One million brilliant white tiles clad the 65m-tall precast concrete roof [...] glazed ceramic tiles need to be hand-checked, or tapped, every five years by specialist engineers, who abseil down the roof “sails” looking for changes in their sound or appearance. Now, thanks to the combined efforts of the opera house, the Getty Foundation, the University of Sydney and the engineering and design group Arup, this expensive, vertigo- inducing process is a step closer to becoming a thing of the past. — theartnewspaper.com
Harnessing the collective intelligence of plant behaviour, the reEarth project explores new forms of bio-cooperative interaction between people and nature, within the built environment.
Echoing the architecture of Buckminster Fuller, the geodesic sphere, is both exoskeleton and ecological iconography. Its core of twelve garden modules, each carrying native British species on outwardly-extending linear actuators allow the structure to become mobile by shifting its centre-of-gravity. — interactivearchitecture.org
Robots will take over the courtyard of London’s V&A Museum this summer to build a pavilion inspired by flying beetles.
The installation – designed by architect Achim Menges – features an undulating canopy of tightly woven carbon fibre cells, drawing on the shells of insects called elytra. Visitors will also be able to watch the robots in action over the course of the summer as they continue to add new sections to the evolving ‘Elytra Filament Pavilion’. — the Spaces
For more robo-news, check out these links:The dawn of construction worker robots?3D printing will recreate destroyed Palmyra archMIT presents 3D printer that can print 10 materials simultaneously without breaking the bankAnother study warns that 3D-printers pose potential health risks for usersNew...
"Robots hate litter," reads a health and safety sign. "Please don't give them any more reasons to overthrow mankind." It's also fair to say that naming your robots makes the whole process of constructing cars vaguely ridiculous. "Wolverine and Iceman lift the cars to tramline two," our tour guide informs us with the zeal of a true believer, adding, as he did after virtually every sentence, that this is 'kind of amazing'. — wired.co.uk
MX3D, a research and development startup company, will use robots to 3D print a pedestrian bridge across one of Amsterdam’s canals. The versatile six-axis robotic arms will ‘draw’ steel structures in 3D, starting from one side of the canal and building across until it reaches the other end. The robot will also print its own support, which allows it to work autonomously. The location of the bridge will be announced soon and construction is set to commence in 2017. — iflscience.com
More on Archinect:New Googleplex will be built by robotsLiquid metal discovery paves way for shape-shifting robotsRobot gives a helping hand as Taubman College breaks ground on new school additionSelf-Folding Robot Based on OrigamiGensler LA wants to use drones to alleviate the scale limits of 3D...
City Hall. It's traditionally the place where technology gets stuffed into a drawer and forgotten. But as budgets recover from the Great Recession and smartphone-toting citizens prod municipal officials, cities are now more Boston Dynamics than Boss Tweed. Soon the pols will be promising sensor-driven pots that cook the chicken for you, just the way you like it. — wired.com
Are you in a hurry to catch your flight and still need to find a parking place? Meet Ray, a shiny robot that parks your car at Düsseldorf Airport in Germany.
Ray makes sure you don’t have to park miles away from the terminal, eliminating the hassle of finding a parking place. Just drop off your car within a few meters from the check-in area [...]. When you come back from a holiday or business trip, the robot will make sure your car is ready to go when you walk out of the airport. — popupcity.net
Birds have remarkable flight capabilities...They make it look effortless, but engineering a drone to do the same is anything but. It’s a major engineering feat to harness the evolutionary talents of a bird and translate them into a robot that can deliver packages to your doorstep. By understanding how birds have mastered the ability to swoop and dive, [Stanford professor David] Lentink and his team [of mechanical engineers] hope to inform microdrone design. — Al Jazeera
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