摘要
本文以深圳市新洲小学为例,探讨以热舒适为核心的空间设计策略,应对高密度城市环境,构建利于通风降温的形体策略与气候空间系统。结合前期风热环境模拟与建成后的实测数据,验证其热舒适调节的有效性。在构造层面,对课室通风降噪表皮系统进行风热耦合模拟,优化课室内热环境舒适性。综上,研究基于热环境优化,整合了空间设计、计算模拟与现场实测等方法,为湿热地区高密度城市的教育建筑性能提升探索了适宜的技术路径。
Taking Shenzhen Xinzhou Primary School as an example,this paper discusses the space design strategy with thermal comfort as the core to respond to the high-density urban environment,and construct a physical strategy and climate space system that is conducive to ventilation and cooling.Combining the simulation of the wind and heat environment in the early stage and the measured data after the completion,the effectiveness of its thermal comfort adjustment is verified.At the structural level,the air-heat coupling simulation of the classroom ventilation and noise reduction skin system is carried out to optimize the comfort of the thermal environment in the classroom.In summary,based on the optimization of the thermal environment,the research integrates methods such as space design,calculation simulation and field measurement,and explores a suitable technical path for the improvement of the performance of educational buildings in high-density cities in hot and humid areas.
作者
肖毅强
林健成
林瀚坤
Xiao Yiqiang;Lin Jiancheng;Lin Hankun
出处
《当代建筑》
2021年第9期44-47,共4页
Contemporary Architecture
基金
国家自然科学基金面上项目(编号:52078214)。
关键词
绿色教育建筑
气候空间
湿热气候
热舒适
高密度城市
green educational building
climate space
hot-humid climate
thermal comfort
high-density urban environment
