For thousands of years, it has been widely acknowledged that glass is not only a compelling material, but is unbreakable in compression. More recently, glass as an innovative facade technology has steadily surfaced, propelled mainly by prominent international building designers pursuing transparency in building facades. At The Architects Forum Glass+Performance on September 11 at the GlassBuild America expo in Atlanta, Michael Ludvik of M. Ludvik Engineering will present about structural glass in a session titled Structural Glass: Ancient Material Modern Treatment.
To explore glass as an appealing facade material, Ludvik will provide project examples including the TKTS Booth at Times Square, the Canopies at the Lincoln Center, and the Sky Dive Dubai wind tunnels. The work is characterized by an architecturally sensitive first principles approach.
Ludvik is a structural engineer who gives particular attention to structural glass. Since graduating from the University of Sydney with a BE in Civil Engineering, he has worked as an engineer at notable firms such as Arup, Hardesty & Hanover, and Dewhurst Macfarlane & Partners. His Brooklyn-based firm M. Ludvik & Co. offers structural, glass, and facade engineering services for both architects and contractors.
Register here to hear Ludvik speak about structural glass at Glass+Performance on September 11, 2013!
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A fellow at the Knowlton School of Architecture expounds on the work of Le Ricolais with a new plugin for Rhino.
For Justin Diles, Ohio State University’s KSA LeFevre fellowship was a fateful progression of past experiences and ongoing professional work. While studying under Cecil Balmond at the University of Pennsylvania, Diles encountered hand-built models that Robert Le Ricolais constructed with his students in the 1960s. “Le Ricolais built models with his students for 20 years,” said Diles, “and one that I found he had built out of tubular steel and loaded to failure. It produced a really beautiful deformation pattern.”
Two years later, Diles was teaching at the University of Applied Arts Vienna in the master class studio of Greg Lynn. While in Austria, he met Clemens Preisinger, a developer who, with support from Klaus Bollinger’s firm Bollinger Grohman Engineers, wrote a new plugin for Rhino called Karamba. The plugin is an architect-friendly, finite, element analysis method that delivers fast, intuitive graphic information, along with the requisite numbers. The plugin would figure heavily in Diles’ fellowship work.
For most architecture students, a model malfunction won’t land you in the middle of a river, but one group of Buffalonian risk takers at the University of Buffalo School of Architecture and Planning, under the direction of Associate Professor Jean La Marche were up for the challenge. Students Troy Barnes, Stephen Olson, Scott Selin, and Adrian Solecki designed and installed half of a bridge—made of cardboard—cantilevered over the Buffalo River, and invited people to step out over the water. The frightening experiment worked, challenging conventional notions of material constraints.
Engineering firm Buro Happold is known for designing innovative structures. The glazed canopies it suspended above the courtyards of the Smithsonian and the British Museum baffle the mind with their seeming lightness. And the Experimental Media and Performing Arts Center at Rensselaer Polytechnic, on which the firm collaborated with fellow UK native Grimshaw, introduced upstate New York to some of the most space-age forms it has seen since Whitley Streiber’s Communion. Now the firm—along with designers Hoberman Associates and Innovative Designs—has turned its expertise to the world of rock and roll with its structural design for an expanding 4,000-square-foot video screen that will accompany U2 on their current 360º tour. Made up of 888 LED panels (500,000 pixels) the screen weighs 32 tons, can expand and contract from 23 feet tall to 72 feet tall in 90 seconds, and can be assembled in 8 hours and broken down into portable pieces in 6 hours. More pics and some videos after the jump. Read More