Difference between revisions of "project04:Frontpage"

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[[File:WoodStock cover.jpg | 850px]]
 
[[File:WoodStock cover.jpg | 850px]]
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<div style="height:30px; width: 850px; margin:0px; padding: 0px; padding-top: 20px; border: 0px;">
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<div style="float:center; font-size: 20.5px; width: 850px; height 30px; margin-right:10px;" align="center">'''Simply stocking wood in the things we love'''</div>
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:Frontpage|'''WoodStock''']]</div>
 
<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:Frontpage|'''WoodStock''']]</div>
  
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:P1|'''P1 ''']]</div>
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:P1|'''Research ''']]</div>
  
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:P2|'''P2 ''']]</div>
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:P2|'''Exploration ''']]</div>
  
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:P3|'''P3 ''']]</div>
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:P3|'''Design ''']]</div>
  
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:P4|'''P4 ''']]</div>
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:P4|'''Presentation ''']]</div>
  
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:diverse|'''diverse ''']]</div>
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<div style="float:left; width: 120px; height 30px; border: 1px solid #aaa; margin-right:10px;" align="center">[[project04:comments|'''p3''']]</div>
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<br>
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<div style="float:center; font-size: 18px; width: 850px; height 30px; margin-right:10px;" align="center">'''Theme Robotic Building'''</div>
 
</div>
 
</div>
  
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<br>
  
 
'''Description'''
 
'''Description'''
 
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<br>The Green Village Campus in Delft will acquire 6500-7000m2 of SMART student housing. The area explores how buildings can become smarter and greener to facilitate a better living. Therefor the dwellings needs to be build out of responsible materials to reduce environmental impact, be designed in a way it can take advantage of its context to reduce energy and still have that spatial quality to endure a long lifespan.<br>
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Hyperbody has set an exercise for students who are graduation on the designstudio. For this exercise the student needs to develop a proposal for 6500-7000 sq. m. of student housing on the Green Village in Delft, which must comply on the following four demands. First, the building needs to be able to control its climate according to environmental conditions. Second, the CO2 of both the construction and the consumption of the building should be sufficiently reduced to its emissions. Third, generators of renewable energy should be integrated in the architecture to provide the building of power. And fourth, the integration of computational tools in both the design and fabrication of the building. <br>
  
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<br>For dwellings there are a lot of potentials in renewable materials like wood. Especially local wood. This can be produced infinitely and it’s relatively low in energy in terms of transport and manufacturing. Despite the fact that using local wood is less damaging to the environment then a lot of alternative materials, it’s still part of deforestation. Even today we still use wood very inefficiently by skipping to many potential life cycles of the material. It would be ideal if wood can cascade through its lifetime. From a log to lumber to sheet to pulp. In that way we can reduce tree felling because there is more wood in stock. Meaning for the design to only cut down trees for the application of roundwood. For any other application of wood it would be ideal to retrieve wood from a previous and already used cycle.<br>
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The site offers enough space for the building to use advantage of external weather condition like the wind and sun. These conditions could arrange a part of the climate within the building. This passive design strategy prevents additional energy consumption of an active system. Using computational tools I can optimise the shape of the building towards a desired passive climate solution. <br>
  
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<br>Wood can be used optimum by understanding the beneficial properties of the different types of wood but also their constructive property of how the wood is going to be applied. The grain and the fiber directions are important in how wood can be used and could behave. This can result in a certain typology of architecture. Not only constructive, but also about how wood can be used for comfortable climate conditions inside the dwellings.<br>
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To reduce further CO2 emission, the building needs to be efficient. Meaning two things. First, optimise the fabrication and assembly process to a minimum amount of energy. And second, extend the lifespan of the material by understanding the material properties and designing the product for possible future reuse. Within the studio of Hyperbody I choose the theme “Robotic Building” to develop the building components that fits the requirements of precision and mass customisation. CNC technology can offer the solution. <br>
  
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<br>The typology of the dwellings wil be digital-driven mass-customisation to reach quality in the spatial experience of the user. Creative form-finding strategies using multi-agent systems and swarm computing will be used according to climate adaption and surrounding qualities on the site. By doing that each dwelling could reach it most potential orientation related to his neighbours. I’m aiming for a balances formation of density and quality.<br>
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Because I aim for a longterm preservation of the building, I have to take in account that the program of the building can change in the future from student housing to something else. To adopt to this possible change I need to design the spatial layout flexible. This will include the student housing itself but also the infrastructure of the facilities such as electricity, water and drain inside the building. This possible change, the maintenance of the building and possible obsolescences of building components will require a subtile distinction from the main structure of the building to preserve the building as long as possible. <br>
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<br>The space within the individual dwelling will be reconfigurable to use the most out of the space. With the benefits of the material property i’m aiming for low tech solution to control perhaps sunshades, light conditions and more. Parametric design can lead to mass-customisation of elements manufactured with cnc technology to form a complete and unique module.<br>
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<iframe src="https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d2456.550881325317!2d4.376611172614563!3d51.996839062723986!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x0%3A0x0!2zNTHCsDU5JzQ3LjkiTiA0wrAyMic0Mi43IkU!5e0!3m2!1snl!2snl!4v1473160000747" width="850" height="450" frameborder="0" style="border:0" allowfullscreen></iframe>
 
<iframe src="https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d2456.550881325317!2d4.376611172614563!3d51.996839062723986!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x0%3A0x0!2zNTHCsDU5JzQ3LjkiTiA0wrAyMic0Mi43IkU!5e0!3m2!1snl!2snl!4v1473160000747" width="850" height="450" frameborder="0" style="border:0" allowfullscreen></iframe>
 
</html>
 
</html>
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'''Plan of Approach'''
 
'''Plan of Approach'''
 
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<br>Research about up-cycling wood<br>
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Research
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<br>Research local types of wood and their properties<br>
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<br>Form Finding Methods<br>
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SUSTAINABLE<br>
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CARBON CYCLE<br>
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CONCLUSION<br>
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FORESTRY<br>
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LOCAL WOOD<br>
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TROPICAL WOOD<br>
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ACCOYA WOOD<br>
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RECLAMED WOOD<br>
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BAMBOO<br>
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CONCLUSION<br>
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PROPERTIES<br>
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WOOD WORKS<br>
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SPECIES<br>
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DRIED LUMBER<br>
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TREATMENT<br>
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BURNED<br>
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PETRIFIED<br>
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TRADITIONAL<br>
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LAMITNATED<br>
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BENDED<br>
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CNC<br>
  
  
 
'''Inspiration'''
 
'''Inspiration'''
 
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[[File:Tomek michalski cabin in the forest 7.jpg | 850px]]
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For Green village: https://nl.pinterest.com/maxibrice/green-village/
 
For Green village: https://nl.pinterest.com/maxibrice/green-village/
 
For Wood: https://nl.pinterest.com/maxibrice/wood/
 
For Wood: https://nl.pinterest.com/maxibrice/wood/
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Natuurlijk bouwen met hout : 33 boomsoorten die zich thuisvoelen in Nederland
 
Natuurlijk bouwen met hout : 33 boomsoorten die zich thuisvoelen in Nederland
 
by P. J. Fraanje, Henk. Pel
 
by P. J. Fraanje, Henk. Pel
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Emergent timber technologies : materials, structures, engineering, projects
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by Simone Jeska, Khaled Saleh Pascha, Rainer Hascher
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Wood composites
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by Martin P. Ansell

Latest revision as of 10:38, 16 March 2017


Maxime Brice Selling

WoodStock cover.jpg


Simply stocking wood in the things we love


WoodStock


Theme Robotic Building


Description

Hyperbody has set an exercise for students who are graduation on the designstudio. For this exercise the student needs to develop a proposal for 6500-7000 sq. m. of student housing on the Green Village in Delft, which must comply on the following four demands. First, the building needs to be able to control its climate according to environmental conditions. Second, the CO2 of both the construction and the consumption of the building should be sufficiently reduced to its emissions. Third, generators of renewable energy should be integrated in the architecture to provide the building of power. And fourth, the integration of computational tools in both the design and fabrication of the building.

The site offers enough space for the building to use advantage of external weather condition like the wind and sun. These conditions could arrange a part of the climate within the building. This passive design strategy prevents additional energy consumption of an active system. Using computational tools I can optimise the shape of the building towards a desired passive climate solution.

To reduce further CO2 emission, the building needs to be efficient. Meaning two things. First, optimise the fabrication and assembly process to a minimum amount of energy. And second, extend the lifespan of the material by understanding the material properties and designing the product for possible future reuse. Within the studio of Hyperbody I choose the theme “Robotic Building” to develop the building components that fits the requirements of precision and mass customisation. CNC technology can offer the solution.

Because I aim for a longterm preservation of the building, I have to take in account that the program of the building can change in the future from student housing to something else. To adopt to this possible change I need to design the spatial layout flexible. This will include the student housing itself but also the infrastructure of the facilities such as electricity, water and drain inside the building. This possible change, the maintenance of the building and possible obsolescences of building components will require a subtile distinction from the main structure of the building to preserve the building as long as possible.


Location

Greenvillage


Plan of Approach

Research

SUSTAINABLE
CARBON CYCLE
CONCLUSION
FORESTRY
LOCAL WOOD
TROPICAL WOOD
ACCOYA WOOD
RECLAMED WOOD
BAMBOO
CONCLUSION
PROPERTIES
WOOD WORKS
SPECIES
DRIED LUMBER
TREATMENT
BURNED
PETRIFIED
TRADITIONAL
LAMITNATED
BENDED
CNC


Inspiration

Tomek michalski cabin in the forest 7.jpg

For Green village: https://nl.pinterest.com/maxibrice/green-village/ For Wood: https://nl.pinterest.com/maxibrice/wood/


Literature

Verantwoord gebruik van hout in Nederland by P.J. Fraanje, M.C.C. Lafleur

Natuurlijk bouwen met hout : 33 boomsoorten die zich thuisvoelen in Nederland by P. J. Fraanje, Henk. Pel

Emergent timber technologies : materials, structures, engineering, projects by Simone Jeska, Khaled Saleh Pascha, Rainer Hascher

Wood composites by Martin P. Ansell

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