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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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The arch is structurally easier to construct than the dome and can be used as starting point for more elaborate structures or on its own. Compared to the dome the segments of the arch are experiencing less stress than the bent segments of the dome. | The arch is structurally easier to construct than the dome and can be used as starting point for more elaborate structures or on its own. Compared to the dome the segments of the arch are experiencing less stress than the bent segments of the dome. | ||
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===Space structures=== | |||
For an in-depths explanations of space structures see [http://www3.surrey.ac.uk/eng/research/ems/ssrc/intro.htm this site]. | |||
====First prototype==== | |||
[[File:Space-frame-1.jpg|thumb|right|View 1]] | |||
[[File:Space-frame-2.jpg|thumb|right|View 2]] | |||
Irregular polygonal structure. One 4-sided polygon and 5-sides polygons. | |||
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====Second prototype==== | |||
[[File:Regular-polygonal-spaceframe.jpg|thumb|right|Regular polygonal spaceframe]] | |||
[[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. | |||
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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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==Semi permanent frame structures== | ==Semi permanent frame structures== | ||
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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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