This study examines how to change the vertical distribution of mean wind pressure of tall buildings when wind direction was changed. And the differences of ...
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The results of HFBB show that vegetation slightly increases the intensity of mean global wind load at along-wind directions, decreases the peak value of power ...
Jul 29, 2024 ¡¤ This article investigated the variation of the average wind pressure coefficient (AWPC) on cruciform-shaped tall buildings with the height–width ratio (HWR) ...
The findings of this study indicate the importance of considering the wind-related damage to low-rise buildings caused by strong winds generated by high-rise ...
Feb 20, 2020 ¡¤ On the leeside (face 2), higher energy levels are recorded at the pressure taps close to the corner and lower energy at the middle of the face.
The mean wind pressure on the lower surface of the platform is greater than the upper surface. The target building has a lower frequency of vortex shedding than ...
Aug 12, 2022 ¡¤ The wind pressure in the recessed cavities located on windward face is effected by both the separated flow and approaching flow, so the wind ...
Fluctuating wind pressure coefficients increase with the turbulence intensities, which are larger on upwind roof than those on leeward roof. Generally, there ...
These eddies give wind its gusty or turbulent character. The gustiness of strong winds in the lower levels of the atmosphere largely arises from interaction ...
Oct 1, 2024 ¡¤ Due to the differences in test conditions and wind field generation techniques, the wind pressure distribution is slightly different.