Ingenieur Ingenieur Vol 94 2023 | Page 41

Wind velocity vector and contour horizontally across the Ground Floor of the building ( Z-X plane )
Wind velocity vector and contour horizontally across Level 8 of the building ( Z-X plane )
The wind profile across the Ground Floor of the building shows the rows ' definition of location . From the wind profile at Level 8 of the building , it can be observed clearly that a relatively high airflow velocity has occurred .
Wind velocity vector and contour horizontally across Level 4 of the building ( Z-X plane )
Wind velocity vector and contour horizontally across Level 12 of the building ( Z-X plane )
The building ' s wind profile at Level 4 and 12 exhibited a similar scenario . The initial wind direction passed through row 1 of the building floor and travelled outwards to the void . Relatively low velocity of air flows passed through row 2 , row 3 , and row 4 of the floor .
Case 2 : Wind acted 45 0 ( edge ) from the building wall
Wind velocity vector and contour vertically across the entire building ( Z-Y plane )
Wind velocity contour vertically across the entire building ( X-Y plane )
For case 2 , the wind travelled vertically across the entire building and acted similarly to Case 1 , i . e ., through an open space on the Ground Floor ( from left to the right ) and upwards through the void .
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