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拔风井对改善办公建筑过渡空间自然通风效果的模拟与验证——以华南理工大学广州国际校区大数据实验中心为例 被引量:2

Simulation and Measurement of Ventilating Shaft on Natural Ventilation of the Office Building Taking the Big-data Experiment Center of Guangzhou International Campus of SCUT as an Example
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摘要 从建筑师视角,以华南理工大学广州国际校区大数据实验中心为模拟对象,基于"方案设计-模拟选型-实测验证"思路,运用CFD软件模拟量化拔风井满足设计条件下的各种工况的通风效果,根据模拟结果选取最合理的拔风井形式,在项目中加以实施,最后展开实测验证,旨在探讨拔风井作为一种绿色技术,经由设计师有的放矢的统筹设计、模拟选型到投入实践运用,以使其发挥最大节能效果。 Taking the Big-data Experiment Center of Guangzhou International campus of SCUT as an example,the research is based on the idea that“design-simulation-measurement”from the view of architects.The simulation of the different cases that ventilating shaft improves the effect of natural ventilation in transitive space by thermal pressure ventilation is done on the platform of the CFD software.The preferred shape of the ventilating shaft from the simulation is used in the project,the effect of the ventilating shaft on natural ventilation is verified by the measurement.This research is aimed at the possibility and the availability of ventilating shaft on natural ventilation by means of combining design with simulation.
作者 贾佳 倪阳 贺维桢 JIA Jia;NI Yang;HE Weizhen
出处 《建筑学报》 CSSCI 北大核心 2021年第S02期86-93,共8页 Architectural Journal
基金 “十三五”国家重点研发计划(2017YFC0702300)
关键词 办公建筑 过渡空间 自然通风 拔风井 模拟 验证 office building transitive space natural ventilation ventilating shaft simulation measurement
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