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 façade (DSF) as a passive renewable technique has been widely used due to
its ability to reduce energy consumption by enhancing natural ventilation. However, previous …

Wind-induced vibration plays a significant role in the design of tall buildings, primarily due to
serviceability requirements for occupant comfort and structural safety. As a result, several …

The demand for tall buildings has increased over the past decades for cultural, financial, and
technological reasons. Such slender structures are more flexible and vulnerable to wind …

Double-skin façades (DSFs) are high-efficiency systems traditionally used to improve the
natural ventilation of buildings for energy-saving purposes and their aesthetic improvement …

Slender buildings are prone to vortex-induced vibrations and turbulence-induced buffeting.
Usually, vortex-induced vibrations govern the strength and serviceability design criteria. The …

Double-skin façades often rely on proper cavity design, which unleashes a significant
potential for inhabitation and renewable energy integration in cold climates. A co-model …

Challenges imposed by the increasing energy demand in buildings had directed research
towards investigating more energy efficient designs, which were usually aided by …

Wind loads on tall buildings with porous double-skin façade (PDSF) systems were studied
for various wind characteristics. Experiments were performed on a small-scale building …

We investigate the three-dimensional (3-D) flow around and through a porous screen for
various porosities at high Reynolds number. Historically, the study of this problem has been …