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 ...
Continuous and stagger arranged vertical plates can significantly decrease the layer forces at the wind direction of 0¡Æ and the largest decrement of fluctuating ...
Jul 29, 2024 ¡¤ With the HWR decrease, both positive and negative wind pressure intensified. Along the central axis (M1) in the vertical direction, wider ...
The along-wind mean base moment coefficient of X-shaped model is increased by 10.0% in 90¡Æ wind direction. The wind force characteristics of T-shaped models are ...
In this study, the characteristics of wind pressure on a reduced-scale model of a slab-shaped high-rise building were analyzed experimentally.
Jul 10, 2024 ¡¤ The measurement accuracies were ¡¾0.5 m/s for wind speed, ¡¾1¡Æ for direction, and up to about 30% for turbulence intensity. Figure 2(b) shows the ...
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.
This paper studies the wind pressure distribution over the Commonwealth Advisory Aeronautical Council building model (CAARC model) using CFD.
Jul 19, 2014 ¡¤ As the side ratio of building increases, the torque developed due to uneven mean pressure distribution around the building walls also increases.