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Showing posts with label Buildings. Show all posts
Showing posts with label Buildings. Show all posts

Sunday, May 29, 2011

Hongkong and Shanghai Bank Building

The building was designed by the British architect Norman Foster. From the concept to completion, it took 6 years (1979-1985). The building is 180-metres high with 47 storeys and four basement levels. The building has a module design consisting of five steel modules prefabricated in the UK by Scott-Lithgow Shipbuilders near Glasgow, and shipped to Hong Kong. 30,000 tonnes of steel and 4,500 tonnes of aluminium were used. It was an urban legend that the building’s modular design enables it to be dismantled and moved, if there was any possibility of a disrupted handover to the People’s Republic of China.
The main characteristic of HSBC Hong Kong headquarters is its absence of internal supporting structure. Another notable feature is that natural sunlight is the major source of lighting inside the building. There is a bank of giant mirrors at the top of the atrium, which can reflect natural sunlight into the atrium and hence down into the plaza. Through the use of natural sunlight, this design helps to conserve energy. Additionally, sun shades are provided on the external facades to block direct sunlight going into the building and to reduce heat gain. Instead of fresh water, sea water is used as coolant for the air-conditioning system.

All flooring is made from lightweight movable panels, under which you can find a comprehensive network of power, telecommunication, and air-conditioning systems. Hence installation of equipment or computer terminals becomes far easier.

The requirement to build in excess of one million square feet in a short timescale suggested a high degree of prefabrication, including factory-finished modules, while the need to build downwards and upwards simultaneously led to the adoption of a suspension structure, with pairs of steel masts arranged in three bays. As a result, the building form is articulated in a stepped profile of three individual towers, respectively twenty-nine, thirty-six and forty-four storeys high, which create floors of varying width and depth and allow for garden terraces. The mast structure allowed another radical move, pushing the service cores to the perimeter so as to create deep-plan floors around a ten-storey atrium. A mirrored sunscoop reflects sunlight down through the atrium to the floor of a public plaza below a sheltered space that at weekends has become a lively picnic spot. From the plaza, escalators rise up to the main banking hall, which with its glass underbelly was conceived as a shop window for banking.



The bridges that span between the masts define double-height reception areas that break down the scale of the building both visually and socially. A unique system of movement through the building combines high-speed lifts to the reception spaces with escalators beyond, reflecting village-like clusters of office floors. From the outset, the Bank placed a high priority on flexibility. Interestingly, over the years, it has been able to reconfigure office layouts with ease, even incorporating a large dealers room into one floor – a move that could not have been anticipated when the building was designed.

Wednesday, May 19, 2010

Manchester Civil Justice Centre by DCM









An international competition-winning design for the headquarters of the Ministry of Justice in the North West of England, the biggest court complex to be built in the UK since the Royal Courts of Justice in London. The building provides accommodation of around 34,000m² on 15 levels. It houses 47 courtrooms, 75 consultation rooms, in addition to office and support space. From the exterior, it signals and literally displays the accessibility of the courts. This building is part of the city, and the city part of the building. The working courts and offices are expressed as long rectilinear forms, articulated at each floor level, and projecting at each end of the building as a varied composition of solid and void. In side elevation, these elements collectively establish a dynamic and distinctive building profile; in end elevation, they form a powerful sculptural interplay of light and shade, depth and complexity. The architectural implication is that the courts are not forbidding or concealed, but open and accessible.

Friday, March 19, 2010

Student apartments by Ofis Arhitekti








Slovenian architects Ofis Architekti have won a competition to design student accommodation in Paris, France.The project is situated on the Stade de Ladoumègue in the 19th district of the city and is part of an urban development by Reichen & Robert architects.The design consists of two buildings, clad in bamboo, with a shared garden between them.The accommodation includes dormitories on the ground floor and 192 studio apartments.

CET Budapest by ONL




Architects ONL (Oosterhuis Lénárd) have designed a whale-shaped building between two existing warehouses on the banks of the river Danube in Budapest, Hungary. The project also involves the renovation of the warehouses, which will be shortened by 20 metres to make way for a new square. The 27,000 square metre development will be used as a cultural and commercial centre with a large event hall, retail units and catering units; building is due for completion in 2010.