generative bronze:
a bridge study

using Autodesk Fusion 360 Generative Design

Most bridges are built to be functional -- simple structures made by civil engineers that enable people to defy gravity and cross valleys and waterways. What will bridges look like on planets with low gravity?

Generative Bronze instigates this question. Fashioned after pedestrian moon bridges, the moon may be one of the only places that one could actually walk across Generative Bronze, with its impractically high-rising arch. 

 
 
 

About Generative Bronze

 

Moon bridges originated as a way of enabling people to cross rivers and canals while simultaneously allowing ships to pass beneath. Generative Bronze flouts this use case with generatively-designed asymmetric tendrils that almost seem to drip, fluid-like, from the bridge’s deck.

In creating Generative Bronze using generative topological optimization techniques, I sought to investigate answers to the question that compelled me to explore parametric design more broadly: what if art and architecture were the product of natural evolutionary processes? Generative Bronze is one possible outcome, and paradoxically, the final result looks more extraterrestrial than earthly. Indeed, knowing that humans would never use such a bridge to walk from point A to point B, Generative Bronze challenges viewers to imagine otherworldly scenarios in which they would.

I was drawn to copper alloys above other metals because it ages so visibly as a natural consequence of oxidation. The appearance of Generative Bronze, conceived using a technology that mimics evolution, will thus continue to evolve in response to natural stimuli. 

Generative Copper was designed in Fusion 360 using the Generative Design module and rendered in Fusion 360 Cloud. Generative Bronze was poured  in August 2020. 


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