The new field hockey stadium, designed by the architectural firm Archi-Tectonics, is located in the Asian Games park in Hangzhou, the capital of the Chinese province of Zhejiang.

The architects consider the stadium a landscape sculpture, a porous element that opens to the environment, since it is a roof with 125 meters of free light that shades the stands and the entrance hall, while the field is located in an oval plain that integrates with the park landscape.

The stadium designed by Archi-Tectonics, whose roof and field are configured as two intersecting ovals, has 5,000 seats accessed through the glass atrium with 35-meter-high ceilings. As a reference for the roof, both the Meinong oil paper and the bamboo umbrella are taken, which are joined with a single beam, while the ring surrounding the roof is supported by four large concrete elements. In turn, the roof is raised one meter above the rest of the building to allow ventilation.

The poured-in-situ concrete structure creates an entrance plaza with a glass lobby, supported by a wood and steel structure. A contrast is generated between the technological materials of the exterior and traditional finishes used inside, such as interior walls covered with locally sourced bamboo.

The project was developed with roof prototypes in collaboration with structural engineer Thornton Tomasetti, which gave rise to this light structure. This is the first project coordinated completely in BIM, including construction management, materials, budgets and details. On the other hand, the landscaping project of !Melk! It combines both local vegetation and pavements in porous areas.


Field Hockey Stadium by Archi-Tectonics. Photograph by SFAP Shanghai.


Field Hockey Stadium by Archi-Tectonics. Photograph by SFAP Shanghai.

Description of project by Archi-Tectonics

Covered by a 125-meter Free-Span Wing Roof, Archi-Tectonics’ Field Hockey Stadium at Hangzhou Asian Games Park doubles as a Landscape Sculpture.

Set five meters down into the site, this Field Hockey Stadium for the Asian Games appears to emerge out of the folding landscape, opening itself to the surroundings as a porous and sculptural element in the park. A diaphanous 125-meter free-span wing roof shades the lobby and stands, while the playing field is set in a recessed oval grass plain part of the rolling landscape of Hangzhou Asian Games Park, Archi-Tectonics’ 47-hectare eco-park with two stadiums for Asian Games.

“Most stadiums are fortresses. Ours is more like land art.”

Winka Dubbeldam, Founding Partner of Archi-Tectonics.


Field Hockey Stadium by Archi-Tectonics. Photograph by SFAP Shanghai.

As an integral part of the landscape, the 5,000–seat stadium mediates the shifting elevations between the plaza and the playing field. Passing through a spacious glass atrium with 35-meter high ceilings, spectators approach the playing fields that open up below them. In plan, the roof and field take the shape of two intersecting ovals, resembling the Seed of Life—a symbol of eternity—or the Vesica Piscis, a geometric configuration and proportioning system in use since the time of Euclid. Like the concentric ripples a pebble forms in water, the curving stands radiate outward into the curved atrium and beyond to the plaza.

The roof’s materiality and structure take the traditional Meinong oil paper and bamboo umbrella as inspiration. It spans the entire distance in one sweep. A single curving beam holds the roof together, keeping the mesh in tension. The roof hovers about a meter above the building, creating a natural draft that brings cool air over the spectators.

The ring that surrounds the sunroof —1 meter in diameter at its thinnest and 1.5 meters at its thickest—is held down by 4 massive concrete sculptural elements.

“The concrete abutments don’t keep the structure up, they weigh it down and keep the entire construction in tension.”

Dubbeldam.


Field Hockey Stadium by Archi-Tectonics. Photograph by SFAP Shanghai.

Working closely with structural engineer Thornton Tomasetti, Archi-Tectonics prototyped and tested several iterations of the wing roof, arriving at an ultra-lightweight structure that makes its free span possible.

The entire building was 3D modeled and integrated at every level—from construction staff management to material flows, budget considerations, and detailing—making it the first project [park and 7 buildings] in China to be fully coordinated in BIM, and awarded for that.

“We designed a simple form that took a groundbreaking feat of engineering to achieve”.

Dubbeldam.

The poured-in-place concrete structure opens onto an entry plaza with a sweeping glass lobby tucked beneath the sloping shape of the stands. VIP lounges and parking areas are located on the ground floor under the main lobby, its access integrated into a slope in the topography. In addition to the field hockey games, the stadium will also host outdoor film screenings, concerts, and other events.


Field Hockey Stadium by Archi-Tectonics. Photograph by SFAP Shanghai.

The double curved glass facade encloses the lobby, supported by an engineered hardwood and steel structure that creates a dramatic interplay of light and shadow. These high-tech forms are balanced by more traditional local finishes —like interior walls clad in locally sourced bamboo, making for a sustainable building rooted in the region’s heritage.

The surrounding sloping landscape was designed by Melk!—and follows a sustainable sponge city approach, integrating local vegetation and elegant pavement patterns integrate porous areas. The building was planned to be a non-permanent structure in the park, dismantled once the Games ended. Luckily this has changed as the architects proposed, and the client agreed, to create a hybrid that will have a cultural function for the neighborhood after the Games.

This year’s edition of the Asian Games—the second-largest international sporting competition behind the Olympics—was held in October 2023.

More information

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Architects
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Collaborators
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Thornton Tomasetti Engineers, !Melk Landscape and Mobility in Chain traffic engineers.
LDI.- Zhejiang Province Institute Of Architectural Design And Research (ZIAD).
Construction drawing design consultation.- Powerchina Huadong Engineering Corporation Limited (HDEC).
Landscape Design.- !Melk NY.
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Builder
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Zhejiang Xinsheng Construction Group Co., Ltd.
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Contractor
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China Power Construction Group East China Survey and Design Research Institute Co., Ltd.
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Area
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18,000 m² / 5,000 seats.
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Dates
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Ganador del concurso.- Mayo 2018.
Finalización.- Octubre 2022.
Apertura para los juegos.- Octubre 2023.
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Location
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Hangzhou, Zhejiang, China.
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Photography
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Archi-Tectonics NYC LLC is an architectural firm that was founded in 1994 by Winka Dubbeldam, a partner at the WBE certified firm Archi-Tectonics NYC LLC.

The firm recently won the 2023 CTBUH Award of Excellence in the Urban Habitat Category for the Asian Games 2023 Masterplan, the Architizer 2023 A+ Award in the Architecture +Innovation Category for the Asian Games 2023 Hybrid Stadium and the Asian Games Park was awarded the China Construction Engineering Luban Prize (National Prime-quality Project) List (2022-2023), which is the most honorable in the domestic construction industry

Archi-Tectonics’ fourth book “Strange Objects, New Solids, and Massive Things” was launched Fall 2021 and was part of the Venice Architecture Biennale 2023 with the exhibit “Strange Objects” in Palazzo Bembo.  Professor Dubbeldam is also Professor at Weitzman Architecture at the University of Pennsylvania, where she has gathered an international network of innovative research and design professionals. Dubbeldam also serves as the External Examiner for the Bartlett, UCL in London [2018-22], and is one of the creative directors for CityX exhibit in the Virtual Italian Pavilion at the Venice Architecture Biennale [2021-23], she spoke at the UIA Copenhagen in Summer 2023 and will speak at CTBUH Singapore this Fall 2023.
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Published on: January 16, 2024
Cite: "Two intersecting ovals. Field Hockey Stadium by Archi-Tectonics" METALOCUS. Accessed
<http://www.metalocus.es/en/news/two-intersecting-ovals-field-hockey-stadium-archi-tectonics> ISSN 1139-6415
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