A következő címkéjű bejegyzések mutatása: Kis Dániel. Összes bejegyzés megjelenítése
A következő címkéjű bejegyzések mutatása: Kis Dániel. Összes bejegyzés megjelenítése

2013. március 3., vasárnap

L3P Architects - Sporthalle Landheim Bruettisellen - Bassersdorf, Switzerland, 2010

http://www.archdaily.com/299441/sporthalle-landheim-bruettisellen-l3p-architects/
Architects: L3P Architects
Location: Bassersdorf,
Area: 980 sqm
Year: 2010
Photographs: Sabrina Scheja

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.

eins:eins architekten - Sprach und Bewegungszentrum - Hamburg, Germany, 2013

http://www.archdaily.com/326090/sprach-und-bewegungszentrum-einseins-architekten/
Architects: L3P Architects
Location: Bassersdorf,
Area: 980 sqm
Year: 2010
Photographs: Sabrina Scheja

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.

LAN Architecture - Gymnasium and Town Hall Esplanade - Chelles, France, 2012

http://www.archdaily.com/300818/gymnasium-and-town-hall-esplanade-lan-architecture/
Architects: LAN Architecture
Location: Place de l’Hôtel de Ville, , France
Project Manager: Chelles Town Council
Contractor: BETEM
Heq Engineering Consultant: Isabelle Hurpy
Budget: 3.85M € excl. VAT
Area: 2,200 sqm
Year: 2012
Photographs: Julien Lanoo


© Julien Lanoo
The agora
The design of the gymnasium and the square of central Chelles was an opportunity to use an architectural project to address urban issues that have been left aside in past developments. The plot is indeed in a central position between the Park of Remembrance Emile Fouchard, the town hall, the Weczerka high school and the centre for contemporary art «les églises»: a highly heterogeneous environment where all the symbols and powers of the city (the church, State, culture, education and sports) are concentrated.
© Julien Lanoo
All these components, in this case, seem more juxtaposed than actually ordered, despite the delicate intervention by Marc Barani and Martin Szekely transforming the two churches into a center of contemporary art.
© Julien Lanoo
The aim of this project is to replay this rescheduling, elevating it into the category of an agora. The space, therefore, was in need of a strategic, volumetric insertion and an idea, contributing to the completion of the history and a new perception of the whole.
plan
Urban role of the new building
Based on this observation, we considered the project as an operation of urban reassembly in which the gym and esplanade play the role of articulation. We relied on a detailed analysis of the operation, sequences and the scales of the various components. The orthogonal footprint of the building is parallel to the facades of the high school and the town hall. In this way, it helps to redefine and enhance urban spaces as well as to connect the park to the church through a journey.
© Julien Lanoo
These public spaces, the piazza and the new pedestrian street, are drawn in a conventional manner: regular, surrounded and defined by buildings.
© Julien Lanoo
An urban object, a «catalyst» of views
Once the volumes were constructed, the challenge of the architectural project has resided in the renewal of the traditional vocabulary of the gym: very often, we deal with an opaque box, blind and deaf to the context in which it occurs.
elevation
Here, we had to escape from the imagery related to sports facilities to implement an object which «lets us see» a fragmenting urban kaleidoscope, diffracting and reflecting the image of the surrounding buildings in order to respond with a new, more sensitive vision.
© Julien Lanoo
To this end, the facade is composed of two layers, the first (the glass) reflecting and letting in light, and the second (the copper), coloring and magnifying the reflection, providing protection from glass impacts.
diagram
While the simple shape and the orthogonal location of the building allows to order spaces, the facades create an ambiguity emptying the building of its materiality, making it disappear. The whole gives an impression of lightness and magic. At night, the game is reversed.
© Julien Lanoo
The gym, with its style and footprint, aims to be the symbol of a new vision of the city.
© Julien Lanoo
Internal organization
Once the urban strategy and the treatment of the facades were defined, the simplicity of the volumes allowed to turn the spatial organization of the gym into an efficient and functional area.
© Julien Lanoo
The technical system used for the envelope is simple: a steel structure, the bottom of the glass facades made of a concrete wall insulated by an indoor copper cladding. This double skin provides an ideal sound insulation. The copper, plated on timber, absorbs noise and reduces resonance in high volume areas such as multisport halls. The realization of this project is also a good example of an eco-construction.
© Julien Lanoo
A project based on the logic of eco-construction
Thermal insulation Ranked at the Very High Energy Performance (THPE) level, the building ensures a high level of comfort thanks to the inertia of its insulated concrete walls that contribute to cooling in summer and limited heat loss in winter. It is reinforced by the presence of night ventilation in the spaces. The system used consists of a power plant processing dual-flow air recovering energy from exhaust air. Each façade is equipped with a glazing area of 2.28 m2, STADIP 44.2 «securit» type, on the external side and tempered glass (8 mm), with a 14mm argon heat-resistant blade.
© Julien Lanoo
Heating
The site is directly connected to the city’s geothermal heat network. A heating programmer prior to space occupancy is also implemented. The heat distribution ensures the needs of hot water and heating the gym, an extension, changing rooms and circulation spaces.
© Julien Lanoo
Electricity
Thirty-two photovoltaic modules with an output of 7360 Watts, or 6600 VA for resale to EDF, have been installed.
© Julien Lanoo
Water management
Outside, the rainwater recovery system works together with the green roof. It supplies the gymnasium’s sanitary areas and the surrounding greenery.
© Julien Lanoo
Lighting
The building receives natural light through large windows on the curtain wall and roof. It is emphasized by the external presence of a LED light recessed floor. The access points are marked by candelabra. Presence detectors are being used in all interiors, except for the great hall, optimizing power management based on attendance.