建筑节能
建築節能
건축절능
Building Energy EFFICIENCY
2015年
10期
67-72
,共6页
计算流体力学%风环境%绿色建筑
計算流體力學%風環境%綠色建築
계산류체역학%풍배경%록색건축
Computational Fluid Dynamics(CFD)%wind environment%green building
采用 CFD 计算流体力学方法对上海市某学校综合教学楼室外风环境进行了数值模拟计算,分析其室外人行区和活动区的风环境及建筑单体压力的分布情况。研究得出该建筑基本符合国家绿色建筑评价标准的条文要求:场地内风环境有利于室外行走、活动舒适和建筑的自然通风。可指导当地公共单体建筑的规划设计和方案决策,构建良好的室外风环境。
採用 CFD 計算流體力學方法對上海市某學校綜閤教學樓室外風環境進行瞭數值模擬計算,分析其室外人行區和活動區的風環境及建築單體壓力的分佈情況。研究得齣該建築基本符閤國傢綠色建築評價標準的條文要求:場地內風環境有利于室外行走、活動舒適和建築的自然通風。可指導噹地公共單體建築的規劃設計和方案決策,構建良好的室外風環境。
채용 CFD 계산류체역학방법대상해시모학교종합교학루실외풍배경진행료수치모의계산,분석기실외인행구화활동구적풍배경급건축단체압력적분포정황。연구득출해건축기본부합국가록색건축평개표준적조문요구:장지내풍배경유리우실외행주、활동서괄화건축적자연통풍。가지도당지공공단체건축적규화설계화방안결책,구건량호적실외풍배경。
Outdoor wind environment of a comprehensive teaching building in Shanghai is simulated based on the Computational Fluid Dynamics(CFD), to analyze the wind environment of the pedestrian precincts and activity area as well as the pressure distributed situation of the single building. The teaching building meets the following requirements of the Assessment Standard for Green Building: The wind envi-ronment in the sites is conductive to walking, comfortable activities and natural ventilation of the building. This simulation can guide the decision-making planning and design program of local public monomer building, and build a good wind environment.