【摘要】 BES-CFD协同仿真是研究建筑性能的有效手段,不仅可以提高仿真精度,还能获取如建筑热舒适性、气流组织与温度场分布、建筑能耗等多方面的建筑性能参数。本文首先说明了BES-CFD协同仿真的基本原理,然后对协同策略进行了系统的介绍和讨论,接着对协同仿真的数据通讯接口进行了总结,最后指出BES-CFD协同仿真未来主要的研究方向,以期进一步解决BES-CFD协同仿真在实际工程应用中的瓶颈问题。更多还原

【Abstract】 As an effective method to study building performance, BES-CFD co-simulation can not only improve simulation accuracy but also obtain building performance parameters such as thermal comfort, airflow and temperature distribution, and energy consumption. This research first explained the basic principles of BES-CFD co-simulation, then introduced and discussed the synergy strategy, summarized the data communication interface, and finally raised the future research direction with a view to solving the bottleneck of application of BES-CFD co-simulation.更多还原