Embedded Files
Cite:
Cite:
Mohammadi, E., Jarkeh, M., Zolfaghari, S.A. et al. Effect of resilient architecture in an ancient windmill in the Sistan region on natural ventilation enhancement. Sci Rep 12, 18240 (2022). https://doi.org/10.1038/s41598-022-23027-w
2022_Scientific Reports.pdfDust removal from WV2 due to vacuum
Dust removal from WV2 due to vacuum
Dust movement in Western Corridor due to vacuum in holes
Dust movement in Western Corridor due to vacuum in holes
Measurement in Western corridor including WV1-3
Entrance
EV2 (The Vent over the door)
RV1 and WV4
WV4
EV1-2
WV1-4
Measurement
3D AutoCAD_ N-S section
3D AutoCAD_ E Corridor
3D AutoCAD_ W Corridor
Mesh
Scenarios
Scenarios
The scenarios were selected based on the Sistan wind rose, analysed by 65 years of wind data. In total, four different wind scenarios were selected.
2 scenarios for wind direction (17 and 30)
2 scenarios for wind speed (10 , 15 m/s)
Results
Results
Vortices behind deflectors lead to changing the wind direction and laminar flow on the vents. By this, the vacuum from vents would be guaranteed.
Vortices behind deflectors lead to changing the wind direction and laminar flow on the vents. By this, the vacuum from vents would be guaranteed.
Mohammadreza (Reza) Jarkeh
Dr. V. (Vahid) Arbabi
Ms. E. (Elham) Mohammadi
Dr. A. (Alireza) Zolfaghari
Page updated
Google Sites
Report abuse