期刊论文

中文

建筑热能通风空调

1003-0344

2016

35

12

58-61,73

10.3969/j.issn.1003-0344.2016.12.014

(11275093):国家自然基金课题 (2012GK2026):湖南省科技计划重点项目

本校为第一机构

本文以衡阳某高校体育馆为例,对体育场馆的原气流组织进行模拟计算,并针对高校体育馆使用用途的多元化,提出优化后的气流组织。结果表明:原方案侧送上回,采用单排远程喷口,不满足《体育建筑设计规范》（JGJ 31-2003）中体育馆的设计要求,且难以满足高校体育馆多功能切换要求。修改后的方案采用顶送+侧送上回,屋顶使用高大空间空调机组,侧送采用单排近程喷口。当体育馆举行集会和文艺表演时,同时开启屋顶空调机组和侧面喷口;当进行更高要求的小球比赛时,关闭屋顶空调机组,开启近程喷口,且修改后的气流组织满足设计要求。

Taken a university gymnasium in Hengyang city as an example, the original air distribution of the gymnasium is simulated, and the optimized air distribution is presented according to the diversified use of gymnasium. The results indicate that, the original project of lateral supply upper return using a single row of long-range nozzles can＇t meet the design requirements of gymnasium in ＂Design code for sports building＂ （JGJ 31-2003）. It is also difficult to meet the requirements of multi-function switching in the university gymnasium. The a...