"Textscape" by interdisciplinary artist and University of Hawaii at Manoa educator Hongtao Zhou is a visually engaging work of 3D text documents that nods to one of the Four Great Inventions of Ancient China: printing. The letter-sized documents examine how the role of printing has shifted from...
These sorts of structural deformations are not new — researchers have already demonstrated “memory” and “smart material” properties. One of the most popular technologies is known as shape memory alloy, where a change of temperature triggers a shape change. Other successful approaches use electroactive polymers, pressurised fluids or gasses, chemical stimulus and even in response to light. — kurzweilai.net
One of my heroes for this kind of thinking is Denise Scott-Brown. Her application of historical, ethnographic and sociological thinking to urban design and architecture is still incredibly radical, but has been completely overwhelmed by Venturi’s obsession with signs and language. — Failed Architecture
"Automated design processes, critique on the profession’s culture, DIY-design and wider trends put pressure on the social and public relevance of the architect. On the other hand, architects are crossing boundaries, taking up new roles and experimenting with other approaches, while other...
Zaha Hadid: Code is the programming arm of the renowned Zaha Hadid Architecture, a firm known for it's sleek, futuristic designs. During the ACADIA workshop, the designers chose to focus on the task of developing unique, computationally derived models to 3D print within the tight three day timeframe of the workshop. For architecture firms like Zaha Hadid, these workshops serve as playgrounds and testbeds for technologies. — formlabs.com
Sunday, October 12:A classic American look, feng shui notwithstanding: Investigating the impact of wealthy Chinese immigrants on suburban Seattle's real estate boom.Saturday, October 11:Indiana Ponders Abolishing Licensing for Architects: Part of a state-wide reconsideration of more than "...
The aptly named Quake Column is a knurled pillar of 3-D printed concrete that combines an ancient Incan masonry technique with state-of-the-art manufacturing tools to create a structure that can withstand seismic shocks without mortar or rebar. [...]
It’s an interesting proof of concept, but utilizing a 3-D printer, rather than traditional ceramic manufacturing technique also unlocked a host of other advantages. — wired.com
Architects and builders all over the world seem to be participating in a fictional rat race to build the very first 3D-printed house. In the past five years we’ve seen quite some drawings and models of 3D-printed architecture, but only few architects have the printers running until now. In this article we’ll compare five of the most prominent 3D-printing initiatives in the world to find out what 3D-printed architecture has in store for the coming years. — popupcity.net
In partnership with 3D Systems, Arup used 3-D printers capable of fusing powdered steel to replace the clunky, welded assemblage of plates that made up the original design. The result is a streamlined part: 15-percent lighter than its conventionally fabricated forebear and 1,000 times cooler-looking. — wired.com
A team of researchers from Institute for Advanced Architecture of Catalonia are working on another solution: A swarm of tiny robots that could cover the construction site of the future, quickly and cheaply building greener buildings of any size. [...]
"The robots can work simultaneously while performing different tasks, and having a fixed size they can create objects of virtually any scale, as far as material properties permit” — fastcoexist.com
A fully automated mobile platform for 3D printing capable of producing objects of limitless scale does not currently exist.
In the hope of remedying this situation, Gensler’s Los Angeles office initiated Mobile 3D Printing, a Gensler research project born from an observation of present-day 3D printing technology and its limitations. — gensleron.com
Super-starchitect Lord Norman Foster and his friends at the European Space Agency stunned the world last year with a plan to build a lunar base by 3D-printing it with moon dust. But what happens when you try something like that on Earth? How is 3D printing changing the way we build cities?
I got the chance to ask Foster just that question at the Center for Architecture in New York City last night. — gizmodo.com
Some writers and people who talk about 3D printing get over-enthused. Most of the stuff they talk about will happen someday—eventually. But there’s the here-and-now and the near-term future, where a lot of that stuff is definitely hype and won’t happen. I’m very steeped into what can happen in the relatively near term. So I just tend not to pay too much attention when the hype gets too obscure. — qz.com
...the little structures will remind you of every last thing: foreclosed houses...the Olympic stadium in Beijing...the Colosseum, the crumbling ruins next door to the Colosseum. Each building maps a path through Tihanyi's mind, and yours. You visit every teeny room...climb every ladder...Then you return to your big self, looking down on layers of sheen and pale color emanating from the surfaces, as if layers of translucent skin have been laid on top of flesh. How could you not love these? — Jen Graves writing for The Stranger
Art critic Jen Graves (a finalist for the Pulitzer Prize ultimately won by Inga Saffron) reviews the tiny building-like constructions made by artist Timea Tihanyis. But while architecture aficionados will find these little structures initially reminiscent of 3D printed models, their laborious...
Chinese companies have been known to build major real-estate projects very quickly. Now, one company is taking it to a new extreme.
Suzhou-based construction-materials firm Winsun New Materials says it has built 10 200-square-meter homes using a gigantic 3-D printer that it spent 20 million yuan ($3.2 million) and 12 years developing. — blogs.wsj.com
The size of the [3-D printing] market ... is expected to grow to $3.8 billion this year and soar to $16.2 billion globally by 2018. [...]
"This is a market with enormous growth potential now that the main barriers to up-take are being addressed," Shepherd said. "As it matures, there is clear and substantial potential across numerous sectors, such as engineering and architecture, aerospace and defense, and medical ... for 3-D printing to have a dramatic impact within five years." — The Los Angeles Times
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