Mididome: Difference between revisions

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== Covering ==
== Covering ==
I have prototyped a theoretical covering for the above structure consisting of hexagons and pentagons of 18cm side length. There seems to be enough slack with this ~20% extra space to allow for the centre dimpling of each polygon. On large scale this covering will need tying down somehow - I'd recommend constructing tiedowns on the triangular face joints. This ought to allow sufficient strengthening, and is possible to tie on if the above construction method is used, by constructing the whole thing underneath the covering.
I have prototyped a theoretical covering for the above structure consisting of hexagons and pentagons of 18cm side length. There seems to be enough slack with this ~20% extra space to allow for the centre dimpling of each polygon. On large scale this covering will need tying down somehow - I'd recommend constructing tiedowns on the triangular face joints. This ought to allow sufficient strengthening, and is possible to tie on if the above construction method is used, by constructing the whole thing underneath the covering.
= Todo =
=== Construction of 4m prototype ===
Required materials:
* 30 x 'S' : 0.70m x 16mm PVC
* 40 x 'M' : 0.80m x 16mm PVC
* 50 x 'L' : 0.82m x 16mm PVC
We will need 24 4m x 16mm PVC pipes + 1 extra = 25 pipes.
Cut them as follows:
* 13 x SMLLL
* 9 x SMMML
* 1 x SSSLL
* 1 x SSSSS
* 25 x 6-way connectors
* 6 x 5-way connectors
* 15 x 4-way connectors
Total = 46 connectors. A connector consists of an inner ring and an outer ring.
The inner ring is a 40x20mm PVC ring.
The outer ring is a 75x35mm PVC ring.
* 46 * 20 = 0.8m tube to make the inner rings
* 46 * 35 = 1.61m tube to make the outer rings.
PVC shopping list
25 x 4m x 16mm pipe
1 x 1m x 40mm pipe
1 x 2m x 75mm pipe
Bag of zipties (300x)

Revision as of 09:28, 30 June 2015

Mididome
NoPicture.png
Participants
Skills Construction
Status Active
Niche Hardware
Purpose Infrastructure
Tool No
Location Keuken II
Cost
Tool category

Mididome Property "Tool Image" (as page type) with input value "File:" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process.

{{#if:No | [[Tool Owner::{{{ProjectParticipants}}} | }} {{#if:No | [[Tool Cost:: | }}


Construction of midi dome

Covering

I have prototyped a theoretical covering for the above structure consisting of hexagons and pentagons of 18cm side length. There seems to be enough slack with this ~20% extra space to allow for the centre dimpling of each polygon. On large scale this covering will need tying down somehow - I'd recommend constructing tiedowns on the triangular face joints. This ought to allow sufficient strengthening, and is possible to tie on if the above construction method is used, by constructing the whole thing underneath the covering.


Todo

Construction of 4m prototype

Required materials:

  • 30 x 'S' : 0.70m x 16mm PVC
  • 40 x 'M' : 0.80m x 16mm PVC
  • 50 x 'L' : 0.82m x 16mm PVC

We will need 24 4m x 16mm PVC pipes + 1 extra = 25 pipes. Cut them as follows:

  • 13 x SMLLL
  • 9 x SMMML
  • 1 x SSSLL
  • 1 x SSSSS


  • 25 x 6-way connectors
  • 6 x 5-way connectors
  • 15 x 4-way connectors

Total = 46 connectors. A connector consists of an inner ring and an outer ring. The inner ring is a 40x20mm PVC ring. The outer ring is a 75x35mm PVC ring.


  • 46 * 20 = 0.8m tube to make the inner rings
  • 46 * 35 = 1.61m tube to make the outer rings.
PVC shopping list
25 x 4m x 16mm pipe
1 x 1m x 40mm pipe
1 x 2m x 75mm pipe

Bag of zipties (300x)