Dec 182012
 

One week until Christmas, and this time it looks as if winter is back (ugh!).

As most of you know, geodesic people possess a strong sense of humor.  We are also all millionaires, date super models and own at least 2 yachts and a corporate jet… Yet only half of us (47% to be exact) own homes built with gold bricks. But we also like to take the time to draw, and the holidays are the perfect time.

Next year, Domerama.com Labs should have perfected the geodesic snow ball prototype, engineered to only target math teachers, physicists and engineers!

domerama_sg geodesic_snowman_2

 

 

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Dec 162012
 

Since creating Domerama, I never did take much time trying to estimate the popularity of geodesic domes: to me it was obvious, plus Domerama was a personal project. But to be objective I visited Goggle Trends, a search engine of sorts which looks back a few years and forecasts the future trend for interest in a particular topic.

Various search terms were used because as we all have witnessed, changing one keyword can change search results significantly. The terms we used were:

  • Geodesic
  • Geodesic domes
  • Geodesic calculator
  • Domes
  • Dome Guys (dome manufacturer)
  • Pacific Domes (dome manufacturer)

The graphs below show interest from 2004 until December 2012

geodesic_search_trends_comparison

The trend for interest in geodesic topics is on a downward trajectory except for a visible increase in geodesic calculators (see graphs below for detailed information).

Observations

My first observation was how geodesics in general were losing interest on the web, as the graph for the sole keyword “geodesic” displays. A similar drop can be also be seen for the term “geodesic domes”.

Second, there was a large upswing for “geodesic calculator”, which is contrary to the first observation. Without any scientific method, it seems the actual science of geodesics is less discussed, yet interest in building geodesic domes is on the rise. Though it grows more popular, it remains well below the interest in the term “geodesic”.

Third, I was interested in how 2 major dome manufacturers were faring, and the result is fairly similar for both: interest is flat, even waning. This seemed strange as they both offer colorful and interesting content.

Finally, I wanted to see the areas where most interest originated, and aside from North America, the U.K. is the hotspot in Europe, then Australia, China and the Philippines.

 

So what can be derived from this?

It seems the geodesic science is not as popular in discussion as building your own geodesic dome. It is true that geodesics had its golden days go by and many of the visionaries have passed with fewer to carry on the work with similar passion.

On the other hand the average person has been increasingly interested in building their own home, greenhouse or storage structures. Possible influences, when looking at the graph for the “geodesic calculator” search term, is how the housing market crash, increased desire for greener living and living off the grid combined to breathe new life for geodesic domes aimed at regular folks. However you look at these graphs, there are interesting conclusions!

 

 

geodesic_search_trends_geodesic

 

 

 

geodesic_search_trends_geodesic_domes

 

 

 

geodesic_search_trends_geodesic_calculator

 

 

 

geodesic_search_trends_pacificdomes

 

 

 

geodesic_search_trends_domeguys

 

 

 

 

geodesic_search_trends_interest

 

 

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Dec 122012
 

Often we look at a geodesic dome and wonder what frequency it is, or what layout it is. Frequency is how we identify the physical configuration of a geodesic structure. In other words, the frequency tells us how many struts are used; the higher the geodesic frequency, the more struts are used.

identify_frquency_strutsOn any geodesic dome, find a pentagon (the shape made of 5 struts, identified in yellow in the image above). From the center of this pentagon, find the next  pentagon and add up the number of segments (or struts) between the two. In the image above there are 6 struts between each pentagon centers. This makes this geodesic dome a 6v.

The frequency is the best indicator of how many struts are used, but there is an important note to make: we often think a dome is always 1/2 of a sphere, but this is not true. For example, an odd frequency (i.e. 1v, 3v, 5v, etc…) never has a row of struts exactly at the center of a sphere; ,even frequencies (i.e. 2v, 4v, 6v, etc…) can be “cut” or truncated at the half-way mark.

 

 

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Dec 102012
 

phtod_dome_&_cover_assembly_02

The video below shows all the basic steps in making struts for a geodesic dome. This is the story of UBC (University of British Columbia) friends getting together to make their geodesic dome for Shambhala, the world’s premiere electronic music festival.

A big thank you to Chris Anderson, the person behind Photodiarist.com and a humanitarian logistician  who let us re-print his article.

You can read the entire article by clicking here.

Geodesic Dome construction steps

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Dec 102012
 

You read correctly.

In the world of event structures, inflatables always make a splash, and one company caught our attention; first because they offer climbing inflatables, yes, your own climbing wall and one model is a beer can! Secondly, they create inflatable characters of any dimensions. Then we started looking at their other products and it was impressive to see how many things you can inflate.

Zepelin is geared to service corporate needs for promotional items that stand out. For us, it’s a chance to display colorful and alternative structures.

And last but not least, they also offer geodesic event domes and covers.

This man fits easily into the doggie bag

If you climb it, you can drink it!

Gorgeous geodesic dome

Inflatable hangar

John Deer probably used their leaf blower to inflate this one

Inflatable tent for any event

If life was perfect…

Inflatable archways

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