jinso pavilion
amsterdam / the netherlands
client
sojin holding
realization
2009
Extension to a catering pavilion on the Arena Boulevard in Amsterdam. The pavilion was also designed by cepezed in the 1990s. Due to the scale enlargement of the entire area during the last decade, the Municipality of Amsterdam requested the owner and operator to invest in high-quality expansion. The original building consists of an elongated, two-storey box measuring twenty by eight metres. In the initial designs, the extension involved a skin of ETFE cushions that constituted a roofed-over winter garden, stretching over the pavilion as a kind of rotation figure. As a result of various regulations and a refinement of the programme by the client, the concept eventually evolved into a transparent glass oval, more than 12 metres high and measuring 43 by 30 metres in length and width, accommodating wholly climatized bar and restaurant functions. On the ground floor, the main volume has a two-metre constriction, while the first floor has a gallery more than four metres wide. The façade and the roof are particularly striking. The façade consists of cold-bent insulation glass, which was bent and placed by means of suckers on the site itself. On the ground floor, the façade can be opened over more than three quarters of its length by means of a facetted folding wall in which every separate part has a different radius.
The façade accommodates three stability crosses, of which two are situated at the heads of the oval. These locations are also used for the organization of the stairs. The roof is more than 2.5 metres high and comprises eight large pneumatic cushions mounted on a refined detailed steel construction of facetted deltabeams. Each of the cushions consists of four layers of EFTE with three air chambers in each cushion. The EFTE bears a pattern through which the sun and light resistance can be regulated by a change in pressure in the innermost chamber. The air supply for the cushions is integrated in the construction. A cooling patio has been integrated in the roof for the building-related installations that must have contact with the outside world. The paving of the boulevard continues on into the pavilion. Embedded in large plant pots that were cast in the floor at the time of construction, the greenery appears natural and self-evident.
amsterdam / the netherlands
client
sojin holding
realization
2009
Extension to a catering pavilion on the Arena Boulevard in Amsterdam. The pavilion was also designed by cepezed in the 1990s. Due to the scale enlargement of the entire area during the last decade, the Municipality of Amsterdam requested the owner and operator to invest in high-quality expansion. The original building consists of an elongated, two-storey box measuring twenty by eight metres. In the initial designs, the extension involved a skin of ETFE cushions that constituted a roofed-over winter garden, stretching over the pavilion as a kind of rotation figure. As a result of various regulations and a refinement of the programme by the client, the concept eventually evolved into a transparent glass oval, more than 12 metres high and measuring 43 by 30 metres in length and width, accommodating wholly climatized bar and restaurant functions. On the ground floor, the main volume has a two-metre constriction, while the first floor has a gallery more than four metres wide. The façade and the roof are particularly striking. The façade consists of cold-bent insulation glass, which was bent and placed by means of suckers on the site itself. On the ground floor, the façade can be opened over more than three quarters of its length by means of a facetted folding wall in which every separate part has a different radius.
The façade accommodates three stability crosses, of which two are situated at the heads of the oval. These locations are also used for the organization of the stairs. The roof is more than 2.5 metres high and comprises eight large pneumatic cushions mounted on a refined detailed steel construction of facetted deltabeams. Each of the cushions consists of four layers of EFTE with three air chambers in each cushion. The EFTE bears a pattern through which the sun and light resistance can be regulated by a change in pressure in the innermost chamber. The air supply for the cushions is integrated in the construction. A cooling patio has been integrated in the roof for the building-related installations that must have contact with the outside world. The paving of the boulevard continues on into the pavilion. Embedded in large plant pots that were cast in the floor at the time of construction, the greenery appears natural and self-evident.
