Thứ Tư, 23 tháng 9, 2009

Green

Inhabitat


Stunning Green Roofed High School by Off Architecture

by Bridgette Meinhold, 09/23/09

green roof, natural daylight, france, off architecture, high school, green roofed school

High school students in Revin, France will soon be attending classes in a stunning new terraced building covered in green roofs. Seen from above the new Lycee Jean Moulin school will simply appear as a terraced landscape, practically disappearing into the hillside. Designed by Paris-based, Off Architecture in association with Duncan Lewis Scape Architecture and Jeans Giacinto, this green roofed marvel is curvaceous and organic, blending into the countryside. We’re admittedly a bit jealous – our high schools weren’t nearly as cool.


green roof, natural daylight, france, off architecture, high school, green roofed school

This sustainable school will be built to utilize the constraints of the slope, receding and elevating up the hillside. Each terraced level is one single floor and has high windows to capture a lot of natural daylight. Rather than remain flat, the roof undulates in gentle waves across the level for a more natural look and is covered with vegetation to blend in with the surrounding landscape.

Set to be completed in 2012, these students will be attending class in a beautiful and natural looking environment. Their one complaint might be that it looks like they’ll be getting plenty of exercise, hiking up the interior hill of their school every day to get to class.

+ Off Architecture

Via designboom

vatlieumoi

Silicon Airways
Normally, San Jose is not a place that fosters architectural quality. But when planning began for its Norman Y. Mineta Airport (SJC), city leaders sensed an opportunity for extraordinary design. Ralph Tonseth, then-director of aviation, thought this would benefit the whole city, not just airlines and passengers. He wanted, he said, a design so striking that people would argue about it in bars.

San jose’s new arrival.

photo credit: courtesy Gensler

While San Jose is America’s tenth-largest city, its airport ranks only 41st in passenger count. And in spite of being Silicon Valley’s airfield, SJC has a Casablanca quaintness, where some flights are boarded by leaving the terminal building, strolling on the tarmac, and climbing a portable stair to the plane door.

But that’s changing rapidly under a modernization program that will double the facility’s square footage, rationalize an ad-hoc functional and circulation pattern, and present a far more polished face to the world. When completed next year, this $1.3 billion project will appear resolved and fluid, belying an administratively complex gestation and challenging fast-track implementation. Gensler’s San Francisco office and local firm Steinberg Architects were masterplan architects and designers of the Terminal B concourse, whose first
section opened on July 15. The terminal itself is being carried out by Fentress Architects and Hensel Phelps construction. That part of the project, which includes an immense 3,350-space garage, will open next year.
Terminal B’s linear design allows for easy future expansion.
The current Terminal B Concourse is the central 1,600-foot portion of a 3,500-foot linear scheme that could eventually extend more than a mile if the demand warrants. This linearity, rare in airports of this scale, reflects a tight site hemmed in by a city boundary on one side and the Guadalupe River on
the other. It also suggested a design approach: a long, rounded extrusion, with an elegant curvilinear exterior symbolizing a communications cable whose outer layers have been irregularly sliced and partly peeled away. Inside, the extrusion is even more consistent. The 90-foot-wide concourse is a dramatic hall of light formed by a convex east wall, a clerestory, a convex glass roof/ceiling, an outwardly slanting interior colonnade, and sweeping window walls with dramatic views of the airfield to the west.

In recent years, traffic has been declining, but the expansion is still needed and welcome. Even before the Transportation Security Administration’s colonization of public space for its screening processes, SJC was cramped and inefficient. And after 9/11, security lines often spilled out of the main hall. The current modernizations will decrease the number of flight gates until traffic growth triggers a final expansion, while increasing floor space. Terminal A is gaining long-needed space for concessions, circulation, screening, baggage handling, and curbside check-in, and naturally the Terminal B components are being built to comfortable space standards.
The airport will create a new icon for San Jose.Technical advances will allow shared use of airline gates and counters, creating efficiencies and flexibility. The new construction is LEED-certified, and features generous daylighting, integral solar shading, and a low-speed, high-volume ventilation system. An ambitious tech-themed public art program will be in place at project completion next year.

When the project was initiated, then-mayor Ron Gonzalez had clear ambitions for the airport, seeking an iconic building that conferred a sense of place and arrival that would represent San Jose the way that the Sydney Opera House embodied its city. Since then, budget deficits have led the city to trade vision for caution, but the project still stands as a testament to more aspiring, budget-rich days.
John Pastier

Thứ Ba, 22 tháng 9, 2009

Inhabitat


Bubbletecture Stadium Popping Up in Melbourne

by Bridgette Meinhold, 09/08/09

melbourne rectangular stadium, melbourne, australia, sports stadium, stadium, geodesic dome, LED, rainwater collection

A bubbly new soccer and rugby stadium is popping up in Melbourne that will feature a highly engineered exterior structure combined with many sustainable features. Designed by Cox Architects, the Melbourne Rectangular Stadium is a marvel of architecture and engineering with it’s bubble-like facade inspired by Buckminster Fuller’s geodesic dome. Construction is fully underway, allowing a glimpse into how the cantilevered structure is being put together.

melbourne rectangular stadium, melbourne, australia, sports stadium, stadium, geodesic dome, LED, rainwater collection

When completed in 2010, the stadium will seat 30,000 spectators as they watch both the Melbourne Victory Soccer Team and the Melbourne Storm Rugby Club. The stadium will also house a sports medicine facility and many administrative offices for the city’s sports organizations. The stadium’s design was inspired by the geodesic dome and it features a unique cantilever design that provides shelter for the spectators without inhibiting their view of the game below.

The structure’s roof is skinned with a triangular panelized facade that uses 50% less steel than a typical cantilevered roof structure. The envelope is currently composed of combination of glass, metal and louvres, and in the future the architects hope to integrate photovoltaic thin-film into the design. During construction scaffolding is in place to put the domes together and once completed the scaffolding can be taken off and the structure will support itself. The dome will be lit up by thousands of LED lights and also feature rainwater collection, natural lighting, and natural ventilation.

+ Cox Architects

Via designboom

http://www.inhabitat.com/2009/09/08/bubbletecture-stadium-popping-up-in-melbourne/

Chủ Nhật, 13 tháng 9, 2009

FOA house

FOA house
The project is planned as a square plan pavilion with 10 meter side for el Clarín, located in the meadow, without dominant directions with the access emptying out of the cobble stone path flanking the train viaduct.
Photography: Claudio Manzoni
A building whose enclosure is of emerald glass suggesting forms without defining them, cut as well by transparent vertical tears arranged randomly to allow one to appreciate the remnants of the surroundings, images like vertical paintings that are recomposed creating a controlled reality. The process is like reading a newspaper, one goes cutting and pasting information intentionally.
At night the situation is inverted, the space is converted into a box of light with vertical windows that permit the decomposition and arming of fragments of the interior possessing a single eccentric column and roof that is raised toward the perimeter characterizing the space as a as a place of non-existent covering, accentuating the interior light.
The presence of the luminous walls with the transparencies that vertically cut to the surroundings, helps to give the sensation of levity as everything appears to float. The furnishings of the library are armed with pieces of different woods with triangular tables for the reference computers and two long wood benches.
The floor is made of separated wood boards forming an apparent deck over the tracks of the train that passes through the sight literally traversing the space. The exterior facades have a system of movable aluminum vertical elements from Hunter Douglas with two colors rotating with the wind, converting this building to an organism with a changing movement of colors and reflections.
The metal structure is supported over a foundation beam that is the support for the enclosure.
The pivoting door is of size that allows it to be perceived as an architectural element more than a functional security mechanism. It separates the entrance and exit as well as signals the access from a distance when it remains open.
Mathías Klotz Architect, Pontificia Universidad Católica de Chile, 1991. Winner of the Borromini Prize for Architects under 40, 2001 and first prize in the Biennial of Buenos Aires with de FOA house, 2008. He has been a studio professor of architecture in Santiago and Valparaíso. He has been a guest professor in Italy, Spain and Mexico. His works have been published and exposed in Europe, America and Asia. Since 2003 he has been Dean of the School of Architecture, Art and Design at the Universidad Diego Portales in Santiago.

Thứ Tư, 9 tháng 9, 2009

doancongnghiep


Nhà máy giày Nam Định

Không chỉ đảm bảo yếu tố tiện lợi trong sản xuất và sử dụng, nhà máy Giày Nam Định còn là một tổ hợp kết trúc có giá trị thẩm mỹ cao.

Tên dự án: Nhà máy giày Nam Định.

Địa điểm: Khu công nghiệp Thành phố Nam Định.

Chủ đầu tư: Youngone Corporation Company.

Quy mô: 3 tầng với tổng diện tích sàn 40.000m2

Giải pháp kết cấu:

- Tầng 1, 2 sử dụng bê tông lắp ghép của Vinaconex. Lưới cột 8x8m.

- Tầng 3: Dùng khung thép Zamil.

Vật liệu: Mái lợp Tônmát, kết hợp với tấm lợp thông minh lấy ánh sáng cho khu sản xuất

Kiến trúc:

Giải pháp tổ hợp khối, xác định rõ phân khu chức năng Hành chính - Sản xuất.

Các khu phụ như WC, cầu thang… được tổ hợp theo nhóm, tách ra khỏi không gian sản xuất. Nhờ đó mà không ảnh hưởng đến mặt bằng sản xuất. Các phân khu hành chính và khu phụ đều được sơn màu khác biệt so với khu sản xuất nên rất dễ nhận biết.

Niwwin

दोंकोन्ग्न्घेप