Natural ventilation nowadays has been paid great concerns due to its zero carbon emission
and good performance on the human health. In engineering applications, cross ventilation …

Energy demand in cooling-dominant climates can be reduced by implementation of natural
ventilation as a passive cooling strategy. Accordingly, suitable evaluation and prediction …

Purpose Natural ventilation is an environmentally friendly effective way of improving thermal
comfort and the quality of indoor conditions if applied properly. This study aims to investigate …

Natural ventilation, which is in line with the concepts of sustainability and green energy, is
widely acknowledged nowadays. Prevailing winds in urban areas are unavoidably modified …

The objective of this work is to assess the impact of climate interactive facade systems
(CRFS) on cooling energy in fully glazed buildings. This work integrates building energy …

Urban construction activities generate particulate matter (PM), which poses a severe threat
to urban residents' quality of life. The complex topography of urban areas and turbulent air …

Natural ventilation is an energy saving system for the building to ensure occupant's physical
comfort. It has also no contribution to the atmospheric pollution as well as the global …

Well planned natural ventilation strategies and systems in the built environments may
provide healthy and comfortable indoor conditions, while contributing to a significant …

Thermal comfort is an imperative factor that determines the health and productivity of the
occupants living in residential buildings. The growing health related symptoms and demand …

The performance of wind driven natural ventilation is influenced significantly by the
boundary conditions set for the wind. In real conditions the wind direction is fluctuating …