湖南理工学院学报(自然科学版)
湖南理工學院學報(自然科學版)
호남리공학원학보(자연과학판)
JOURNAL OF HUNAN INSTITUTE OF SCIENCE AND TECHNOLOGY(NATURAL SCIENCE)
2013年
4期
71-75
,共5页
办公楼%通风效果%数值模拟%边界
辦公樓%通風效果%數值模擬%邊界
판공루%통풍효과%수치모의%변계
office building%ventilation effect%numerical simulation%boundary
应用商业软件对某办公楼的通风效果做了数值模拟。计算基于Reynolds的时均控制方程以及RNG k-ε湍流模型并以建筑室外环境模拟结果作为边界条件,求解办公楼主要功能空间的流场、风速以及通风量。研究表明,使用数值方法可对建筑空间整体通风效果进行估算,对于有严格要求的功能空间的通风设计具有一定的参考意义。
應用商業軟件對某辦公樓的通風效果做瞭數值模擬。計算基于Reynolds的時均控製方程以及RNG k-ε湍流模型併以建築室外環境模擬結果作為邊界條件,求解辦公樓主要功能空間的流場、風速以及通風量。研究錶明,使用數值方法可對建築空間整體通風效果進行估算,對于有嚴格要求的功能空間的通風設計具有一定的參攷意義。
응용상업연건대모판공루적통풍효과주료수치모의。계산기우Reynolds적시균공제방정이급RNG k-ε단류모형병이건축실외배경모의결과작위변계조건,구해판공루주요공능공간적류장、풍속이급통풍량。연구표명,사용수치방법가대건축공간정체통풍효과진행고산,대우유엄격요구적공능공간적통풍설계구유일정적삼고의의。
Commercial software is applied to simulate the numerical ventilation effect of certain office building. Based on the Reynolds time-averaged equation method and the RNGk-εturbulence model, with simulation results of the outdoor environment as boundary conditions, the calculation is to find out the flow distribution, wind speed and ventilation of the main functional space of this building. Research shows that it is possible to estimate the overall ventilation effect of the architectures by using numerical methods, which is of great significance for the design of functional spaces where strict ventilation is required.