Posts tagged with "aluminum":

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Snøhetta’s Norwegian campus building features seawater-durable aluminum panels

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Snøhetta’s design for the Faculty of Fine Art, Music and Design (KMD) consolidates six previously scattered academic buildings into one multi-use cross-disciplinary building. The cultural landmark offers new public space and symbolic connectivity between the university and its Norwegian town. The architects sought to produce a facility that offered an “ideal and malleable space for artistic expression." They utilized robust, durable materials to withstand harsh workshop-like interior environments and a climate that is notoriously rainy. “The objective is to free students and staff from limitations by surfaces and materials,” said Snøhetta in a recent press release.
  • Facade Manufacturer Metha (aluminum); Schuco (glazing)
  • Architects Snøhetta
  • Facade Installer Bolseth Glass
  • Facade Consultants Rambøll (structural engineering); Bolseth Glass (facade consultant)
  • Location Bergen, Norway
  • Date of Completion 2017
  • System Rainscreen wall assembly composed of approximately aluminum-clad 10-inch Rockwool sandwich panel, and 2-inch drywall cavity on interior side for electric infrastructure
  • Products Schuco glazing system delivered by Bolseth Glass; custom aluminum panels by Metha
KMD pairs two axes: an internal corridor dedicated to students and staff, and an external corridor open to the public. The two spaces intersect each other, forming what the architects call one of the most prominent features of the building: a 14,000-square-foot project hall. “It is here, in the transition zone between the public and the private sphere of the school, that the building offers exciting opportunities for students, professors, and visitors to connect, discover, and learn from one another.”  The building’s entrance is connected to a large outdoor public plaza, which together with the large glass wall of the project hall, makes KMD an inviting and open building in dialogue with the city center of Bergen. The building envelope features over 900 panels of pre-fabricated raw aluminum panels, specifically designed in variable dimensions and depths to produce a dynamic composition. The panels feature a custom patterning developed by Snøhetta and custom-made by local manufacturer Metha, based in the city of Røros just south of Trondheim.
The aluminum-folded rainscreen cladding panels offset approximately four, six, and eight inches from the insulation line. Each set folds at the same angle, creating variations in the sizing of the shadow gap between the cassettes. By varying the depth of the facade, the building offers unexpected shadows cast by dynamic atmospheric conditions along Norway’s west coast. The architects say durability and robustness were “keywords” that helped guide all decisions made throughout the facade design process. “The rainy and sometimes stormy coastal climate demands all exterior materials to not only withstand harsh conditions but to weather in a way that highlights their unique qualities over time. The crude aluminum surfaces will gradually age and naturally oxidize, heightening the variations in colors and textures.” This robust and playful expression gives great flexibility when planning for windows and lighting conditions. The windows of the building are set at different heights, slipping into Snøhetta’s intentionally varied compositional scheme. This seemingly haphazard positioning allows for opportunistic interior moments where usable wall space and daylighting considerations can be maximized based on programmatic necessities. Large delicately-detailed cantilevered glass volumes, the result of a successful collaboration with Bolseth Glass, interrupt the syncopation of aluminum at key moments in the building layout. Furthermore, a large glass roof aids in the distribution of daylight into the building. The building is currently in its inaugural academic year, having opened this past October 2017.
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Dancing geometry wraps new Brooks + Scarpa transit hub in Seattle

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The Angle Lake Transit Station and Plaza is a seven-acre, 400,000-square-foot mixed-use complex for Sound Transit, a public transit agency serving the Seattle metropolitan area. The project was awarded to Los Angeles–based architecture firm Brooks + Scarpa after an international design-build competition was held. It was completed earlier this year. With over 4,000 people living within a one-half-mile radius of the station, the project offers community-focused exterior and interior spaces such as specially designed drop-off areas, retail spaces, bike storage facilities, and electric vehicle charging stations.
  • Facade Manufacturer APEL Extrusions and Intermountain Industrial Fab
  • Architects Brooks + Scarpa
  • Facade Installer Harbor Pacific/Graham
  • Facade Engineering Brooks + Scarpa, Lars Holte, P.E., Walter P. Moore
  • Location Seatac, WA
  • Date of Completion 2017
  • System cast-in-place and post-tensioned concrete structure
  • Products custom-formed anodized aluminum panels
The transit hub is a seven-story, cast-in-place and post-tensioned concrete structure with an exterior facade that uses over 7,500 custom-formed blue anodized aluminum facade panels. Using ruled surface geometry, the undulating facade is formed by connecting two curves with a series of straight lines to form the surface of the facade. Each of the custom aluminum facade elements was designed and segmented into standardized sizes for the most efficient structural shape and material form, while maximizing production, fabrication and installation cost efficiency. This technique allowed the design team to work with complex curved forms and rationalize them into simple, cost-effective standardized components, making them easy to fabricate and efficient to install. The entire facade was installed in less than three weeks without the use of cranes or special equipment. The architects say the facade concept was inspired by William Forsythe’s improvisational piece, ‘Dance Geometry,’ where dancers connect their bodies by matching lines in space that could be bent, tossed or otherwise distorted. Translating this into construction, the architects explored how simple straight lines can be composed to produce implied curvature. “This idea lessens the need to think about the end result and focus more on discovering new ways of movement and transformations.” Ultimately, Brooks + Scarpa provided analysis, constructability, and digital documents for direct and automated fabrication. Working from the assumption that automated fabrication techniques would not be utilized in the project, one of the challenges of the project was to develop a workflow that would result in constructable, rationalized geometry. To achieve this, the project team worked closely with fabricators to translate digital ruled surfaces into segmented standardized sizes responsive to material requirements and fabrication efficiency. The bottom and top chords of the facade surface were segmented, which reduced their profile to measurable arcs for a pipe roller, or straight-line segments for standardized shapes. Beyond the facade, Brooks Scarpa’s plaza design caters both to transit users and the community at large by accommodating community events, such as festivals, farmers’ markets, art exhibits, and other outdoor public gatherings. Ornately designed seat walls, pathways, paving, native planting, and storm-water catchment features help to engage transit users as they move through the space, creating quiet places for social interaction while waiting for a transit connection. Beyond this plaza, the parking structure is designed to best practice standards for future adaptive reuse. These design features, along with specific energy-efficient materials and systems, allowed Angle Lake Transit Station and Plaza to be an Envision-certified sustainable mixed-use facility. Envision is a rating system similar to LEED, administered by the Institute for Sustainable Infrastructure for infrastructure projects.
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How aluminum can shape our world

Sapa Extrusion operates nearly two dozen locations with more than 65 presses strategically located throughout the U.S. and Canada. We offer unprecedented resources for the design, manufacturing, fabrication and finishing of common alloy aluminum extrusions. From raw aluminum to assembled products, we have everything you need to go from concept to completion. With the integration of our unique assets, competencies and capabilities, we serve customers more efficiently. Backed by the stability and strength of a global corporation, Sapa Extrusion North America provides full-step customer solutions to markets that include distribution, building & construction, industrial & consumer, thermal management, automotive, commercial & mass transportation, heavy-duty trucks, and renewable energy. Together, with you as our partner, we will shape a lighter future.

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New aluminum casting technique creates Governors Island pavilion

Update 7/17/17: This article has been updated to more clearly depict the pavilion's construction and disassembly. The seventh annual City of Dreams Pavilion, dubbed Cast & Place and designed by Team Aesop, is now open to the public on New York City’s Governors Island. The interdisciplinary team, made up of architect Josh Draper of New York–based PrePost, Lisa Ramsburg and Powell Draper of engineering consulting firm Schlaich Bergermann Partner, Edward M. Segal of Hofstra University, Max Dowd of the Cooper Union, Max Dowd of Grimshaw Architects and sculptors Scot W. Thompson and Bruce Lindsay, won the competition back in March with their design that reimagines metal waste as a resource for the future of the city. The competition is run by FIGMENT, the Emerging New York Architects Committee (ENYA) of the American Institute of Architects New York Chapter (AIANY), and the Structural Engineers Association of New York (SEAoNY). The brief asks designers to rethink the environmental impact of their designs and to promote sustainable design strategies in light of a future that faces the depletion of natural resources. Cast & Place’s winning design proposed using material entirely made from waste: five tons of excavated clay for the structure’s framework and 300,000 recycled aluminum cans (that would be melted and re-cast) for the structured itself. The team had previously built a small-scale prototype of the panel to test out potential challenges, as the method of fabricating crack-cast aluminum had never been done before, according to Josh Draper. The prototype proved useful, highlighting difficulties that would have been hard to anticipate otherwise. Despite the team’s expectation that they were going to use solely aluminum cans, the melted mix of food trays, foil, and cans produced an inconsistent alloy. Instead, for their final structure, standard aluminum ingots were used to ensure consistent quality and timeliness. “There were metallurgical and production issues that we couldn’t take on with our schedule and budget,” Draper said. However, he added that “this project prototyped a new method that has potential.” The original proposal also featured two side-by-side aluminum frame structures, however, only one was installed on Governors Island (which worked out well, as the site was smaller than anticipated). The fabrication of the pavilion required a new mold technique: wet clay was laid out to dry and crack in plywood frames, where it was then transferred to a steel mold and secured with sheetrock and cement. Steel straps bound the mold assembly to control escaping steam. Once the aluminum cooled and solidified, it formed one cohesive panel. When the pavilion is disassembled, it will be recycled and turned into benches and trellises for the people who backed the project on Kickstarter. “It’s the beginning of a long conversation and collaboration with the public on waste, structure, and light,” Draper said. “We wanted to create a space for contemplation, to provoke questions about what material and waste can be, to invite people to touch and wonder.” The City of Dreams Pavilion is located on the North Side of Governors Island (across from Castle Williams) and is running until October 17.
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4,672 ultrathin aluminum strips compose THEVERYMANY’s Orlando convention center installation

This article appears in The Architect’s Newspaper’s April 2017 issue, which takes a deep dive into Florida to coincide with the upcoming AIA Conference on Architecture in Orlando (April 27 to 29). We’re publishing the issue online as the Conference approaches—click here to see the latest articles to be uploaded.

A 48-by-35-by-26-foot public artwork has been installed in the main concourse of the Orange County Convention Center in Orlando, Florida. The work, titled Under Magnitude, is designed by New York architect Marc Fornes and his firm THEVERYMANY as a “curious signal and a place for visual wandering” meant to activate one of the convention center’s main social spaces.

The two-story sculpture—made up of 4,672 ultrathin aluminum strips and 103,723 rivets—is suspended above the concourse floor via steel wires and can be seen at eye level from the mezzanine. The structure follows the laws of what Fornes described as “tangential continuities,” a geometric phenomenon describing how micro-level linear components are utilized to describe macro-scaled, nonlinear geometries. The model dates back to the work of 20th century artist Frei Otto, whose Soap Bubble Model theory postulates the so-called “extensive curvatures” at the foundation of Fornes’ work. Frei was interested in the geometric and structural tension that occurs in surfaces that transfer stresses along their length. Fornes inverts that theory via his notion of “intensive curvatures,” in which digital modeling is used to “maximize double curvature across the project,” rendering dynamic and fully self-supporting forms. The result is a holistic structural system that is defined by a tightly curved and constantly changing surface that is also incredibly strong and composed of thin materials.

The project, developed using Rhino digital modeling software, opened in March 2017. In a video, Fornes said: “Some people start to project their own background onto it. If you come from the sea, some people will read coral. Some people will read flowers. It doesn’t matter [how the viewer interprets the form], but it matters that they engage and that they start to wonder about the structure.”

Under Magnitude Orange County Convention Center Orlando, Florida Tel: 407-685-9800 Architects: THEVERYMANY
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Historic Tribeca warehouse meets its match

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This new 33-unit condominium in New York’s historic Tribeca neighborhood is composed of two buildings, a restored and converted 1905 coffee and tea warehouse on Washington Street and a matching addition on Greenwich Street. The new building produces a “double negative” effect, with identical facade detailing rendered in a matte metallic finish.
  • Facade Manufacturer Ferra Designs (base); Stromberg Architectural Products (middle); LITSCO (top)
  • Architects Morris Adjmi Architects
  • Facade Installer Mistral Architectural Metal (base); GEM (middle); GEM/LITSCO (top)
  • Facade Consultants Frank Seta Associates
  • Location New York City, NY
  • Date of Completion 2016
  • System Rainscreen
  • Products custom CNC-milled aluminum panel in a plasma finish; modular cast GFRC panels; zinc
Wesley Wolfe, director of design at New York City–based Morris Adjmi Architects, said this concept of the direct copy was influenced by both contextual and cultural factors. "Warehouses in the district often were extended as their needs for more space grew. These additions would often mimic the style of the original warehouse." Wolfe said the use of analogous materials is not uncommon, citing the tendency of industrial-era cast iron to replicate stone or brick. The project was also inspired by art and the idea of duplication in the work of pop artists like Andy Warhol. The project team used a combination of laser scanning and hand measurement to capture details in the base, middle, and top of the historic masonry facade. The base of the facade mimics it's neighboring limestone masonry, employing a marine grade aluminum panel with CNC-milled patterns. The material is finished with a plasma flame spray involving a mixture of nickel and stainless steel powder. The cost of this premium material and finish limited its use to the ground floor of the building where it's exposure is maximized to passersby. The upper floors employ a glass fiber reinforced concrete (GFRC) panel with spray on coating with aluminum particles that mimics the look of the plasma finish of the metal panels. The custom cast panels are installed onto the facade as a rain screen assembly using a standard clip and Z-girt system backing up to a stud wall. The facade is panelized with a "modular rationality" coordinated with the composition of the punched windows of the facade. An overlapping tongue detail developed by the project team helps to minimize panel joints. Beyond the facade, a landscaped courtyard cut into the two buildings helps to connect the old with the new. The interior aesthetic parallels the two structures as well, offering rustic exposed finishes in the original warehouse and a more contemporary streamlined finish for the new addition.
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YKK’s LEED Platinum Tokyo Headquarters

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Tokyo-based YKK Fudosan Co, Ltd, part of YKK Group's global network, has obtained LEED-BD+C (Core and Shell) Platinum certification for its YKK80 Building. It was the first such certification for a new office building in Japan. The goal of the project team was to reduce energy consumption by 60% when compared to typical office buildings. To achieve this, the design prioritized water and energy efficiency along with a healthy indoor environment. Open space within the seismically isolated structure was utilized as a heat sink for the geothermal heating system of the building. Other features include sensors for day-lighting and motion-activated operability, outdoor air cooling and mist facilities for the exterior shaft, radiant panels, desiccant air cooling, and high-performance electrical outlets.
  • Facade Manufacturer YKK AP (metal screen, windows)
  • Architects Nikken Sekkei Ltd.
  • Facade Installer Kajima Corporation, Toda Corporation and Daiwa House Industry Co., Ltd. joint venture
  • Facade Consultants n/a
  • Location Tokyo, Japan
  • Date of Completion 2015
  • System Steel reinforced concrete; seismically isolated structure; double-skin facade with integrated blinds
  • Products custom YKK metal screen and glazing assembly
The architects, Nikken Sekkei Ltd, say the site of the building posed the biggest challenge for the project. Located in a busy area of the city along an elevated expressway with a primary west-facing exposure, the project team relied heavily on the building envelope to provide necessary acoustical and solar protection. The facade design, engineered in-house by Nikken Sekkei, employs a double-skin curtain wall which includes automatic blinds within the cavity and a custom exterior aluminum screen. Set outboard of this facade, a custom metal screen manufactured by YKK was incorporated to provide further solar protection. Covering the roughly 25,000-square-foot primary facade, the mesh-like appearance of the screen is comprised of two layers of delicate extruded aluminum “Y” sections. Beyond the facade, a “forest dining room” features bright and simple design scheme, using plain wood as the base color for both the interior finishing and furnishings. The cafe, which roasts its own beans on the premises, serves as a PR activity and is directly managed by YKK, is located on the first floor. The theme color of the cafe was used for the eaves and walls. Furthermore, the shape of the lighting box was cut into Y, the image design was taken from YKK. For workstations on the standard floor, the emphasis was placed on smooth operations, with our original design used for desk systems. The architects say the facade system at YKK80 creates a varied expression while maintaining a uniform appearance. “From a practical standpoint, the metal screen was incorporated to help reduce the strong west sunlight and filter the view of the busy neighborhood from the interior. The details joining sections of the metal screen were carefully designed so that the screen would appear seamless, or in other words, a single fabric. We felt it was important for the 'screen' to appear like a single fabric that wraps the building.”
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Playful screens connect Swedish housing project to nature

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Located approximately halfway between Stockholm and Copenhagen, the city of Jönköping is situated at the southern end of Sweden's second largest lake, Vättern. Swedish architects Tham & Videgård Arkitekter designed two urban housing blocks that aim to balance private domestic interiors and a vast landscape with a screened balcony threshold. Titled Västra Kajen, which literally translates to West Quay, the waterfront project is the result of an invited competition from nearly 10 years ago.
  • Facade Manufacturer Tham & Videgård Arkitekter (aluminum screen)Architects Tham & Videgård Arkitekter
  • Facade Installer Tham & Videgård Arkitekter (aluminum screen)
  • Clients Vätterhem and Riksbyggen
  • Location Jönköping, Sweden
  • Date of Completion 2016
  • System reinforced concrete with aluminum screen
  • Products custom anodized aluminum screen in dark and light bronze finish
Rather than a row of standard housing “slabs,” the apartment units were assembled into two compact volumes. The architects say these buildings urbanistically help to establish a “solid position” that is proportionally acceptable both to the city as well as the adjacent lake, while minimizing the building envelope area for their ambitions to minimize building energy usage. An outer layer of terraces surrounds the perimeter of both buildings, providing every unit with a generous portion of outdoor space. These balconies are contained within a transparent screen of anodized aluminum that diffuses daylight. The system is composed of arched shapes that create alternating open and filtered views, offering a buffer zone between the intimate domestic interior of the apartments and the vast scale of the landscape outside. By shifting the voids in the screen every second level, a characteristic pattern emerges that unites the six floors into one distinct cubical volume. Both apartments are organized around a large vertical atrium with a top-lit stairwell to delineate a central social space that doubles as a circulation stairwell for the units. This atrium hall naturally preheats fresh air, contributing to overall energy efficiency of the building. Notably, the majority of the apartments are located at corners of the building, benefiting from good views and light. The two buildings are set at an offset angle to one another, to deliberately open up the inward facing sides to further prioritize daylight and views. The angle is determined by the geometry of the property, which accommodates a road that follows the edge of Lake Munksjön, a smaller body of water that taps into Lake Vättern by means of a harbor canal. While both six-story buildings are detailed similarly, subtle differences add variation to the project. This begins with the orientation to the siting of the building but extends to the interior geometry of their atria—a square cube volume in one building and a cylindrical volume in the second building. The aluminum screen and trim details further delineate the two buildings, finished in a dark and light anodized bronze color scheme.
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Payette integrates building physics research with design at Northeastern University

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Scheduled to open later this year, the Interdisciplinary Science and Engineering Complex (ISEC) on Northeastern’s campus is a 220,000-square-foot research complex that provides state-of-the-art infrastructure, fosters collaboration across disciplines, and increases the university’s capacity to hire top faculty and academic leaders. Prominently sited along an axial pedestrian approach within the private Boston-based research university, the design features a curvilinear translucent facade. The project is a showcase for Payette’s Building Science group, which integrates building physics thinking into the design process. The program was initiated over 5 years ago by Andrea Love, Associate Principal at Payette, and has grown to a specialized three-person team. In addition to overseeing all projects produced by the 140-person firm, the group takes on research initiatives. In 2012, Love, who recently spoke at Facades+ Boston, was awarded the AIA Upjohn Grant on “Thermal Performance of Facades,” a research project studying the effects of thermal bridging in 15 recently completed in-house projects. Love told AN that developing an “energy literacy” in the firm is their goal: the outset of all projects begin with “an intelligent starting point, derived from previous research and studies that have been performed.”
  • Facade Manufacturer Permasteelisa
  • Architects Payette
  • Facade Installer Permasteelisa
  • Facade Consultants Arup
  • Location Boston, MA
  • Date of Completion 2016 (projected)
  • System curtainwall with custom extruded aluminum fins
  • Products custom Permasteelisa system
For ISEC, the role of Love’s Building Science group was to first inform what kind of facade system was appropriate for the complex: Both performatively and aesthetically to maintain the design vision that had won them the project. The team initially thought a double-skin facade would perform best in the cold New England climate, but quickly determined that solar gain from the southwest facing glass facades would need to be managed. A high performance sun shading system was developed through an iterative process between the Building Science group and Payette’s project team, optimizing fin geometry to balance construction and budget constraints with digital analysis tools like Ladybug + Honeybee for Grasshopper. This method of working translated from the formal composition of the fins—their various curvatures, dimensional limits, and on-center spacing—to construction details which acknowledged a desire to simplify the installation process with a high performance agenda that resulted in minimal thermal breaks and the introduction of rubber pads to minimize thermal transfer. Love said the aluminum fins saved cost on multiple fronts, reducing energy usage by over half of what it would have been without the shading devices, and allowing for a more standard building envelope. “This allowed us to have a traditional curtain wall that is straight in the back, then produce curvature with the fin assembly, achieving a complex doubly curved geometry at a relatively affordable cost.” During value engineering, half of the aluminum fins were proposed to be eliminated to save cost. Through energy model analysis, the Building Science group determined proposed fin reductions would actually increase the cost of the project by requiring greater cooling loads. Love says an integrated design process is critical to proving the value of the firm’s work: “If you don't have that integrated design from the beginning, essential design components often get removed because you cannot prove their impact. this was very helpful to maintain the performative aspects of the design, but also the design vision throughout the design process.” Payette worked closely with ARUP and Permasteelisa Group on the development of the custom aluminum fin system. While a few key sections were produced for construction documents, the construction of facade components was largely referenced digitally by sharing Rhino geometry with fabricators who produced construction model geometry. With shell construction complete, the project is scheduled to open in November.
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Ball-Nogues Studio taps into baseball mythology with custom aluminum enclosure

A custom architectural enclosure composed of 200 CNC-milled custom aluminum extrusions.

Forming a porous perimeter to a new ballpark at Southwest University Park in El Paso (home to the minor league El Paso Chihuahuas), Ball-Nogues Studio's “Not Whole Fence” project taps into a tradition of monumentally over-scaled public art with an attention to craft and detailing. Capping off the Populous-designed ballpark, the fence installation turns the corner along a busy pedestrian intersection. The public art commission involved design, engineering, and installation in a rapid timeframe – the architects were given less than a year from conceptualization through fabrication. Benjamin Ball, principal in charge at Ball-Nogues Studio, said there was a desire to address the history of the game with the installation. “There’s a mythical history to baseball about kids using knotholes in the fence to sneak views into the game if they didn’t have tickets.” The fence adopts a large scale wood grain patterning, scaling up the dimensions of a picket to form one massive bending surface. Strategically placed “knotholes” in the surface composition allow pedestrians an opportunity to catch a glimpse of the action on the field. “The structural quality of the fence creates a sense of mystery. By allowing mostly partial views of the action inside the ballpark, it calls for the imagination to conjure up the rest of the picture, creating a sense of fantasy and infinite possibilities.”
  • Facade Manufacturer Sapa Extrusions; Neal Feay Co (Specialty Fabrication); Ball-Nogues Studio (Fabrication Supervisor)
  • Architects Ball-Nogues Studio
  • Facade Installer Industrial Stainless International; Ball-Nogues Studio (Installation Supervisor)
  • Facade Consultants Buro Happold Los Angeles (Engineering Consultant)
  • Location El Paso, TX
  • Date of Completion 2014
  • System CNC-milled custom aluminum extrusions
  • Products n/a
While the design concept evokes a literal image of a wood plank, the detailing of the facade components produce a sophisticated, robust assembly. The architects designed the fence as a system of extrusions serving as both the skin and the structure. Working with Sapa Extrusions, the team designed and produced a custom dye for production of a unique aluminum extrusion for the project, ultimately yielding around 200 repeatable components that bolt together on site. Ball said a lot of design and engineering that went into the individual extrusion. The team designed in fins on the front side, with larger struts on the back side, producing enough structural rigidity to withstand a subtractive CNC milling process. A wood grain patterning is registered in the surface by milling out selective areas of the panels. When viewed frontally, glimpses of the ballpark can be seen, however when viewed obliquely, large struts block openings while providing surface area to reflect a soft glow of daylight. Ball notes interesting similarities to the tectonic assembly of some segments of the US/Mexico border fence, only a quarter mile from the site. "You can't blow anything up to a colossal scale without thinking about Claus Oldenberg," said Ball regarding the literal reading of a picket fence in their fence facade. "We've never used that as a strategy before in our work. This still has to function as a fence, and we still value things like detailing, tectonics, connections. In contrast to Oldenberg's work, we occupy an "unusual gray zone" between architecture and public art.” Ball says his studio is ultimately is interested in craft of building regardless of typology. “We're looking for the right challenges, and the right people to work with. Are they willing to take chances? Do they believe in our process? That could apply to buildings or public art.” CORRECTION: Neal Feay Company was originally omitted from our list of Project Credits. The studio played a significant role in the machining process, providing specialty fabrication and consultation for the “Not Whole Fence” project.
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Sculptural infrastructure and carefully crafted facade strengthen an Australian campus community

© Peter Bennetts © Peter Bennetts

"It has never looked the same on any two times I have been to site."

JCY Architects and Urban Designers have created a student services building on the Australian campus of Edith Cowan University that acknowledges the cultural identity of local Aboriginal community while providing sculptural infrastructure linking the campus community through a series of landscaped environments. The major elements of the building are an elevated concrete podium helping to negotiate a steep grade change, and a perforated aluminum solar shade. The project acts as a web with a central internal vertical spine atrium linked to various programs with a set of interconnected timber clad stairways. An elevated concrete podium navigating a significant grade change is formally derived from fluid dynamics studies of the flow of water through Australian billabong waterways. The podium's folded and sculpted white concrete soffit and faceted columns create their own seductive landscape, 'eroded' and opened up as would be found in nature when stone is sculpted by water. The architects designed the building in a way that makes future conversion to classroom space possible. This was achieved by incorporating “bubbledeck” concrete floor plates. This voided-slab forming system reduces the weight of the slab, increasing efficiency and reducing overall cost. The long span system allows for more slender columns, a generous structural grid spacing of around 30 feet by 30 feet, and a reduction of the shear walls required within the open plan layout. The architects also accounted for the maximum future utility spaces that would be required with a future change of use, which they say required over 30 percent redundant floor area.
  • Facade Manufacturer Penguin International Pty Ltd
  • Architects JCY Architects and Urban Designers
  • Facade Installer PACT Constructions (Contractor); Penguin International (Sub-Contractor); CR Steel (Structural Steel)
  • Facade Consultants ARUP (Facades); BG&E (Structural Steel)
  • Location Joondalup, Western Australia
  • Date of Completion 2015
  • System faceted concrete podium and a gold perforated aluminum sun-shading skin, ceramic frit glazing
  • Products Alucobond Spectra; gold anodized perforated aluminum by Penguin International, Fielders TL-5 (roofing); Darley Skywall 150mm Unitized Curtain Wall Double Glazed System (Supplied/Installed by Penguin International)
Embedded within the fabric of the interior and exterior skins are a number of themes which were developed through a collaboration between the architects and ECU’s Cultural Liason Officer from Kurrongkurl Katitjin and the local Noongar community.  One outcome is a gold anodized perforated aluminum screen that folds around three upper levels of the building. Patterning is derived from curved, overlapping patterns of the chest feathers of a Carnarby Cockatoo, and creates a layered undulating effect. The perforation of the panels derived from manipulations to photographs of chest feathers from a black cockatoo. Hole diameters correspond to light values on the photograph – the darker the pixels, the larger the openings. Data from the open percentage of each panel was used in shading calculations to comply with Building Code Glazing Performance Criteria. Will Thomson, Principal at JCY, says the major constraints with this shading system were related to costs: “We could have no more than 8 different hole punch diameters to fit the project budget, and once these had been determined they were carefully set-out at 1:1 shop drawing over the panel drawings. They varied between 20-40% open area to meet the ESD requirements.” This aesthetic is introduced to the interior glazing system through a custom ceramic frit pattern and textile design of the carpeting. The fabrication and assembly process included several full size prototypes, which helped to resolve panel geometry. Thomson says the mockups resulted in many fabrication changes to allow for tolerance, movement of dissimilar metals, panel assembly details, material selections, and structural connection details. The anodized finish of the aluminum skin is inspired by the shimmering scales of a butterfly wing. Thomson says the anodized finish consists of a range of colors: “This has created an amazing patina of differing gold panels across large swatches of elevation and added a texture to the facade that would otherwise be lacking. The way the building changes color during the day, across the seasons is always a welcome delight. It has never looked the same on any two times I have been to site since the cladding works have been completed.”
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Construction underway on SO-IL–designed UC Davis Art Museum

UC Davis is set to open the Jan Shrem and Maria Manetti Shrem Museum of Art to the public on November 13. After choosing SO-IL to design its on-campus museum in 2013, the school has been hard at work constructing what it envisions as a "hub of creative practice." Working alongside San Francisco-based firm Bohlin Cywinski Jackson and Whiting Turner, the museum features a 50,000-square-foot canopy made from aluminum triangular beams. The canopy is supported by straight and curved glass walls interweaving both open and closed spaces. Its shape, according to SO-IL, represents a "new symbol" for the campus with its natural surroundings of long, green plains making up the sensory landscape of UC Davis. In its designs, SO-IL emphasized the importance of capturing the essence of the California Central Valley. Changes in season and lighting will be reflected from within the museum which will play host to a variety of activities and programs both informal and formal. The inaugural show will feature work from artists Arneson, William T. Wiley, Manuel Neri, Wayne Thiebaud and Ruth Horsting among others. And with the date for its grand opening months away, the Jan Shrem and Maria Manetti Shrem Museum looks set to become a site of interactive and cutting edge learning.