Gossamer Systems

[Image: Via A456].

I'm intrigued by the architectural possibilities of "gossamer systems," a term referring to the design of ultra-lightweight—or perhaps ultra-thin is more accurate—systems for spacecraft design.

According to a recent online course description from the American Institute of Aeronautics and Astronautics, "an evolving trend in spacecraft is to exploit very small (micro- and nano-sats) or very large (solar sails, antenna, etc.) configurations. In either case, success will depend greatly on [the use] of ultra-lightweight technology, i.e., 'gossamer systems technology.' Areal densities of less than 1 kg/m2 (perhaps even down to 1 g/m2!) will need to be achieved."

[Image: Via A456].

That exclamation point, present in the original text, is well-justified: structures that weigh one gram per square-meter! While obvious comparisons can be made here with super-light spaceframes and other widely familiar engineering achievements of the past few decades, pushing terrestrial structures toward this seemingly impossible vanishing point—buildings so thin and ethereal, they are, in a sense, no longer even physically present—would be a fascinating challenge for a structures class somewhere.

In fact, let's just make it an actual design challenge, architecture's equivalent of the X Prize: combining origami, aerodynamism, spacecraft physics, materials science, athletic equipment, and more, design and fabricate a building the size of Manhattan that weighs less than one pound. Go!

(Gossamer Systems link spotted by Alice Gorman).

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Anonymous Duarte Lobo Antunes said...

I'm always fascinated to see grainy black-and-white pictures of the most crisp, high tech structures. I can't decide which is out of place, the suited and hatted gentlemen or this lightweight hut.

October 09, 2012 6:47 AM  
Anonymous Anonymous said...

Interesting thought. But as anyone who has mucked about with extruded plastic insulation will tell you, light and large is a bad combo. Especially on a windy day.

October 14, 2012 11:34 AM  

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