摘要
通过对严寒地区贯通空间温湿度在水平方向及垂直方向上的连续实测,分析了供暖前后,太阳辐射、建筑开口、供暖等因素对贯通空间热湿环境的影响有很大差异。结果表明供暖前贯通空间受到太阳辐射、建筑开口的影响较大,温湿度波动明显;供暖期间受供暖因素影响,温差波动不稳定但幅度小。水平方向上非供暖期最大温差为2℃,供暖期最大温差为8℃;垂直方向上非供暖期的最大温差为3℃,供暖期最大温差为7℃。
Through continuous measurement of temperature and humidity in the horizontal direction and vertical direction in the cold area,respectively.The solar radiation and building opening had great influence on the heat and humidity of the penetration space before heating supply,during which the fluctuation of temperature difference is unstable but small.The maximum temperature difference in the horizontal direction is 2℃,and the maximum temperature difference in the vertical direction is 3℃ at heating supply period.The maximum temperature difference is 8℃,and the maximum temperature difference in the vertical direction is 3℃ without heating supply.
作者
刘晓倩
许国强
迈力斯
LIU Xiaoqian;XU Guoqiang;MAI Lisi(School of architecture,Hohhot 010021,China;Inner Mongolia University of Technology,Key Laboratory of Green Building of Inner Mongolia Autonomous Region,Hohhot 010021,China)
出处
《低温建筑技术》
2022年第2期13-17,29,共6页
Low Temperature Architecture Technology
基金
国家自然科学基金项目“基于气候调控的建筑基本形态设计方法研究—以内蒙古阴山以南地区为例”(51968054)
内蒙古自治区科技重大专项课题“基于文化传承的草原新型绿色建筑体系集成优化与工程示范”。
关键词
严寒地区
贯通空间
热湿环境
severe cold area
through space
hot humidity environment
