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      자연환기 도입을 위한 풍속 2.5m/s 이하에서의 외피 풍압계수 분포 특성에 관한 실험적 연구

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      https://www.riss.kr/link?id=A60102361

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      Natural ventilation has the potential to reduce energy consumption and operating costs compared with mechanical ventilation. A pressure coefficient(Cp) is a dimensionless number which describes the relative pressures throughout a flow field and it is used for calculating airflow rates. However, fluctuation of wind velocity is very large and the velocity is below 2.5㎧. Purpose of this study is to analyze the characteristics of pressure coefficient distribution in low wind velocity below 2.5㎧ through long term measurement. In above 4㎧, △Cp values are similar with AIVC Database. However, In low wind velocity, there are much difference in △Cp between measurement and database and fluctuation of △Cp is very large.
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      Natural ventilation has the potential to reduce energy consumption and operating costs compared with mechanical ventilation. A pressure coefficient(Cp) is a dimensionless number which describes the relative pressures throughout a flow field and it is ...

      Natural ventilation has the potential to reduce energy consumption and operating costs compared with mechanical ventilation. A pressure coefficient(Cp) is a dimensionless number which describes the relative pressures throughout a flow field and it is used for calculating airflow rates. However, fluctuation of wind velocity is very large and the velocity is below 2.5㎧. Purpose of this study is to analyze the characteristics of pressure coefficient distribution in low wind velocity below 2.5㎧ through long term measurement. In above 4㎧, △Cp values are similar with AIVC Database. However, In low wind velocity, there are much difference in △Cp between measurement and database and fluctuation of △Cp is very large.

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