설치높이에 따른 건축물 캐노피의 풍압분포
Pressure Distribution on Canopy of Building with Different its Location
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초록
The wind pressure on the canopy is determined by approaching flow and the flow separated from walls of a building. This paper is studied to examine the wind pressure on a canopy set with height in an eleven-story building. The wind tunnel experiment is carried out the boundary layer wind tunnel. The results show that peak positive and negative pressure coefficients on upper face of the canopy are increased with rising height of the canopy while the peak pressure coefficients on below face the is decreased. It was observed that the wind pressure on the placed canopy between the 11th floor caused by the stagnation point and 10th floor is modified positive pressure into negative pressure.
Abstract
The wind pressure on the canopy is determined by approaching flow and the flow separated from walls of a building. This paper is studied to examine the wind pressure on a canopy set with height in an eleven-story building. The wind tunnel experiment is carried out the boundary layer wind tunnel. The results show that peak positive and negative pressure coefficients on upper face of the canopy are increased with rising height of the canopy while the peak pressure coefficients on below face the is decreased. It was observed that the wind pressure on the placed canopy between the 11th floor caused by the stagnation point and 10th floor is modified positive pressure into negative pressure.
참고문헌 (11)
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