CLIMATE-ADAPTIVE FACADES
Designing responsive building skins as a coactive approach to integral energy saving design and user comfort in architecture
A PhD project by Torsten Sack-Nielsen
Designing responsive building skins as a coactive approach to integral energy saving design and user comfort in architecture
A PhD project by Torsten Sack-Nielsen
Contemporary facade designs face the challenge of tightened building legislation, with high demands on both maximized user-comfort and minimized energy consumption. In order to cope with various states of both inner and outer climatic conditions, static façade solutions seem inappropriate to fulfil a broader range of requirements. Dynamic solutions are needed instead.
The objective of the research is to unfold the potential of façades to be both responsive and performative towards various climatic conditions, in order to achieve a good indoor climate and contribute actively to the low energy profile of the building.
The research employs a methodology of research-by-design experiments to investigate the shape-changing surface abilities and material-embedded properties of multi-functional materials. The outcomes of these experiments are a series of proposals for alternative façade concepts that extend the possibilities of climate-adaptive building design through dynamic behaviour.
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