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Taking nature's cycle of growth and decay as inspiration, I plan to design multiple shelters and dwellings that decay over time. Using a combination of biodegradable and sustainable materials these dwellings will completely biodegrade to soil while still providing basic housing for some time. | Taking nature's cycle of growth and decay as inspiration, I plan to design multiple shelters and dwellings that decay over time. Using a combination of biodegradable and sustainable materials these dwellings will completely biodegrade to soil while still providing basic housing for some time. | ||
==Prototypes== | ==Prototypes== | ||
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[[File:Kuppel-Rhino.jpg|thumb|right|Flattened element]] | [[File:Kuppel-Rhino.jpg|thumb|right|Flattened element]] | ||
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====Fifth prototype==== | |||
[[File:2V geodesic dome model.jpg|thumb|right|CAD model of the 2V geodesic dome]] | |||
The fifth prototype is a 2V geodesic icosahedron dome. | |||
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[[File:2V geodesic cardboard dome.jpg|thumb|right|Assembled model]] | |||
The assembled first prototype. | |||
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===Cardboard arched structure=== | ===Cardboard arched structure=== | ||
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====Second prototype==== | ====Second prototype==== | ||
[[File:Regular-polygonal-spaceframe.jpg|thumb|right| | [[File:Regular-polygonal-spaceframe.jpg|thumb|right|Regular polygonal spaceframe]] | ||
[[File:Polygon-connector.jpg|thumb|right|Connector]] | [[File:Polygon-connector.jpg|thumb|right|Connector]] | ||
Regular polygonal structure. While not as interesting as Prototype 1, the regular polygonal spaceframe is easier to fabricate because all connectors are equal. | Regular polygonal structure. While not as interesting as Prototype 1, the regular polygonal spaceframe is easier to fabricate because all connectors are equal. | ||
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[[File:Hexagonal-structure.jpg|thumb|right|Hexagonal structure]] | |||
Using the right angles for the connector a wide array of shapes like the Archimedean solids and many others can be built. | |||
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The requirements for a semi permanent frames are environmentally friendly materials and structures that can be assembled and disassembled easily while not weighting too much. | The requirements for a semi permanent frames are environmentally friendly materials and structures that can be assembled and disassembled easily while not weighting too much. | ||
==Links== | |||
* [http://domekit.cc domekit] (have 3D-printed connectors) | |||
* [[wikipedia:Buckminster Fuller]] | |||
* [[wikipedia:Geodesic dome]] | |||
* http://www.bfi.org/about-bucky/buckys-big-ideas/geodesic-domes | |||
* http://www.youtube.com/watch?v=jN3FMx1TYt8 | |||
* http://www.youtube.com/watch?v=osnv4IFZW5o | |||
[[Category:Matthias Breuer]] | [[Category:Matthias Breuer]] | ||
[[Category:Dokumentation]] | [[Category:Dokumentation]] |
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