Difference between revisions of "Msc2G3:Group"

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<i>Picture of all the scales here.</i>
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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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=='''Concept'''==
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=='''Echosphere'''==
  
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This part of the stage will focus on acoustics. To host a better exchange of knowledge and ideas, the connection between the audience and speakers should be as fluent as possible. Acoustic analysis, of both the shape and surrounding, informs the model which results in an optimized shape for the acoustic conditions.
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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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To improve the acoustic quality during the symposium this part of the stage will absorb, diffuse or reflect soundwaves. The inside shell focused and optimized for to establish a direct connection between the whole audience and the speaker.
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[[File:260524 Group3 Concept sketch.jpg|850px]]
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=='''Analysis'''==
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[[File:20160630 Group3 Concept Echosphere.png|850px]]
  
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[[File:Floor plan orangehall - sound sources - abstact circles v2-01.jpg|850px]]
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'''Architectural use'''
  
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=='''Macro'''==
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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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[[File:160524 Group3 Idea macro.jpg|850px]]
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The macro shape of the shell is based on various inputs. First there is a main design, that exists of a corridor and the notion of a shell like structure. This shape is affected by the landscape that is formed, based on ergonomic sections. Then the shape is optimized for the reflection of sound from and towards the audience. Both the horizontal and vertical sections are tweaked to allow the geometry to work as a single sound amplifying shell. The floor, seating and ceiling are a continuous shell that works as one.
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<html><br><iframe width="850" height="370" src="https://www.youtube.com/embed/yHVFxvjUcOk" frameborder="0" allowfullscreen></iframe></html>
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<i>The shell is optimized for a evenly spreaded sound reflection towards the audience. This way the first 15ms of the hull of the speaker's voice are received more clear by the audience.</i>
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<img src="http://vanderdoorn.eu/overige/160614divisioncomponents.gif" width="850px" heigth="">
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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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[[File:Fabricationweek - 2 components come together with interlocking system three-03.png|850px]]
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[[File:Echosphere final.jpg|850px]]
  
  
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=='''Meso'''==
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'''Improving acoustics'''
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The construction consists out of a cork shell on the inside that is broken up by the eps construction where possible to generate larger surface for sound absorption. This basically means the front and back side have a different appearance by the same cork system.
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==='''EPS'''===
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[[File:fabricationweek - prototype and components-01.png|850px]]
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[[File:Fabricationweek - prototype and components-02.png|850px]]
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[[File:Fabricationweek - prototype and components-03-03.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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<img src="http://vanderdoorn.eu/overige/160621interlocking big blocks.gif" width="850px" heigth="">
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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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[[File:Fabricationweek - 2 components come together with interlocking system-03.jpg|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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==='''Cork'''===
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[[File:20160618 Group3 Information mapping - curves.jpg| 850px]][[File:20160618 Group3 Information mapping - height .jpg | 850px]]
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The information that is needed to produce the cork comes from a 3D model. Cuts with the EPS are taken to project a pattern, heightmap and cutting plane on the production files.
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=='''Micro'''==
 
  
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The inner shell is made out of cork. If the thickness and density of the cork is right the material is able to bend as a single curved material. By making fingerjoints and flattening these a geometry is able to approach a double curved surface.
 
  
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[[File:20160525 Group3 Prototype first iteration.jpg|425px]][[File:20160525 Group3 Prototype.jpg|424px]]
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=='''Team'''==
  
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<i>Prototype of transition from single curved elements to double curved surface.</i>
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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 23:59, 23 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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