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Table of contents
- Case study on wind catchers in 2021
- Modern wind catcher design
- Wind catcher dimensions
- Wind catcher in modern architecture
- Wind catcher systems norway
- Modern wind catchers
- Wind catcher tower
- Hanging wind catchers
Case study on wind catchers in 2021
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Modern wind catcher design
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Wind catcher dimensions
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Wind catcher in modern architecture
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Wind catcher systems norway
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Modern wind catchers
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Wind catcher tower
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Hanging wind catchers
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How are wind towers used to study buildings?
In another study, Ghadiri et al. [26] examined the effect of traditional wind towers’ geometry on the internal thermal behavior of a building. They used FLUENT software for simulation of two different square wind towers. Results of their studies help the researchers to better understand how the traditional wind towers work.
How are wind towers used for passive ventilation?
The results obtained can be used for designing better wind towers with higher performance. Tavakolinia [29] suggested using a wind tower and a solar chimney in a building for natural ventilation and heating. In fact, a passive cooling system was used to create thermal comfort for inhabitants.
How are the pads in a wind tower kept wet?
These pads are placed at the apertures on top of the wind tower and are kept wet by spraying water on them. The air passing through these pads is evaporatively cooled and therefore its density is increased. Since the cooler air is heavier than the ambient air, there will be a downward circulation of the air [1], [6], [7].
How are wind tunnels used to measure experimental results?
A wind tunnel was used to measure the experimental results. The model wind tower was connected to a model house. In the investigation of experimental and numerical model, the pressure coefficient distribution and airflow pattern around and through the wind tower at various wind angles were evaluated.
Last Update: Oct 2021