http://www.archdaily.com/299441/sporthalle-landheim-bruettisellen-l3p-architects/
Construction Management:
Thomet Bauleitungen Planungen AG, Kloten; Alberto De Giorgi
Civil Engineer:
Bona + Fischer Ingenieurbüro AG, Winterthur; Markus Fischer
Electrical Engineer:
Elektro-Design + Partner AG, Winterthur; A. Baiker
Heating Engineer:
Hans Spillmann AG, Kloten; Martin Nötzli
Entilation Engineer:
Thermatic AG, Zürich; Martin Oberholzer
Sanitation Engineer:
Sanitär Krucker AG, Brüttisellen; Paul Vogel
Building Physics:
Wichser Akustik & Bauphysik AG, Zürich; Stephan Huber
Elevation
Thirty-two socially challenged youths live in the occupational
training home in Brüttisellen where they also must spend their leisure
time. The range of leisure time activities has been increased through
the development of the 5/10/5 metre sport hall annex and the two
adjoining fitness studios. Through the double use of existing adjoining
rooms, the volume of the new building has been coupled with the main
building.
© Sabrina Scheja
As a flat building with the main body sunk 3 metres into the ground,
the extension closes the central garden courtyard off into an access
road. The contemporary design stands as a symbol for the development,
respectively for the accomplishment of the buildings development between
2006 and 2011. The newly developed ensemble with administration,
accommodation groups, schooling and leisure comprises all the building
stages up until now and is upgraded to a centre embodied in a newly
acquired free space.
© Sabrina Scheja
The circumferential window band of the new building shows the curious
visitor under the spell, one wants (and is allowed) to know which
function underlies this building. The façade becomes transparent and a
view in the courtyard is desired. With the evening bustle artificial
light supports the meaning of the newly articulated middle point of the
home.
© Sabrina Scheja
The building is punctured through the circumferential window band,
only a few precisely-assembled concrete support columns take over the
reduction of the load and the bracing of the roof. The statics system,
without a fixed grid dimension and with differing gradients of the
concrete columns, is a part of the architectural concept. The total
outer shell of the building, including the roof, is reduced to the
materials concrete and glass. The raw concrete is façade, statics,
earthquake resistance, moisture proofing and robust all in one. The
interior with its moisture barrier, insulation, soundproofing and a
sturdy surface in wood is the energy-efficient quick reacting inner
core. Totally within the proven concept – hard outer shell, soft core.
The interior wooden panelling is from large-sized plywood boarding of
French Jerusalem or Aleppo pine. To achieve an optimal acoustic, 85% of
the boarding needed to be perforated. The non-perforated surfaces from
approximately 40m2 were distributed through the room, so that a spiel
between perforated and non-perforated boarding was generated.
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