Difference between revisions of "Materials"

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(Structure)
 
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== Structure ==
 
== Structure ==
 
* [[Ferrocement]]
 
* [[Ferrocement]]
* [[Fiberglass cement]]
+
* [[Reinforced concrete]] (comparing metal versus fiber reinforcement)
 
* [[Ductal]]
 
* [[Ductal]]
 
* [[Aluminium]]
 
* [[Aluminium]]
 
* [[Steel]]
 
* [[Steel]]
I [[Geopolymer]]
+
* [[Geopolymer]]
 +
* [[Composites]]
 +
* [[Polymers]]
 +
* [[Basalt]]
 +
* [[Plasticrete]]
  
 
== Buoyancy ==
 
== Buoyancy ==
 
* [[Recycled Plastic Bottles]]
 
* [[Recycled Plastic Bottles]]
 
* [[Foam]]
 
* [[Foam]]
 +
* [[Water]]
 +
* [[Ice]]
 +
* [http://en.wikipedia.org/wiki/SEAgel SEAgel]
  
 
== Ballast ==
 
== Ballast ==
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* Concrete
 
* Concrete
 
* Earth
 
* Earth
 +
* Sand
 +
* Water
  
Scrap iron or lead would make the best ballasts from a physical standpoint, but are expensive.  Concrete and earth are much cheaper.  The trade off is that you need a much greater volume of material to get the same amount of ballast.
+
Scrap iron or lead would make the best ballasts from a density  standpoint, but are expensive.  Concrete and earth are much cheaper.  The trade off is that you need a much greater volume of material to get the same amount of ballast.
  
 
== Flooring ==
 
== Flooring ==
 
* [http://www.bellcomb.com/applications/flooring.asp 20kg/m2 flooring]
 
* [http://www.bellcomb.com/applications/flooring.asp 20kg/m2 flooring]
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{{Structure Designs}}

Latest revision as of 04:51, 9 January 2021

Structure

Buoyancy

Ballast

Scrap iron or lead would make the best ballasts from a density standpoint, but are expensive. Concrete and earth are much cheaper. The trade off is that you need a much greater volume of material to get the same amount of ballast.

Flooring


Structure Designs
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Materials
Materials · Thin Shell Ferrocement · Concrete · Geopolymer · Basalt
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Stability & Propulsion
Stability · Propulsion · Station Keeping · Gyroscopes · Stabilizers · Pneumatically Stabilized Platforms · Connections