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This research aims to demonstrate a model of Double Skin Facade (DSF) that functions efficiently in hot and dry climates.
The present paper resumes the results of airflow measurements inside a naturally ventilated double skin facade using a tracer gas technique.
Additionally, simulations were performed on the case study building with and without double skin facade, to assess the effectiveness of the facade.
The thermal characteristics of a cavity in a double skin facade (DSF) may vary according to the design of the DSF, since the DSF layers are generally fully glazed.
Among the conducted investigations, the paper includes the case study analysis for the experimental applications of a double skin facade aimed at finding out the optimal configurations that could utilize daylighting demands.
This paper presents a thermal simulation validation study of the typical precision that a trained thermal simulation engineer can expect to obtain for the simulation of a room connected to a naturally ventilated double skin facade.
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Research on the performance of double skin facades mostly considers cold and moderate climates.
To combat this phenomenon in colder climates, architects have turned to using double skin facades.
The need for environmental friendly and energy efficient building design has stimulated the design of new facade technologies, including various configurations of double skin facades.
Different kinds of double skin facades (DSFs) are nowadays used as a building envelope to reduce the energy demand and improve aesthetical view of buildings.
An accurate assessment of the airflow in naturally ventilated double skin facades (DSF) is crucial for a correct design and performance evaluation.
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