Posts tagged with "Denmark":
In Aarhus, Denmark’s second largest city, a consortium of architects, engineers, and manufacturers are advancing the capabilities of concrete construction formwork and advanced design. This effort culminated in a recently unveiled 19-ton prototype dubbed Experiment R.
The project, led by the Aarhus School of Architecture, Odico Formwork Robotics, Aarhus Tech, concrete manufacturer Hi-Con, and Søren Jensen Consulting Engineers, tackles the waste associated with concrete formwork through the use of a novel robotic fabrication method.
How does this new method work and why is it potentially so disruptive? According to the Aarhus School of Architecture, formwork is easily the most expensive aspect of concrete construction, making up to three-quarters of the total cost of a concrete project. Significantly reducing waste associated with the formwork process and the molds themselves boosts environmental performance and the economic feasibility of complex concrete geometries.
The project's new apparatus consists of a heated and electrically powered wire rotating at a speed of approximately 160 feet per second around a carbon fiber frame. This device is mounted atop a robotic arm, which can shape complex detailing. While a polystyrene mold was used for the formwork of Experiment R, the mechanism has the capacity to cut through harder materials such as stone and timber.
Conventional methods of formwork fabrication are significantly more laborious—a typical CNC milling machine is able to process an 11-square-foot surface in approximately three to five hours. In an action that Asbjørn Søndergaard, chief technology officer of Odico Formwork Robotics, refers to as “detailing the whole formwork in one sweep,” the new technology is able to process that same surface area in 15 seconds. Strikingly, this timescale is applicable to both straightforward and advanced design formwork.The 19-ton Experiment B prototype, installed adjacent to Aarhus's Marselisborg Lystbådehavn in July 2018, is an extreme example of what can be achieved with this new method, displaying future possibilities of construction. According to Søndergaard, it is the hope of the consortium that the highly optimized concrete formwork is translatable and ultimately adopted for everyday projects such as minor infrastructural works and standard residential or commercial development.
Fjordenhus in Vejle, Denmark, is the first completed building by artist Olafur Eliasson and architect Sebastian Behmann. Together with Studio Olafur Eliasson, the duo have created a thoughtfully conceived and crafted structure in the bay of a Danish fjord. In their earlier architectural collaborations—like the curtain wall design for the Harpa Concert Hall in Reykjavik, Iceland—their work has displayed an attention to detail, composition, materials, and craftsmanship that carries over into this unique commission.
Once they convinced their client, Kirk Kapital, to build its headquarters in the water of an underutilized shipping port, they created a cylindrical concrete structure as a reference to the area’s surrounding grain silos.
The building is composed of four intersecting concrete volumes arrayed around an open public space and faced with nearly a million custom-designed bricks. The four-story volumes morph in elevation from ellipses to circles, and out of these are carved porous openings that dramatically frame views of the fjord. Built atop a man-made island with a basement foundation, Fjordenhus looks like a medieval rampart as imagined by Louis Kahn. But up close, its exterior walls are a pattern of endlessly and beautifully textured color.
The designers created 15 different hues of unglazed brick, added a smattering of blue, green, and silver glazed bricks, and then meticulously laid them out in digital drawings to create a patterned composition for the entire building. The brick colors were selected to reflect their immediate surroundings (more blue at the top of the building and gray for the stairwells), and they are meant to embody the changing weather and light conditions of the site. The torqued elliptical forms are intended to create a series of dynamic, flowing spaces that are “constantly calibrating to allow the user to trust themselves,” according to Eliasson, as they enter and pass through the building. The artist cited Erwin Panofsky’s criticism of neoclassicism and how it prescribes the inhabitation of buildings as an example of what not to do in designing architectural space. Eliasson wanted to move away from classical hierarchical planning to a more democratic, participatory architecture that he considers a hallmark of Danish democracy.
The building is entered from the quay by a footbridge that leads into a circular public space with three of the artist’s sculptures and a mirrored ceiling piece that reflects the light of the fjord back into the occupied public space.
A circular elevator that features dramatic top and bottom lighting, along with a surrounding stair that rises on splayed armatures, take users up into workspaces fitted with furnishings, lighting, built-in cabinets, and interior stairs all designed by the firm. The placement of furniture is purposefully haphazard so that users “democratically” negotiate their own paths through the space, giving them co-authorship of the building.
In addition, Eliasson designed table and floor lamps made of deep green glass and metal, as well as built-in lighting that is equal parts functional lighting and sculptural object. Lower floors have elegant, circular concrete pads with coffered lighting overhead. The top floor has a globular, faceted sculpture placed below a skylight that throws sunlight over the space. In addition, the rooms have a series of Eliasson-designed fixtures elegantly cobbled together from a hanging LED light fixture that casts light upward through a glass lens, creating a pattern of concentric circles on the ceiling.
This unique practice is based on an artistic sensibility devoted to materiality, craft, and an understanding of form, developed through Eliasson’s years of experimentation as a trained sculptor. As a result, it is a challenge to more traditional architecture practices. Furthermore, the designer’s insistence on the necessity of creating a democratic, user-controlled space means Fjordenhus comes as close to a contemporary Gesamtkunstwerk (or total work of art) as we have yet experienced in the 21st century.
Fjordenhus - first building by Olafur and his architectural team includes site specific art works, furniture and lighting. https://t.co/IW5v3KLc4k@WACommunity @archpaper @ArchDigest @designboom @dezeen @fubiz @frieze_magazine @Curbed @tomravenscroft @archinect @ArchDaily pic.twitter.com/Pstk1N5sYN— StudioOlafurEliasson (@olafureliasson) June 7, 2018
The last brick has been placed on the long-awaited LEGO House in Billund, Denmark. Yesterday, the Danish royal family was on hand to open the building to visitors. Before the Bjarke Ingels Group (BIG)–designed structure, the city was only famous for architectural splendor of a different (smaller) scale. Now, however, Billund finally has something BIG to shout about.
Flying into the city, it’s hard to miss the almost three-acre LEGO House. The building’s vibrant terraced squares of red, yellow, green, and blue are easy to spot beneath the clouds despite the equally colorful LEGOLAND and Lalandia water park nearby. This aerial view, which will be the first for many who visit the LEGO House and a rare instance where aerial photography and renderings are relevant—hints at the modular structure's 21 rectangular volumes, waiting to be discovered on the ground.
Though colorful from the sky, the LEGO House is predominantly white at the street level. Ninety-thousand white clip-on ceramic tiles wrap around the building, each abiding by the proportions of a two-by-four LEGO brick. This reference to the toy-maker's most iconic brick can be found more explicitly in what Ingels calls the LEGO House’s “keystone.”
Sitting at the top of the building, the keystone features eight oversized circular studs and tops out the LEGO House which rises to just over 75 feet high. Rather surprisingly, this makes the building Billund’s tallest, though this isn’t exactly a tough achievement in the low-rise city.
Billund is very much a company town—something its residents aren’t afraid to admit. Around 3,000 LEGO employees work here, though not all live in the city, which had a population of 6,194 as of 2014. The city center is generally ignored by tourists who visit Lalandia and LEGOLAND, as those going to the latter stay at the LEGOLAND Holiday Village. This is not because the center is far away: You can drive around Billund in five minutes, or walk. The center just has very little to offer, with few restaurants and shops.
Billund Mayor Ib Kristensen is hoping the LEGO House will change that. “I don’t have any concerns,” he told The Architect’s Newspaper (AN). “The LEGO House will bring at lot of guests into the center of Billund and it will help other shops, restaurants,” he said, adding that he estimates the building will bring 250,000 visitors to the city every year.
With the municipality so reliant on LEGO, news of the company cutting eight percent of its workforce was not welcome at the start of the month. The cuts will eliminate 1,400 jobs worldwide, and Kristensen said this would mean 600 lost jobs in Billund. Despite this, Kristensen noted that LEGO House has created 180 new jobs and that the city’s “Triangle Region” has the lowest unemployment in Denmark, though this is partly because many travel into Billund for work.
Locals share the mayor’s optimism in spite of the grim jobs news. Tina Hald Kristensen, (no relation) who has worked in a sleepy cafe opposite the LEGO House for two years, is eager to see an influx in potential customers and revenue to the area. “I think it’s a much-needed positive addition to the city,” she said.
Despite its lofty ambitions and height accolades, the LEGO House is not imposing. BIG struck a sensitive balance with Billund’s topography and sprawling surroundings, while making the statement LEGO want to make.
Steadily rising cubic volumes create two corners that form an orthogonal cascading landscape that provides steps and seating. These rubber-surfaced areas will be open to the public 24/7, while the rest of the roofscape, which includes an assortment of play areas, will only be accessible during official open hours.
Considering the building is an almost all-white structure, with walls and terraces open to the public at all hours, the potential for it being a target of graffiti springs to mind. However, Hald Kristensen stressed that this was unlikely to occur. “Billund isn’t that sort of town,” she said. A wander around the area confirms that there’s no graffiti at all. Potential vandalism aside, it remains to be seen how the white tiles and other white surfaces will be maintained in their pristine condition.
It is in the white tile facade, however, where BIG’s details stand out. On the inside, the tiling continues, gradually pixelating into various shades as you enter different areas, most dramatically into black as you enter the basement.
Here, on the lower level, adults who are still interested in LEGO or played with the toy as children will find a nostalgic treasure trove. This area resembles a museum of the company, going back to its first product. Well-known LEGO and System products line the walls and old moulds used to make two-by-four bricks can be seen. Furthermore, an interactive database of almost all LEGO sets lets visitors scroll through and find their favorite.
Anna Manins, a local resident who is a mother of three, is more pleased that her children will have a place to keep them entertained in the winter when LEGOLAND and Lalandia close down. The LEGO House is ultimately a venue for children. Three hours away in Nørrebro, Copenhagen, Ingels' Superkilen park is evidence that his work for children can stand the test of time. Completed in 2012, the park is still well-used five years on.
Like Superkilen, the LEGO House uses color as a circulatory means. As denoted by the colored rubber on the terraces, four zones feed off an interior concourse where a shop, restaurant where LEGO robots serve food, and a staircase spirals round a LEGO tree that has carvings of the first LEGO products that were made from wood can be found.
According to the firm, the Red Zone is for “spontaneous creativity and free-building”; the Green Zone is for "social activities" and “roleplay with your own characters and stories”; the Blue Zone is for “putting your cognitive skills to the test”; and the Yellow Zone is intended to “play with emotions.”
In these areas, children can see their creations come to life on CGI-animated screens and are encouraged to build with each other, contribute to other buildings which are added to throughout the day, race their own LEGO cars, and make stop-motion LEGO movies.
An interesting and unexpected activity is the role of the urban designer. In the Yellow Zone, modular blocks, limited in size to a square base, can be placed around a city-like grid. Custom-made creations can be built around pre-built fixed buildings such as a soccer stadium and concert venue. Similar to playing Sim City, the interactive grid responds to what is placed, demanding at times a particular typology—which you build—be placed in a certain area.
There is room for adulting here too. The accomplished work of certified LEGO builders of all scales —there are only 40 LEGO “master builders” in the world—are dotted around the building. Some are carefully curated moving scenes that tell a story. If you can find it, a depiction of LEGO owner Kjeld Kirk Kristiansen can be found having his picture taken with his leg in a cast (he broke it when the LEGO House's foundations were being laid).
BIG's plans for Billund don't stop at LEGO. Apartments for families, the elderly, and rental apartments designed by the Danish firm are set to be built in the city. LEGO is also planning a new headquarters in the city, courtesy of C.F. Møller, another Danish studio. For the time being, though, small bricks are the only thing anyone is talking about in Billund.
The winning project was conceived as a result of close interdisciplinary cooperation between Vargo Nielsen Palle, ADEPT, Rolvung & Brøndsted Arkitekter, Tri-Consult and Steensen Varming. The development will replace the Aarhus School of Architecture’s outdated premises in the old merchant’s house at Nørreport; originally intended as a ‘temporary’ home, they have been the primary facilities for the school for more than 50 years.See the full jury report, including designs from the other competing firms, here. Written by Patrick Lynch