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Efficient Complex Geometries

Efficient Complex Geometries - Parametric Design

The purpose of this research is to assess daylight performance of buildings with climatic responsive envelopes with complex geometry that integrates shading devices in the façade. To this end two case studies are chosen due to their complex geometries and integrated daylight devices. The effect of different parameters of the daylight devices is analysed through Climate base daylight metrics (CBDM). The case studies are based on the Esplanade buildings in Singapore and Kunsthaus Graze in Austria. Climate base daylight metrics such as Daylight Availability and Useful Daylight Illuminance are used. DIVA (daylight simulation), and Grasshopper (parametric analysis) plug-ins for Rhinoceros have been employed to examine the dynamic range of performance possibilities.

Efficient Complex Geometries - Parametric Design

Efficient Complex Geometries - Parametric Design

Efficient Complex Geometries - Parametric Design

Efficient Complex Geometries - Parametric Design

Efficient Complex Geometries - Parametric Design

Efficient Complex Geometries - Parametric Design

Efficient Complex Geometries - Parametric Design

Efficient Complex Geometries - Parametric Design

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