This article was originally published on May 9, 2016. To read the stories behind other celebrated architecture projects, visit our AD Classics section.
Situated on the peak of Bergisel Mountain above the picturesque alpine city of Innsbruck, Austria, the Bergisel Ski Jump represents the contemporary incarnation of a historic landmark. Designed by Zaha Hadid between 1999 and 2002, the Ski Jump is a study in formal expression: its sweeping lines and minimalist aesthetic create a sense of graceful, high-speed motion, reflecting the dynamic sensation of a ski jump in a monumental structure that stands above the historic center of Innsbruck and the mountain slopes around.
For 181 Fremont, Arup’s radical move was to do away with plans for a tuned mass damper or a sloshing damper on the skyscraper’s roof—common features in tall towers in the U.S. for reducing the natural sway of buildings. Neither damper style goes very far in protecting a building against seismic force, says Ibbi Almufti of Arup. Image Courtesy of Kevin Chu/KCJP
The most remarkable thing about 181 Fremont—San Francisco’s third-tallest tower, designed by Heller Manus Architects—is not the penthouse’s asking price ($42 million). Rather, it’s an innovative yet unglamorous structural detail: a viscous damper system that far exceeds California Code earthquake-performance objectives for buildings of 181 Fremont’s class, allowing immediate reoccupation after a seismic event.
3 World Trade Center, designed by Rogers Stirk Harbour + Partners, has opened for business in Lower Manhattan, New York City. At 1079 feet tall, and 80 floors, the scheme is the fifth-highest in New York, and the penultimate tower to be opened on the World Trade Center site. Construction of the tower saw over 4,000 union workers apply millions of hours.
UNStudio, in collaboration with Buro Happold Engineering, has won an international competition for the design of a new bridge spanning the River Danube in the Hungarian capital of Budapest. Their scheme will serve as a blueprint for the "Galvani Bridge" connecting South Buda and Csepel, balancing graceful aesthetics with strong performance.
The competition for the bridge was conceived with the goal of decreasing the 600,000-strong daily traffic load on existing bridges across the Danube by 40,000. As well as easing traffic congestion, the bridge is intended to embody a liveable, loveable, healthy image of 21st-century Budapest.
Late last year, we reported on the progress of world’s first 3D printed steel bridge designed by Netherlands-based MX3D. With the design now finalized, the start-up company has announced that the span of the bridge is now complete.
The final round of structural tests is expected to take place this summer, just three years after the project was first announced. After the structural integrity has been tested, the final design will be modified and the completion of the bridge will follow only a few months after. MX3D hopes to showcase the potential of their multi-axis 3D printer during the Dutch Design Week, and the first of its kind bridge is planned to be installed into its final location in a canal in Amsterdam sometime next year.
ODA New York has released images of its proposed “Dragon Gate” pavilion for New York’sChinatown, seeking to act as a symbolic gateway to the famous Manhattan neighborhood. Using modern materials and forms to invoke symbols of traditional Chinese culture, the scheme seeks to capture Chinatown’s remarkable duality: a community of tradition resistant to change, yet one regarded as a uniquely contemporary phenomenon showcasing New York’s inclusive diversity.
Situated on a triangular traffic island at the intersection of Canal, Baxter, and Walker Streets, ODA’s scheme seeks to activate a currently-underused pedestrian space. The Dragon Gate consists of a triangular form adhering to a three-dimensional, gridded structure formed from interwoven, tubular, bronze steel inspired by bamboo scaffolding. As the structure densifies, selected pieces will be painted red to create the illusion of a dragon in mid-flight.
Ralf Pasel, Andreas Skambas, Lorena Valdivia, Anna Wortmann
Design Team
Arch. Students of Tech. University of Berlin; Jasmin Auda, Sabrina Baschinski, Johannes Belz, Larsen Berg, Svenja Binz, Magdalena Böttcher, Antonia Breckwoldt, Ammon Budde, Vera Burkhardt, Almar de Ruiter, Anja Dotter, Oskar Ellwanger, Simon Finzel, Ellinor Förster, Carolin Friedrich, Paulina Hagen, Olga Herrenbrück, Lisa van Heyden, Anne Hommerich, Tom Jones, Detlev Kerkow, Felizitas Konrad, Bastian Landgraf, Jonathan Lewkowicz, Juri Lux, Annalena Morra, Canan Öztekin, Eyal Michael Perez, Tessa Poth, Charlotte Reh, Benjamin C. Schaad, Hong Mai Tran, Paul Walter, Karol Wojtas, Xiao Xiao.
The countdown has begun to the annual GAGAs - Galvanizers Association Galvanizing Awards. Entry is now open for these highly regarded awards, which offer an accessible yet powerful way of establishing a reputation for design excellence, within the architectural community and beyond.
The GAGAs are open to all within the construction supply chain from clients, architects, engineers, contractors and fabricators. All that is required is a short project description and photographs. Any new building or refurbishment project completed after 1st June 2015 is eligible.
The event will be held in June 2018 at the Royal Aeronautical Society in London, where judges
Update:The deadlines for this opportunity have been extended
Call For tutors : Extended till January 28
Call for participants : Ends on February 28
MEDS workshop “Meetings of Design Students” is an international workshop that takes part each summer in a different country, focusing on various issues, themes, topics and settings that will help any designer expand their expertise. It is a chance to get in touch with diverse approaches to design, different building techniques, traditions and skills. MEDS workshop is both practical and educational because it focuses not only on creative theoretical designs, but actually compels participants to execute these designs during the 2-week span of the workshop. You can apply to MEDS as a tutor or as a participant.
Originally slated to be built in place, further research concluded that the design would have placed too much stress of the canal walls. So it was back to the drawing board, and the studio, where the updated design is now under construction. Featuring complex curves and a 12-meter-span, the bridge is now being constructed by MX3D’s sophisticated 3D-printed robot. And with about one-third of the structure already completed, it is back on schedule for a late 2018 installation on Amsterdam’s Oudezijds Achterburgwal canal.
Beat Box: 30 apartments in 48 containers to transform the Danish neighborhood of Musicon, adjacent to the famous Roskilde Festival area. Designed by Arkitema Architects and constructed by Container Living, Beat Box is an integral part of Roskilde’s goal to revamp Musicon over the next 15 years by adding 1,000 jobs and 1,000 homes.
Arup's’ research into alternative production techniques and materials has focused on the potential of 3D printing metal in the construction sector. Complex and individually designed steel structural elements can be efficiently produced “resulting in endless possibilities in mass customisation, weight reduction, product integration and more.”
Working with the Anglo-Dutch company 3Dealise, their 3D-printed sand molds are used in the traditional casting process to create sophisticated, unique structural steel nodes as a certified material. Sand printing offers a quick technique that can reuse the materials and allows costs to be kept low.
Cracks, which could be classified according to their thickness as fissures or fractures, are serious problems in the construction industry that can negatively affect aesthetics, durability and, most importantly, the structural characteristics of a project. They can happen anywhere, but occur especially in walls, beams, columns, and slabs, and usually, are caused by strains not considered in the design.
https://www.archdaily.com/879953/what-do-the-cracks-in-concrete-structures-meanJoão Carlos Souza
High strength, ease of transport, and simplicity of assembly are among the many major advantages of steel. But while utilitarian steel structures tend to be hidden by architects, working with exposed steel can lead to attractive results. Steel not only brings lightness to a design, but can also offer different expressions of color and texture, depending on the treatment of the material. Below we present a selection of 14 photos of steel architecture from well-known photographers such as Adrien Williams, Imagen Subliminal, and Sergio Pirrone.
The premise for this design was to create an iconic space, with a concept adaptable to any property and versatile when exposing the product. It should also be a design that could be quickly built and at a moderate cost.
To reach this goal, DearDesign has designed an open store with a structure that, despite its rigid and orthogonal look, solves flexibility in terms of product display. The design of the store is based on a three-dimensional grid inspired by the Fibonacci sequence, which creates a variable rhythm in a permeable volume, ordering the space by generating niches to exhibit the product along its perimeter.
Polish architect, designer, and sculptor Oskar Zieta has unveiled his latest project: the arched NAWA pavilion on an island in Wroclaw, Poland. The pavilion forms part of the European Capital of Culture celebrations following the theme of “Metamorphoses of Culture” and was unveiled in June. The lightweight steel elements that make up the parametrically designed sculpture are made in a unique method called FiDU, a metal-inflating process created by Zieta during his PhD studies in ETH Zurich. Though Zieta has used FiDU successfully for various products (many exhibited in the Salone del Mobile in Milan), the NAWA Pavillion is the first project of this size to use the technology entirely, and is thus coined as “a manifesto of FiDU."
_(003).jpg?1528735177 "© Joe Woolhead")
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