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Projects

0-14 Tower

By Suzanne Stephens
Holes in the concrete exoskeleton, which is 2 feet thick at the base and 1 1/4 feet thick above, offer arresting glimpses of Dubai. On the roof you can see the Burj Khalifa rising in the haze.
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
Holes in the concrete exoskeleton, which is 2 feet thick at the base and 1 1/4 feet thick above, offer arresting glimpses of Dubai. On the roof you can see the Burj Khalifa rising in the haze.
Photo courtesy Reiser + Umemoto
Holes in the concrete exoskeleton, which is 2 feet thick at the base and 1 1/4 feet thick above, offer arresting glimpses of Dubai. On the roof you can see the Burj Khalifa rising in the haze.
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
Holes in the concrete exoskeleton, which is 2 feet thick at the base and 1 1/4 feet thick above, offer arresting glimpses of Dubai. On the roof you can see the Burj Khalifa rising in the haze.
Photo courtesy Reiser + Umemoto
The two-story elevated podium links to the concrete exoskeleton and the glass tower via bridges. The rear is open at the ground level to permit access to the plaza overlooking the bay.
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
The two-story elevated podium links to the concrete exoskeleton and the glass tower via bridges. The rear is open at the ground level to permit access to the plaza overlooking the bay.
Photo courtesy Reiser + Umemoto
A dense basket weave of rebar strands supports the shell. Foam forms covered in melamine laminate were inserted into the holes before concrete was poured.
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
A dense basket weave of rebar strands supports the shell. Foam forms covered in melamine laminate were inserted into the holes before concrete was poured.
Photo courtesy Reiser + Umemoto
The architects wanted the tower to be read as a monolithic and scaleless shaft from the street.
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
The architects wanted the tower to be read as a monolithic and scaleless shaft from the street.
Photo courtesy Reiser + Umemoto
A corner office in the tower's column-free interior allows ample views out in spite of the exoskeleton's presence.
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
A corner office in the tower's column-free interior allows ample views out in spite of the exoskeleton's presence.
Photo courtesy Reiser + Umemoto
In the lobby, the architects designed the powder-coated aluminum reception desk to echo the curve of the walls and blend in with the luminescent white marble floors.
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
In the lobby, the architects designed the powder-coated aluminum reception desk to echo the curve of the walls and blend in with the luminescent white marble floors.
Photo courtesy Reiser + Umemoto
0-14 Tower
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
Photo courtesy Reiser + Umemoto
0-14 Tower
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
Image courtesy Leddy Maytum Stacey Architects
0-14 Tower
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
Image courtesy Leddy Maytum Stacey Architects
0-14 Tower
0-14 Tower
Reiser + Umemoto
Business Bay, Dubai, UAE
Image courtesy Leddy Maytum Stacey Architects
Holes in the concrete exoskeleton, which is 2 feet thick at the base and 1 1/4 feet thick above, offer arresting glimpses of Dubai. On the roof you can see the Burj Khalifa rising in the haze.
Holes in the concrete exoskeleton, which is 2 feet thick at the base and 1 1/4 feet thick above, offer arresting glimpses of Dubai. On the roof you can see the Burj Khalifa rising in the haze.
The two-story elevated podium links to the concrete exoskeleton and the glass tower via bridges. The rear is open at the ground level to permit access to the plaza overlooking the bay.
A dense basket weave of rebar strands supports the shell. Foam forms covered in melamine laminate were inserted into the holes before concrete was poured.
The architects wanted the tower to be read as a monolithic and scaleless shaft from the street.
A corner office in the tower's column-free interior allows ample views out in spite of the exoskeleton's presence.
In the lobby, the architects designed the powder-coated aluminum reception desk to echo the curve of the walls and blend in with the luminescent white marble floors.
0-14 Tower
0-14 Tower
0-14 Tower
0-14 Tower
August 16, 2011

Architects & Firms

RUR Architecture

Business Bay, Dubai, UAE

The showy skyscrapers that established Dubai's identity in this hot, humid, desert site on the Persian Gulf have been overshadowed by the towering Burj Khalifa. Yet one short office building ' a mere 22 stories' holds its own against Skidmore Owings & Merrill's 2,717-foot-high glass-and-steel behemoth. The diminutive office tower (347 feet high), designed by New York architects Reiser + Umemoto, stalwartly rises from a white, sandy lot in this instant city in the United Arab Emirates. It makes its mark by original means: with a holey, curvaceous outer shell.

Called 0-14 after the site number of the Business Bay district, the slim structure's dominant feature is a poured-concrete exoskeleton gouged with 1,326 blobby holes in five sizes. The architects intentionally sought to create an alien presence in the melange of banal towers. 'We embraced the radically abstract terrain of nowhere and its artificiality,' says Jesse Reiser.

The ghostly white exoskeleton stands 3 feet away from an inner glass-walled enclosure that follows its swerving contours: The two are linked by structural concrete tongues. With a central stair and elevator core, the interiors are column-free, allowing each floor to provide 6,000 square feet (net) of office space to its tenants.

Jesse Reiser and Nanako Umemoto, best known for winning international architectural competitions, got this commission unexpectedly in 2005. They had entered a competition for another site in the Business Bay district, held by Dubai Properties. While they lost the project to Zaha Hadid (still unrealized), their scheme piqued the interest of one of the developers, Shahab Lutfi, who was about to open his own office. By coincidence Lutfi was working with a Dubai architect, Khalid Alnajjar, who had studied under Reiser at Columbia University's architecture school, and highly recommended the team.

In an early version, the architects conceived the 0-14 building as an amorphous shape with glazed apertures. But the problems of placing gaskets around the glass and connecting the shaft to the concrete floors convinced the firm to develop a double-layered structure. By separating a concrete exoskeleton from a glazed concrete deck and core tower by 3 or more feet, the architects found the residual space would create a stack effect that takes hot air out of the building. Furthermore, the solar protection afforded by the curvilinear outer cylinder reduced cooling expenses by about 30 percent. Since the glass is shielded, it didn't need to be high-performance, although the team specified tinted glazing that would appear to recede farther behind the facade.

The master plan for Business Bay calls for towers on a podium that contain parking, with street-level arcades linking to retail shops and building lobbies. Reiser + Umemoto convinced the developer to place parking underground on this 34,000-square-foot site and have a two-story elevated podium wrap the tower on three sides to accommodate more office space and a restaurant. The revision meant the front facade could still be read as monolithic and scaleless, while elevating the podium allows pedestrians access to a plaza at the back overlooking the bay. A truss spans the rear of the podium to keep the ground less cluttered by columns, and bridges on two levels link the podium to the tower.

Since the exoskeleton would offer lateral resistance to wind, the architects and engineers found that the elevator core and the concrete shell could be lighter than normal. The shell, which Reiser refers to as 'atectonic,' lacks any break in its surface, including expansion joints. But the hole-ridden, contoured slipcover of concrete required a dense basket weave of rebar ' its underlying 'structural tectonic,' in Reiser's words. The team tied the rebar at intersections with stirrups in the zones of high stress, creating a diagrid with 40 percent openness.

The concrete pour offered its own challenges since the subcontractors ignored the architects' 3-D modeling of the formwork for the holes. Their own methods turned out to be OK, says Reiser, but some deformation of the foam forms in the holes at the bottom required wrapping them with melamine laminate.

Inside the 398,655-square-foot tower, occupants are protected from the high heat and gusts of sandy wind, while they still have expansive views out. In some respects the design could provide an influential prototype for other desert buildings. It comes as no surprise that the sculptural solution was expensive to build. Although the design saves in cooling costs, the up-front investment, withheld by the developer, was higher than a conventional structure, Reiser notes. Like many high-rise buildings erected in far-flung places, the willingness of clients, particularly before the economic free fall of 2008, has encouraged a liberty to experiment that could provide technical and sustainable lessons for the next building boom. Whenever that comes.

Owner: Creekside Development Company (subsidiary of District Investment & Development LLC)

Developer: Shahab Lufti, H&H Investment & Development LLC

Completion Date: January 2010

Gross square footage: 398,655 sq. ft.

Architect
Reiser + Umemoto
118 E 59 st. Suite 402
New York, NY 10022
Phone: (212) 421-8880
Fax: (212) 421-8881

People

Architect
Reiser + Umemoto
118 E 59 st. Suite 402
New York, NY 10022
Phone: (212) 421-8880
Fax: (212) 421-8881

Developer
Shahab Lufti, H&H Investment & Development LLC

Personnel in architect's firm who should receive special credit:
Partners: Jesse Reiser  (Registered Architect) + Nanako Umemoto
Design Team: Mitsuhisa Matsunaga (Registered in Japan), Kutan Ayata , Jason Scroggin , Cooper Mack, Michael Overby, Roland Snooks, Michael Young, Neil Cook
Interns & Assistants: Tina Tung, Raha Talebi, Yan Wai Chu

Architect of record
Egra Progress; Project Manager: Joseph Sawaya

Structural Engineer(s)
Ysrael A. Seinuk, PC; Ysrael Seinuk, Jaime Ocampo, & Wanlong He

Local Structural Engineer
EConstruct, Sameh El Ashri (director)

Consultant(s)
Window Wall: R.A.Heintges & Associates
Lighting: L’Observatoire, Hervé Descottes
Local Lighting Consultant: Nouran Lighting
Concrete: Reginald D. Hough

General contractor
Dubai Contracting Company (DCC), Abdallah Yabroudi (president); Project Manager: Jihad Choueiri

Photographer
Reiser + Umemoto

CAD system, project management, or other software used
Rhinoceros, AutoCAD

 

Products

Structural system
List type, e.g. concrete or steel frame, wood, etc.:
Concrete Exoskeleton

Exterior cladding
Metal/glass curtain wall: Wuhan Lingyun Building Decoration Engineering Co., Ltd.
Rainscreen (terra cotta, composite, etc.):Curtain wall: –See Metal/Glass Curtain Wall Manufacturer (above)
Other cladding unique to this project: Formwork: Beijing Aoyu

Windows–See Metal/Glass Curtain Wall Manufacturer (above)

Glazing –See Metal/Glass Curtain Wall Manufacturer (above)

Furnishings
Lobby Desk (aluminum): Artistic Metal Works Corp.

Lighting
Lobby Desk Lighting: Focus Lighting

KEYWORDS: United Arab Emirates

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Stephens

Suzanne Stephens, a former deputy editor of Architectural Record, has been a writer, editor, and critic in the field of architecture for several decades. She has a Ph.D. in architectural history from Cornell University, and teaches a seminar in the history of architectural criticism in the architecture program of Barnard and Columbia colleges.

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