Numerical computation of natural ventilation system at the top floor of a multistory building in Dhaka city

Zavid Iqbal Bangalee, M. Ferdows, Roushanara Begum
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Abstract

urban environment studies have become more and more critical in the past decades because of the rapid development of urbanization in industrial countries. Temperature, velocity, average mass flow, etc. at different unit on the top floor of a multistory building are discussed here. For the numerical computation of the air flow inside the building rooms, the k−ε turbulence model is used. ANSYS CFX software is used to solve the governing equations. For modeling the building, Bangladesh's national building code is applied. The turbulence model is also validated by comparing the result with an experimental result and a numerical result. Satisfactory ventilation rate is also ensured by comparing the result with ANSI/ASHRAE Standard 62.1-2004. Journal of Bangladesh Academy of Sciences, Vol. 44, No. 2, 161-178, 2020
达卡市某多层建筑顶层自然通风系统的数值计算
近几十年来,由于工业化国家城市化的快速发展,城市环境研究变得越来越重要。本文讨论了多层建筑顶楼不同单元的温度、速度、平均质量流量等。对于建筑室内气流的数值计算,采用k−ε湍流模型。采用ANSYS CFX软件对控制方程进行求解。为了对建筑进行建模,采用了孟加拉国的国家建筑规范。通过与实验结果和数值结果的比较,验证了湍流模型的正确性。通过与ANSI/ASHRAE标准62.1-2004的比较,保证了满意的通风量。孟加拉国科学院学报,第44卷,第2期,161-178,2020
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