air, kg/m3 Fig. 1. Photo of a high-rise residential building in Hong Kong [9]. Hong Kong. This design allows individual flats to have more external wall and window areas but literature research shows that the effectiveness of this design in inducing wind-driven ventilation for residential units...
Wind driven ventilation including single-sided and double-sided is an effective technique in the tropical climate in order to enhance indoor air velocity in naturally ventilated buildings.
Due to the increasing cooling need, the market penetration of air-conditioners is further expected to rise. Natural Ventilation (NV), however, possesses great potential to save significant energy consumption especially for residential buildings in moderate climates.
Such details provide a deeper understanding and appreciation for Wind-Driven Ventilation In High-Rise Residential.
Keywords: Wind-driven ventilation; CFD; OpenFOAM; Numerical simulation; Low-rise buildings.Most structures built for residential, commercial and other purposes around the world can be classified as low-rise buildings (UEMATSU; ISYUMOV, 1999).
Several case clusters occurred in high-rise residential buildings in Hong Kong in the 2003 SARS (the severe acute respiratory syndrome) epidemic, which motivated a series of engineering investigations into the possible airborne transport routes.
Furthermore, visual representations like the one above help us fully grasp the concept of Wind-Driven Ventilation In High-Rise Residential.
In today's high-rise building designs, everyone's on the hunt for the perfect ventilation setupsomething that's safe, saves energy, and looks good too.
For wind-driven ventilation, outlet height has little influence on interior airflow, but inlet height has a great effect on the airflow pattern in the room. Positive pressures built up on the windward face of the building can direct the airflow up to the ceiling or down to the floor of the.
Semantic Scholar extracted view of "A review on wind driven ventilation techniques" by Naghman Khan et al.Enhancement of natural ventilation in high-rise residential buildings using stack system. R. PriyadarsiniK. CheongN.
