sustainable architecture
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sustainable architecture
design strategies + innovative technologies that promote a sustainable built environment
Curated by Lauren Moss
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Scooped by Lauren Moss!

Unique Solar Protection + A Dynamic Facade in Australia

Unique Solar Protection + A Dynamic Facade in Australia | sustainable architecture |

 In Bunbury, down the coast from Perth in Australia, the architects at Gresley Abas seized the mission of modernizing a homeless shelter as an opportunity to clad the original building in a colourful and dynamic facade – using metal screens. On completion of the building work, Yanget House now houses 37 apartments as well as stores and offices on the first and second floors which generate rental income that goes toward financing the project.
Colt perforated panels provide solar protection on the east side.

Artist Rick Verney specially designed a 3D relief of projecting, angular elements that seem both transparent and sculptural thanks to the characteristic perforation pattern. The “shadow metal” consists of powder-coated anodized aluminum – the perforation pattern on the screens is not just a key design element, but also ensures light transmission and the passage of energy. The customized design thus spawned both sun shading and an unusually textured dynamic façade that is as good as unmistakable.

UIWGroup's curator insight, July 11, 2014 8:47 AM

See we know how

Emanuele Naboni's curator insight, July 19, 2014 2:22 PM

3D Solar shading 

Scooped by Lauren Moss!

Climate Responsive Pavilion Uses Laminated Metal to “Bloom” in the Sun

Climate Responsive Pavilion Uses Laminated Metal to “Bloom” in the Sun | sustainable architecture |

Architecture has long been valued for its static nature and sense of permanence. Increasingly, however, architects are working to make buildings more responsive to users and to the climate.

Often this is accomplished through mechanical means, but architect Doris Kim Sung, of LA-based DOSU studio architecture, looks building materials themselves can be responsive, integrating changeability into the structure itself.

The dramatic shell-like form of her recent pavilion, Bloom, suggests, an interest in cutting-edge digital design. While this is also the case, Bloom’s true innovation happens more slowly, through the bending of 14,000 metal tiles according to heat levels generated by the sun. With an aluminum frame supporting the panels, the design is a monocoque structure with a load-bearing skin.

For Sung, Bloom is just the beginning of what responsive architecture could be. Harnessing digital technology, advanced fabrication, and new materials point to dynamic new possibilities for the discipline.

Lauren Moss's insight:

A very interesting exploration of material and technology, in the architectural context of a unique and innovative pavilion installation.

The implications of new, climate-responsive building materials are vast, and it should be fascinating to see what the future holds for their applications in the built environment...

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