摘要
东北地区自然光入射角较低,教室使用大尺度侧窗易导致严重眩光和热量散失。通过引入动态采光模拟分析,从优化立面侧窗形态和增加自然采光补偿两方面入手,以改善教室自然光环境的均匀度为核心目标,探索与之相适应的采光设计方法,并在实践中加以验证。
The low incidence angle of natural light in Northeast China makes the classroom have severe glare and heat loss due to large-scale side windows.This paper introduces the dynamic daylighting simulation analysis,starts with side window shape optimization and daylighting compensation,and takes improving the uniformity of the classroom natural light environment as the core goal,to explore the corresponding daylighting design methods and verify them in practical projects.
作者
刘万里
王哲民
张伶伶
Liu Wanli;Wang Zhemin;Zhang Lingling
出处
《建筑技艺》
2023年第2期80-84,共5页
Architecture Technique
基金
国家自然科学基金重点项目“寒地大空间公共建筑绿色设计理论与方法”(51738006)
辽宁省教育厅高等学校研究项目“基于自然采光模拟分析的东北地区教育建筑形态研究”(LJKZ0551)资助
关键词
东北地区
教育建筑
采光设计
导光构件
“栅格化”立面肌理
采光补偿调节腔
Northeast China
educational buildings
daylighting design
light guiding components
"grid"facade texture
daylighting compensation adjustment cavity
