Building envelopes – A permeable interface for daylight and solar harvesting
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As a building physicis engineer specialized in daylighting and passive solar strategies for buildings, Marilyne Andersen provides an overview of her pioneering work in comfort and health implications of daylight, and on low-energy building technologies. Wi ...
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EPFL Solar Energy and Building Physics Laboratory (LESO-PB)2013
Substantial numbers of existing and new buildings are expected to survive long enough to experience perceptible shifts in climate ‘normals’ (averages). To predict a building's response to changes in typical weather, two inputs are required: weather data re ...
This paper presents a proof-of-concept for a goal-based simulation structure that could offer design support for daylighting performance aspects beyond conventional ones such as illumination, glare or solar gains. The framework uses a previously establishe ...
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Daylighting opens up a range of topics of investigation at the interface between architecture and building technology, especially when focusing on the integration of building performance in design. While it has a strong impact on human health and well-bein ...
Total energy consumption by com. and residential buildings in the US nears 40 Quads. Approx. 1/3 of that energy use is due to space heating and cooling. Recent anal. of materials that comprise the building envelope would benefit from smarter windows that m ...
