Dome: Unterschied zwischen den Versionen
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Keine Bearbeitungszusammenfassung |
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For the new Aluminium Dome 2.0 go [[Dome 2.0|here]]. | |||
For the new PVC pipe dome go [[PVCdome|here]]. | |||
== MIDDLE - LEFT - RIGHT (what a nice mantra)== | == MIDDLE - LEFT - RIGHT (what a nice mantra)== | ||
| Zeile 11: | Zeile 15: | ||
[[Datei:dome_kuschelig.jpg|200px|thumb|right|Cosy]] | [[Datei:dome_kuschelig.jpg|200px|thumb|right|Cosy]] | ||
[[Datei:dome_down.jpg|200px|thumb|right|Deconstruction (~10 minute with 5 guys)]] | [[Datei:dome_down.jpg|200px|thumb|right|Deconstruction (~10 minute with 5 guys)]] | ||
[[Datei:d1.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d2.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d3.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d4.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d5.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d6.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d8.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d9.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d10.jpg|200px|thumb|right|CCCamp2015]] | |||
[[Datei:d11.jpg|200px|thumb|right|CCCamp2015]] | |||
== What?== | == What?== | ||
| Zeile 79: | Zeile 92: | ||
===Assembly=== | ===Assembly=== | ||
{{#ev:youtube|DLlv82gz1Pc}} | |||
Start with 5 pcs type A struts (orange) | Start with 5 pcs type A struts (orange) | ||
| Zeile 103: | Zeile 119: | ||
Take a corner of a triangle, consider that "middle" and connect first left and then right to it. | Take a corner of a triangle, consider that "middle" and connect first left and then right to it. | ||
==Specs== | |||
calculated by putting bar lengths into [http://www.domerama.com/calculators/4v-geodesic-dome-calculator/ this calculator]: | |||
{| border=1 cellspacing=2 | |||
|- | |||
! Property !! Value | |||
|- | |||
| spherical radius || 2.370m | |||
|- | |||
| spherical diameter || 4.740m | |||
|- | |||
| height || 2.370m | |||
|- | |||
| floor area || 17.355m | |||
|- | |||
| perimeter || 14.890m | |||
|- | |||
| Surface area || 27.88 m^2 | |||
|} | |||
==Notes== | ==Notes== | ||
| Zeile 144: | Zeile 178: | ||
===Links=== | ===Links=== | ||
[http://www.domerama.com/calculators/4v-geodesic-dome-calculator/ DOMERAMA online dome calculator] | [http://www.domerama.com/calculators/4v-geodesic-dome-calculator/ DOMERAMA online dome calculator] | ||
[http://www.acidome.ru/lab/calc/ extremely cool online dome calucluator] | |||
[http://stadtflucht.soup.io/ Many pix in soup] | [http://stadtflucht.soup.io/ Many pix in soup] | ||
[http://www.dometheory.com/domes-as-coordinate-systems/] | [http://www.dometheory.com/domes-as-coordinate-systems/ Theorie: Mapping Domes] | ||
[[PVCdome]] | |||
[[Kategorie:Howto]] | [[Kategorie:Howto]] | ||
[[Kategorie:Projekte]] | [[Kategorie:Projekte]] | ||
Aktuelle Version vom 22. Mai 2019, 07:16 Uhr
For the new Aluminium Dome 2.0 go here.
For the new PVC pipe dome go here.
MIDDLE - LEFT - RIGHT (what a nice mantra)
What?
A geodesic dome (V4 design) built from slatted frames (Lattenrostbretteln)
It was built during Stadtflucht 8 in the Summer of 2015 right before the CCCamp.
The total cost was below 200,- because only recycled slatted frames were used.
Construction took about 10 hours with estimated 10 people involved.
Preparation
Want to build your own? You need:
- 250 bars (get 270+ to have some spareparts) the inner parts of slatted frames for beds work great
- 91 M6 screws (length: 80 mm)
- 91 Wing nuts
- 182 Washers (the bigger the better)
- Spray paint (RED,GREEN,BLUE,ORANGE)
Cut them in 5 different lengths.
| Type | Color | Pcs. | Length |
| A | ORANGE | 30 | 60cm |
| B | RAINBOW | 90 | 70cm |
| D | GREEN | 70 | 74.2cm |
| E | BLUE | 30 | 77cm |
| F | RED | 30 | 70.8cm |
Drill a hole 2cm from the border in the middle of the struts ends.
Assembly
{{#ev:youtube|DLlv82gz1Pc}}
Start with 5 pcs type A struts (orange)
Connect them like this:
WASHER, SCREW, 5 BARS (A),WASHER,WING NUT, dont over tighten yet
You successfully put together the middle structure that will be on the center top of the dome.
Now from the end of these connect 5 type B struts. The magic formular is:
MIDDLE - LEFT - RIGHT
- MIDDLE (A) outermost layer
- LEFT (B) middle layer
- RIGHT(B) innermost layer
and thats how you go on according to the diagram above.
This is true for the whole assembly.
Take a corner of a triangle, consider that "middle" and connect first left and then right to it.
Specs
calculated by putting bar lengths into this calculator:
| Property | Value |
|---|---|
| spherical radius | 2.370m |
| spherical diameter | 4.740m |
| height | 2.370m |
| floor area | 17.355m |
| perimeter | 14.890m |
| Surface area | 27.88 m^2 |
Notes
There are 5 types of triangles:
| Type | Count | MEASUREMENTS (center connector -> center connector) | MEASUREMENNTS FOR CUTOUT TRIANGLES |
| AAB | 35 | 60x60x70 | 52x52x62 |
| BBB | 35 | 70x70x70 | 62x62x62 |
| BDF | 65 | 70 x 74.2 x 70.8 | 61 x 66 x 63 |
| DDE | 25 | 74.2 x 74.2 x 77 | 66 x 66 x 69 |
| EEE | 5 | 77 x 77 x 77 | 69 x 69 x 69 |
Links
DOMERAMA online dome calculator
