Make an inexpensive garden yurt Geodesic calculators Geodesic assembly diagrams The Eden Project Tarps and canvas for geodesic domes Learn to make struts for geodesic domes Learn about the Burning Man festival Make a geodesic dome for almost no money Geodesic straw dome
The world's biggest domes Geodesic hub connectors Randomes Edible yurt project Make geodesic models out of straws Geodesic dome projection Cover templates for 5/9 geodesic domes Aluminet dome covers Tyvek for geodesic dome covers
Make geodesic models out of paper Pospicle sticks yurt model Trapezium calculator Geodesic software Geodesic basics Geodesic home plans Earthbag buildings Sketchup geodesic models Bamboo domes and structures


 

One of the unique characteristics of a geodesic dome is how the larger it gets,  the more proportionally stronger it becomes. That does not mean you can simply take any design, make it bigger and expect the structure will be stronger. This is why the key words here are “proportionally stronger“.

When building larger domes, the dead weight (the weight of the structure itself) increases, and the length and strength of the struts have less structural integrity (more likely to bend, less ability to support weight). One solution to address these issues is to use lighter, stronger materials. Another option is to increase the frequency of the geodesic dome (more struts per area).

 

Be Sociable, Share!
   
We specifically disclaim any warranty, either expressed or implied, concerning the information on these pages. No one associated with this site will have liability for loss, damage, or injury, resulting from the use of any information found on this or any other page at this site.
© 2012 Domerama Suffusion theme by Sayontan Sinha