news from the lab 2017

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Architecture



Results 1 - 6 of 6.

Civil Engineering/Traffic Engineering - Architecture
12.10.2017
Construction prototype for ultra-thin roof
Construction prototype for ultra-thin roof
Researchers from ETH Zurich have built a prototype of an ultra-thin, curved concrete roof using innovative digital design and fabrication methods.
Civil Engineering/Traffic Engineering - Architecture
05.07.2017
Concrete from wood
Concrete from wood
Researchers from the National Research Programme "Resource Wood" have developed a type of concrete that largely consists of wood. The building material offers the construction industry new possibilities and is based in large part on renewable resources. Houses can be made of wood, as they were in the past - or of concrete, as they are today.
Architecture - Environment/Sustainable Development
03.06.2017
A self-sufficient home with solar panels installed only on its facade
A self-sufficient home with solar panels installed only on its facade
EPFL, in association with the School of Engineering and Architecture of Fribourg, the Geneva School of Art and Design and the University of Fribourg, is taking part in the 2017 international Solar Decathlon competition.
Civil Engineering/Traffic Engineering - Architecture
10.04.2017
Modern construction using long-forgotten techniques
Modern construction using long-forgotten techniques
Researchers at ETH Zurich's Department of Architecture (D-ARCH) have developed a concrete floor system that does not require steel reinforcement and is 70 percent lighter than conventional concrete floors.
Architecture - Environment/Sustainable Development
16.03.2017
Measuring the impact of a city's buildings on the weather
Measuring the impact of a city's buildings on the weather
A new model developed at EPFL can help engineers and meteorologists quickly calculate the effect that city buildings have on local weather patterns. A blinds manufacturer is already interested in it, and climate scientists could be next. The shape of city buildings, how they are arranged, and the heat they generate all affect the local weather.
Life Sciences - Architecture
21.02.2017
New computer model shows how proteins are controlled
New computer model shows how proteins are controlled "at a distance"
EPFL scientists have created a new computer model that can help better design of allosteric drugs, which control proteins ‘at a distance'. Enzymes are large proteins that are involved in virtually every biological process, facilitating a multitude of biochemical reactions in our cells. Because of this, one of the biggest efforts in drug design today aims to control enzymes without interfering with their so-called active sites - the part of the enzyme where the biochemical reaction takes place.

 
 
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