Double skin façade (DSF) has become an essential architectural element in modern
buildings. Its attractive appearance, better thermal and visual comfort, less energy …

Double skin facades (DSF) are an interesting and important architectural element in
buildings as they are visually very attractive and can, at the same time, lead to better …

The importance of climate change mitigation and energy efficiency as a growing global
concern has intensified the development of techniques to reach and improve thermal …

Using a double-skin facade for natural ventilation is not a new idea, but the behind
mechanism and impacts of those environmental and designing factors on its performance …

Natural ventilation through double-skin façades shows promising effects in building energy
saving, but the possible potential and behind mechanisms with low-e glazing remain to be …

Opaque ventilated façades have gained attention in the last years due to their cooling load
reduction. The double skin façade (DSF) is a well-known device and is an ideal system to …

Although the angular dependence of optical properties has long been recognised in
transparent glazing facades, the impact of such dependence on natural ventilation between …

In this research, a double skin facade integrated with amorphous silicon photovoltaic blinds
(PVB-DSF) is experimentally investigated. This structure can fulfill multiple functions of the …

A zonal method based on the airflow model is developed to predict the temperature and
airflow of the natural ventilated double skin facade (DSF) with Venetian blinds. Ventilation …

Indoor air quality is an important issue for improving and maintaining the indoor environment
because it is directly related to people's health and work performance. These days, in many …