Offener Wettbewerb | 05/2016
New Nanoscience & Nanotechnology Centre at Tel Aviv University
©Zahry / PEZ
New University Gateway
Finalist
Preisgeld: 50.000 USD
Architektur
Architektur
Bauingenieurwesen
Bauingenieurwesen
Erläuterungstext
CONCEPT
New place for Nanoscience and Nanotechnology that will engage, inspire and encourage different audiences and redefine the paradigm of the laboratory building by creating flexible and modular laboratories supplemented by a generous space for communication and collaboration.
CONSTRUCTION SOLUTIONS
Structure
— a structure with regular spans and columns penetrating the clean room slab (the columns are separated from the slab);
— concrete frame, columns and shear walls supporting full depth flat slabs or waffle slabs;
— concrete walls around staircases, elevators, shafts and some of the technical rooms uti lized as stiffening cores.
Foundation
— shallow foundations under the columns and mat-slab foundations under the stiffening cores;
— foundations supporting the clean room substructure completely separated from other foundations supporting the main structure.
Facade
— glazed envelope protected and framed by a second white exterior skin, consisting of an efficient grid of vertical and horizontal components interweaving with the main structure of the building;
— grid consisting of large-format but light prefabricated elements, made of textile reinforced concrete;
— glazed surfaces maximizing the use of natural light and improving the thermal balance of the building.
CLEANROOM AND LABORATORIES
— the socalled ‘magic box’ based on a modular grid allows future changes to laboratories;
— all laboratories serviced from a shaft with util- ities such as electricity, gas, water, HVAC that encircles the ‘magic box’;
— the cleanroom floor slab is completely separated from the structure above it, which isolates the cleanroom area from vibration.
ENGINEERING AND SUSTAINABILITY
— passive warming of the structure in winter months, sun protection in summertime;
— use of the thermal mass of the building;
— natural ventilation;
— shaft wall concept potentially allowing to save 30 cm in the height of the ceiling’s build-up as all laboratories are fed directly from the shaft.
Total Gross Area (m2) 7 736 Building height (m) 22.3
New place for Nanoscience and Nanotechnology that will engage, inspire and encourage different audiences and redefine the paradigm of the laboratory building by creating flexible and modular laboratories supplemented by a generous space for communication and collaboration.
CONSTRUCTION SOLUTIONS
Structure
— a structure with regular spans and columns penetrating the clean room slab (the columns are separated from the slab);
— concrete frame, columns and shear walls supporting full depth flat slabs or waffle slabs;
— concrete walls around staircases, elevators, shafts and some of the technical rooms uti lized as stiffening cores.
Foundation
— shallow foundations under the columns and mat-slab foundations under the stiffening cores;
— foundations supporting the clean room substructure completely separated from other foundations supporting the main structure.
Facade
— glazed envelope protected and framed by a second white exterior skin, consisting of an efficient grid of vertical and horizontal components interweaving with the main structure of the building;
— grid consisting of large-format but light prefabricated elements, made of textile reinforced concrete;
— glazed surfaces maximizing the use of natural light and improving the thermal balance of the building.
CLEANROOM AND LABORATORIES
— the socalled ‘magic box’ based on a modular grid allows future changes to laboratories;
— all laboratories serviced from a shaft with util- ities such as electricity, gas, water, HVAC that encircles the ‘magic box’;
— the cleanroom floor slab is completely separated from the structure above it, which isolates the cleanroom area from vibration.
ENGINEERING AND SUSTAINABILITY
— passive warming of the structure in winter months, sun protection in summertime;
— use of the thermal mass of the building;
— natural ventilation;
— shaft wall concept potentially allowing to save 30 cm in the height of the ceiling’s build-up as all laboratories are fed directly from the shaft.
Total Gross Area (m2) 7 736 Building height (m) 22.3
Beurteilung durch das Preisgericht
Zarhy+Pez's design's main feature is glass facades. The glass constructions are suggested to be protected by a second white 'skin', a multifunctional grid made of vertical and horizontal components interweaving with the main structure of the building. According to the authors' concept the glass surfaces maximize the use of natural light and improve the temperature balance inside the building. In order to have comfortable working conditions in the building it will be equipped with a system of passive heating in winter and sunlight protection in summer.
©Zahry / PEZ
main
©Zahry / PEZ
Einstein square
©Zahry / PEZ
living room
©Zahry / PEZ
top floor patio
©Zahry / PEZ
typical laboratory
©Zahry / PEZ
main entrance
©Zahry / PEZ
©Zahry / PEZ
©Zahry / PEZ
©Zahry / PEZ