In the fast-paced world of building design, hands-on instruction in new methods can be hard to come by. Next month, attendees at Facades+ LA can take advantage of a unique opportunity for one-on-one guidance in digital tools at tech workshops intimately connected to the themes of the conference. “The tech workshops are a great way to learn cutting edge methods that are regularly at the core of what is presented in the symposium and dialog sessions,” remarked Thornton Tomasetti‘s Matt Naugle, a veteran Facades+ tech workshop instructor.
BALANCED DOORS BY CRL-U.S. ALUMINUM SOLVE PROJECT AVAILABILITY DILEMMAS WITH DELIVERY IN UNDER 30 DAYS
Monday, January 12, 2015
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Meeting tight project deadlines and remaining on budget with custom high performance entrance systems can be difficult to coordinate, as high-grade commercial doors with short lead times are not easily obtainable. CRL-U.S. Aluminum has solved this issue with its line of Balanced Doors, which can be crafted and delivered in less than 30 days and competitively priced compared to traditional swing doors. These performance-driven systems are not bound by common availability delays or premium costs that often hinder the architectural community’s confidence in specifying balanced doors.
Whether it’s Chicago’s high wind pressures or the nearly 300,000 daily riders at New York City’s redesigned Fulton Center, CRL-U.S. Aluminum Balanced Doors are precision-engineered and tested to withstand maximal wind and traffic applications while effortlessly accommodating A.D.A. accessibility needs. CRL-U.S. Aluminum’s advanced manufacturing capabilities and innovative engineering approaches have allowed architects to design confidentially without compromising aesthetic vision in the interest of budget or lead time – an assurance no other manufacturer can offer.
To learn more, visit crl-arch.com/balanced-doors or see CRL-U.S. Aluminum at Facades+ in Los Angeles, Feb. 5
[Editor’s Note: The following are reader-submitted response to a back-page comment written by Pamela Jerome (“The Mid-Century Modernist Single-Glazed Curtain Wall Is an Endangered Species” AN 05_04.09.2014). Opinions expressed in letters to the editor do not necessarily reflect the opinions or sentiments of the newspaper. AN welcomes reader letters, which could appear in our regional print editions. To share your opinion, please email firstname.lastname@example.org. ]
Pamela Jerome’s thoughtful comment on mid-century modernist curtain walls raises a number of important issues that deserve further study.
Having successfully redeveloped two major twentieth century commercial buildings, I believe that those buildings are probably the least understood in all of preservation theory. They were built by unsentimental men in pursuit of trade, commerce, and wealth. There was never a moment’s hesitation to alter them time and again as tastes changed, neighborhoods evolved, and tenants came and went. Those commercial cultural issues are just as important as the aesthetic issues inevitably associated with any building, and they are very hard to reconcile.
In a recent interview, Diller Scofidio + Renfro Senior Associate Kevin Rice told AN that the “veil” at Los Angeles’ Broad Museum—a facade made of hundreds of molded Glass Fiber Reinforced Concrete (GFRC) panels, had been delayed by over a year. “Some of the things took longer to make than they thought, but there aren’t really problems with it,” Rice said.
But now it looks like the issues with the museum’s facade are more severe than initially thought.
Jamie Carpenter, the world-renowned architect who has left his mark on projects like New York City’s Millennium Tower, Brooklyn Bridge Park, and others, recently revealed his latest work, Light Veil, at Dallas’ Cotton Bowl Stadium. The Cotton Bowl Public Art Project, a $25.5 million endeavor aimed at revamping the stadium, included a contest that Carpenter won out for equipping the stadium with a new facade.
Architect Gordon Gill has one simple rule for facade design: seek performance first, and beauty will follow. Gill, who will give the opening keynote address at next month’s facades+PERFORMANCE conference in New York, is a founding partner at Adrian Smith + Gordon Gill Architecture, a firm known for pushing the boundaries of what architecture is and does. Gill and his team start by “establishing a language of architecture that’s based in the performance of a building,” he said. “We’re trying to understand the role of the building in the environment it’s being built in, then shape the building in order to benefit it the best way. Once we take that approach, the facades play a pretty rich role in either absorbing or reflecting the environment.”
As the buzzword “transparency” gains greater meaning in product specification, glass is an energy-saving, sustainable, and aesthetically pleasing option.
3form’s Pressed Glass is newly available in the Strand pattern (above), a compressed interlayer of fine gauge threads in three monochromatic colorways. It can be further customized through color matching, etching, and fritting options. Available in widths as large as 48 inches and lengths of 120 inches, it can be specified in either a 5/16-inch or 1 5/16-inch gauge thickness. Its inherent strength meets ANSI Z97.1 standards.
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A timber-backed glass facade provides transparency, acoustical isolation, and resiliency for a historic theater complex in the nation’s capital.
When the Mead Center for Performing Arts in Washington D.C. hired Vancouver-based Bing Thom Architects to double the institution’s square footage without disturbing two historic theaters designed by treasured architect Harry Weese, it was clear to firm principal Michael Heeney that standard solutions would not suffice. For one, the theater facilities were insufficient and outdated. More troublesome, however, was the fact that passenger jet liners taking off and landing at Regan National Airport across the Potomac River were so loud they were interrupting performances. The architects had to find a solution to mitigate this cacophony both for the existing structures as well as for the expansion—a new theater called Arena Stage.
“We had to achieve acoustical separation and isolation from exterior noise in a way that was respectful and maintained the integrity of the original structures,” Heeney told AN. Building off an approach that originated from a project in Surrey, British Columbia, the design team decided to wrap the triangular-shaped complex in glass with timber column supports, topped off with a 500-foot cantilevered roof. With the help of structural engineers at Fast + Epp and facade consultancy Heintges, the team extrapolated the Surrey solution to provide even greater transparency for the existing Weese theaters, Arena Stage, and a variety of mixed use spaces totaling 200,000 square feet. Read More
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ikon.5 Architects designs a reflective, fritted facade in the visual tradition of the campus’ original craftsmanship.
In the wake of Hurricane Katrina, New Jersey–based ikon.5 Architects had an opportunity to reinvent the image of Lousiana State University’s E.J. Ourso College of Business. The original campus, designed in 1928 by the Olmsted Group, was planned as an Italian Renaissance village, which functioned as the economic engine of Louisiana and the Gulf of Mexico region for nearly 75 years. ikon.5 and local firm Coleman Partners Architects, used the circumstances of Katrina’s aftermath to give the business school a progressive image, while staying true to the University’s prescriptive aesthetic guidelines.
Maintaining the classical layout of the main square—head houses at either end with smaller classrooms lining an expanse of lawn—the design committee made several concessions in the 2012 update. In the past, guidelines dictated that all buildings feature the original craftsmen’s stucco formula, which was made from crushed white pebbles and seashells. But for the 21st century, LSU’s Design Committee decided that updating materiality would be a forward-thinking representation of the school’s influence and thus approved a new glass skin for the business school’s graduate and undergraduate classroom buildings. Read More