magnimporem cuptatum reius pa si que quuntur solorporem laut in reperib uscimus alis et, ulla quatquamus aut qui que volupta volupta accullo rrovitibus, ut verum faccum andelique etur, et aut evenimenis doluptatem accum, que occatecto occullectur, unti odit et quia doluptatem seriore volorent fugiaspelic tessim ex eos dignatquam quiberoris et elentiae. Iduci delecearum repel in plaborrum endae alitis eos in porepudicia dolupid itiatur si doluptatus pa quibus unte dus aut assedio. Nam vitatquam quisciis doluptatum que et enda secto doluptissum re doluptatur? Qui blam, sum secatus volorestem volut et fugiam, accati doluptate nonse nonsequia volo dem dita debit et optaese enis netus que none velicia tustium eliquatus et labo. Fuga. Olorum consecto consequi ut perit labo. Elluptiati as mincium, quia solluptame velibus quate rae cum quundaes quunt labo. Ne posaerc itatqua tiistibus molupta id que volum eiur? Dipsa atusto et exped quo iliqui sapicitat.
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</p>
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[[File:PositionInStage.jpg| 850px]]
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[[File:20160630 Group3 Concept Echosphere.png|850px]]
  
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<p>Atur aut volorporum dolupid que del ex ex evenia con pratemp ereribus ero magnimporem cuptatum reius pa si que quuntur solorporem laut in reperib uscimus alis et, ulla quatquamus aut qui que volupta volupta accullo rrovitibus, ut verum faccum andelique etur, et aut evenimenis doluptatem accum, que occatecto occullectur, unti odit et quia doluptatem seriore volorent fugiaspelic tessim ex eos dignatquam quiberoris et elentiae. Iduci delecearum repel in plaborrum endae alitis eos in porepudicia dolupid itiatur si doluptatus pa quibus unte dus aut assedio. Nam vitatquam quisciis doluptatum que et enda secto doluptissum re doluptatur? Qui blam, sum secatus volorestem volut et fugiam, accati doluptate nonse nonsequia volo dem dita debit et optaese enis netus que none velicia tustium eliquatus et labo. Fuga. Olorum consecto consequi ut perit labo. Elluptiati as mincium, quia solluptame velibus quate rae cum quundaes quunt labo. Ne posaerc itatqua tiistibus molupta id que volum eiur? Dipsa atusto et exped quo iliqui sapicitat.
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'''Architectural use'''
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</p>
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[[File:Sound.png| 850px]]
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The macro geometry combines the acoustic shell with several other functions. The goal is to engage the audience with the lecturers on and around the stage. It incorporates seating areas for discussions, a corridor to the back of the stage, and a bar.
  
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=='''Components'''==
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<html>
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<iframe width="850" height="478" src="http://vanderdoorn.eu/overige/hyperbodymsc2/Imageslider_Concept_Architectural.html" frameBorder="0" seamless="seamless" scrolling="no" allowfullscreen></iframe>
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</html>
  
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<p>Atur aut volorporum dolupid que del ex ex evenia con pratemp ereribus ero magnimporem cuptatum reius pa si que quuntur solorporem laut in reperib uscimus alis et, ulla quatquamus aut qui que volupta volupta accullo rrovitibus, ut verum faccum andelique etur, et aut evenimenis doluptatem accum, que occatecto occullectur, unti odit et quia doluptatem seriore volorent fugiaspelic tessim ex eos dignatquam quiberoris et elentiae. Iduci delecearum repel in plaborrum endae alitis eos in porepudicia dolupid itiatur si doluptatus pa quibus unte dus aut assedio. Nam vitatquam quisciis doluptatum que et enda secto doluptissum re doluptatur? Qui blam, sum secatus volorestem volut et fugiam, accati doluptate nonse nonsequia volo dem dita debit et optaese enis netus que none velicia tustium eliquatus et labo. Fuga. Olorum consecto consequi ut perit labo. Elluptiati as mincium, quia solluptame velibus quate rae cum quundaes quunt labo. Ne posaerc itatqua tiistibus molupta id que volum eiur? Dipsa atusto et exped quo iliqui sapicitat. </p>
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[[File:Echosphere final.jpg|850px]]
  
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[[File:Components.png| 850px]]
 
  
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=='''Construction'''==
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'''Improving acoustics'''
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<p>Atur aut volorporum dolupid que del ex ex evenia con pratemp ereribus ero magnimporem cuptatum reius pa si que quuntur solorporem laut in reperib uscimus alis et, ulla quatquamus aut qui que volupta volupta accullo rrovitibus, ut verum faccum andelique etur, et aut evenimenis doluptatem accum, que occatecto occullectur, unti odit et quia doluptatem seriore volorent fugiaspelic tessim ex o consequi ut perit labo. Elluptiati as mincium, quia solluptame velibus quate rae cum quundaes quunt labo. Ne posaerc itatqua tiistibus molupta id que volum eiur? Dipsa atusto et exped quo iliqui sapicitat.
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</p>
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[[File:ConstructionDetail.png | 850px]]
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In large conference halls the sound quality is often a problem. Echosphere aims for providing a solution for the acoustics. It's an optimized shell structure that combines sound absorption and scattering in an informed way.
  
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<p>Atur aut volorporum dolupid que del ex ex evenia con pratemp ereribus ero magnimporem cuptatum reius pa si que quuntur solorporem laut in reperib uscimus alis et, ulla quatquamus aut qui que volupta volupta accullo rrovitibus, ut verum faccum andelique etur, et aut evenimenis doluptatem accum, que occatecto occullectur, unti odit et quia doluptatem seriore volorent fugiaspelic tessim ex o consequi ut perit labo. Elluptiati as mincium, quia solluptame velibus quate rae cum quundaes quunt labo. Ne posaerc itatqua tiistibus molupta id que volum eiur? Dipsa atusto et exped quo iliqui sapicitat.
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</p>
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<iframe width="850" height="478" src="http://vanderdoorn.eu/overige/hyperbodymsc2/Imageslider_Concept_Sound.html" frameBorder="0" seamless="seamless" scrolling="no" allowfullscreen></iframe>
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</html>
  
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[[File:ProductionChain.png | 850px]]
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<html><iframe width="850" height="478" src="https://www.youtube.com/embed/pHzN3pHoWbs" frameborder="0" allowfullscreen></iframe></html>
  
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=='''Prototype'''==
 
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<p>The prototype shows a smaller cell of the complete cell structure. In this case the absorptive function was tried to work out in 1:1. Sonic waves from the surrounding will be reflected when the cell is closed. Due to opening the panel structure in front, seams increase and sonic waves will be absorbed through sound absorbing material in the cell.
 
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The in various sections divided front can be pushed and pulled by linear actuators. The panels are connected to an elastic fabric in a sandwich construction. The fabric allows the panelized structure to contract or expand and moves the parts back to its original place, when no force is applied.
 
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To get a fast result, the cell walls were 2D lasercut and the structure is actuated manually with six sticks on the back.
 
  
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</p>
 
  
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[[File:Prototype.png | 850px]]
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=='''Team'''==
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<p> The picture shows the first prototype of a sound absorbing cell.</p>
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<gallery style="text-align:left" font-size="80%" mode="packed-hover" heights="190px" >
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File:Group3 team Daniel.jpg | Daniel Fisher d.l.Fischer@student.tudelft.nl
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File:Group3 team Annloes.jpg | Anneloes Kattemölle a.m.Kattemolle@student.tudelft.nl
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File:Group3 team Olav.jpg | Olav van der Doorn o.b.vanderdoorn@student.tudelft.nl
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File:Group3 team Benjamin.jpg | Benjamin Kemper b.n.Kemper@student.tudelft.nl
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</gallery>

Latest revision as of 00:59, 24 March 2017


Echosphere

Echosphere is an atmospheric stage that improves the acoustic quality for lectures. On architectural, functional, and acoustic level it enables the connection between lecturers and the audience. It is an optimized shell structure with a sound absorptive capacities, developed for Hyperbody’s gsm3 symposium at the orange hall at the TU Delft. The focus of Echospheres prototype is on combining and integrating materials, a mix of solid and plate materials in the ways of subtractive manufacturing.

20160630 Group3 Concept Echosphere.png

Architectural use

The macro geometry combines the acoustic shell with several other functions. The goal is to engage the audience with the lecturers on and around the stage. It incorporates seating areas for discussions, a corridor to the back of the stage, and a bar.

Echosphere final.jpg


Improving acoustics

In large conference halls the sound quality is often a problem. Echosphere aims for providing a solution for the acoustics. It's an optimized shell structure that combines sound absorption and scattering in an informed way.


Team

  • Daniel Fisher d.l.Fischer@student.tudelft.nl

  • Anneloes Kattemölle a.m.Kattemolle@student.tudelft.nl

  • Olav van der Doorn o.b.vanderdoorn@student.tudelft.nl

  • Benjamin Kemper b.n.Kemper@student.tudelft.nl

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