环境科学与管理2025,Vol.50Issue(1) :43-47.

绿色建筑与风环境设计融合的计算流体力学模拟技术应用研究

Application of Computational Fluid Mechanics Simulation Technology Integration Green Building and Wind Environment Design

徐刚
环境科学与管理2025,Vol.50Issue(1) :43-47.

绿色建筑与风环境设计融合的计算流体力学模拟技术应用研究

Application of Computational Fluid Mechanics Simulation Technology Integration Green Building and Wind Environment Design

徐刚1
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作者信息

  • 1. 上海震旦职业学院,上海 201908
  • 折叠

摘要

在绿色建筑行业高速发展的背景下,对风环境设计的合理运用显得尤为重要.研究融合建筑风工程学与计算流体力学基础理论,开展了对不同建筑布局和地形地貌条件下建筑风环境的理论分析.并利用CFD模拟技术对不同建筑布局下的风环境进行分析验证.结果显示,自由式布局的舒适风区面积占比最大,达到 71.02%,较其他布局方式提升了11.15%至18.95%,文章技术能够提升建筑室外风环境的评估和设计质量,对提高室外及室内风环境的舒适度和安全性有积极效果.

Abstract

The rational use of wind environment design is particularly important under the background of the rapid development of green building industry.The basic theory of building wind engineering and computational fluid dynamics is studied and integrated,and the theoretical analysis of building wind environment under different building layout and landform conditions is carried out.The CFD sim-ulation technology is used to analyze and verify the wind environment under different building layouts.The results show that the area of comfortable wind zone with freestyle layout accounts for the largest proportion,reaching 71.02%,which is 11.15%to 18.95%higher than other layout methods.This technology can improve the evaluation and design quality of outdoor wind environment of buildings,and has a positive effect on improving the comfort and safety of outdoor and indoor wind environment.

关键词

计算流体力学/绿色建筑/风环境/数值模拟

Key words

computational fluid dynamics/green buildings/wind environment/numerical simulation

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出版年

2025
环境科学与管理
黑龙江省环境保护科学研究院

环境科学与管理

CHSSCD
影响因子:0.681
ISSN:1673-1212
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