The AISC (American Institute of Steel Construction) recently issued a press release announcing a dozen structural steel projects that have earned recognition in the 2018 Innovative Design in Engineering and Architecture with Structural Steel awards program (IDEAS2). Albina Co., Inc. was the steel bender of choice for the Merit Award winner UC Davis Jan Shrem and Maria Manetti Shrem Museum of Art, Davis, Calif. To read to full press release, please visit the AISC website. The AISC has also produced a YouTube video titled “IDEAS2 Awards FAQ” highlighting the main criteria for steel buildings that are considered as potential candidates to receive an IDEAS2 award.
In early December, we received notification from the American Institute of Steel Construction that the UC Davis Jan Shrem and Maria Manetti Shrem Museum of Art, of which Albina Co., Inc. did the structural steel bending for, was selected by the AISC awards jury to receive the 2018 IDEAS2 Merit Award in the $15-$75 Million Category. In all, the jury selected 12 projects for the recognition this year for the IDEAS2 Award, the U.S. Steel Industry’s highest honor for building design. Four projects received the National Award, while six projects received the Merit Award, and two projects received the Presidential Award, one for excellence in adaptive reuse and another for excellence in erection engineering. AISC will announce the winning projects as NASCC: The Steel Construction Conference in Baltimore this spring.
The AISC (American Institute of Steel Construction) ran an ad in yesterdays’s USA Today in selected markets across the U.S. in conjunction with a special insert that the newspaper is publishing called “Construction in America.” The ad and supporting information on AISC’s website is focused on debunking claims being purported by the wood industry about the fire resistance of wood used in construction. More and more buildings, specifically in the Northwest, are being designed out of wood. Please take the time to review the information being presented by the AISC.
As part of AISC’s (American Institute of Steel Construction) mission to make sure that architects and developers have accurate and factual information regarding the design and construction of buildings and bridges, they have created a series of white papers exploring various issues related to specifying steel as the primary building material on projects. This month, I would like to highlight the white paper titled “The Impact of Material Selection on the Resilience of Buildings” which explains that of all the materials used for structural framing systems, structural steel has demonstrated the greatest level of resilience relative to extreme events, therefore reducing the cost of the risk associated with the ability of the structure to absorb and recover from the stress of an extreme event. Visit AISC for more detailed information and a link to read the full white paper. We also address many of these same issues on our own website in “Facts About Curved Steel” and in our “Top 10 Reasons to Specify Structural Steel.”
As part of AISC’s (American Institute of Steel Construction) mission to make sure that architects and developers have accurate and factual information regarding the design and construction of buildings and bridges, they have created a series of white papers exploring various issues related to specifying steel as the primary building material on projects. The first one that I would like to highlight is “More Than Recycled Content, The Sustainable Characteristics of Structural Steel” which focuses primary on the fact that domestically produced and fabricated structural steel used for structural framing systems has an average recycled content of 93%. This white paper also addresses important environmental issues such as reuse, resiliency, water consumption, waste generation, energy consumption and more. Visit AISC for more detailed information and a link to read the full white paper. We also address many of these same issues on our own website in “Facts About Curved Steel.” and in our “Top 10 Reasons to Specify Structural Steel.”
We are taking our bending team to San Antonio, Texas to exhibit at the NASCC (North American Steel Construction Conference) this March. We want to see you there! We are offering you a FREE Exhibit Hall Pass. If you are interested in obtaining a pass, please call our office at (503) 692-6010. We would be happy to help, on one condition….
Come Visit Us at Booth #8130! The bending world, and life, is 360 degrees – now technology is too. We will be offering a drawing for a new Samsung Galaxy S7 Smart Phone and GearVR (virtual reality) googles. Visit our BOOTH #8130 and see for yourself how awesome this new technology is. One lucky winner will win a new phone and the virtual reality googles! Don’t miss out on this opportunity. Sign up today! Don’t miss out on this opportunity. Sign up today!
The Jan Shrem and Maria Maneeti Museum of Art at UC Davis opened in late November of 2016. Albina Co., Inc. was fortunate enough to be the designated AISC Bender/Roller on this project. Albina bent 38 lengths of tube steel 14″ X 10″ X .500″ WALL A500 GR B and 3 lengths of tube steel 14″ X 10″ X .375″ WALL A500 GR B for the complex project. All of the material bent the Easy Way, Hard Way and also compound bent the easy way AND hard way in the same length. The Fabricator on the project was Olsen & Co. Steel. SO-IL and Bohlin Cywinski Jackson designed a 50,000 square-foot permeable roof that covers both the site and the building. The canopy is composed of 910 triangular, honed aluminum infill beams. assembled in an intricate pattern, the structure seeks to evoke the patchwork texture and topology of the surrounding landscape. The canopy arcs as high as 34 feet on the freeway side, and dips as low as 12 feet at its front. The Museum is currently nominated for an AISC 2017 IDEAS2 Award.
The Buyers Guide is published annually by the National Ornamental & Miscellaneous Metals Association (NOMMA). They Buyers Guide is now available in print and online on the NOMMA website. Albina’s ad can be see opposite the inside back cover. In the ad, we feature one of the most difficult spiral stringer projects we have ever undertaken in the last 78 years. We recently spiral bent 20″ X 18″ rectangular tube steel down to a 7’7″ plan view radius and 20″ x 12″ rectangular tube steel down to a 13’9″ plan view radius for the Lakeside Campus in Richardson, Texas. Our induction heat source and increment bending method produces extremely tight spiral bends which all met AESS standards. Check out the most recent NOMMA Buyers Guide or see the pictures below to see the bends for yourself.
The AISC (American Institute of Steel Construction) has introduced an exceptional resource for architects, general contractors, building owners, structural engineers, code officials, and for anyone who wants to know Why Steel is the better choice for building! Log on to AISC.org and click on your respective position to learn of the benefits of specifying steel. The benefits of using steel as your primary building material are vast, and there are even more benefits to specifying curved steel on your next project! You can check out our “Why Curved Steel” page to gather more information.
The NCSEA (National Council of Structural Engineers Association) 19th Annual Awards for Excellence in Structural Engineering were announced in September and featured in the December issue of Structure Magazine. The facade system for the Petersen Automotive Museum Renovation was awarded Outstanding Project in the “special use structures” category. The exterior of the building was designed by Kohn Pedersen Fox as a series of freeform stainless steel ribbons flowing over the structure. The ribbons are supported by treelike structures, bent by Albina Co., Inc., which were designed to resemble engine manifolds. This project faced many structural concerns and the design team was able to come up with a solution that met all the structural needs as well as meeting the architectural vision. For a full list of winners click on the STRUCTURE magazine article. Photos courtesy of Zahner.