摘要
通过对比分析轻钢结构与传统结构的热工性能,轻钢龙骨结构围护结构存在热稳定性差和明显的热桥现象。基于蓄热和绝热理论,引入整体优化理念,提出低层轻钢龙骨结构的热工优化策略。这些措施不仅能提高轻质围护结构的热稳定性,而且有利于消除热桥的不利影响,为低层轻钢龙骨结构节能设计及施工提供理论依据。
Through comparative analysis on thermal property in light-steel structure and traditional building,there are poor thermal stability and obvious bridge in building envelope of light-gauge steel structure. Based on thermal theory of storage and insulation and introducing overall optimization concepts,thermal optimization tactics on low-rise light gauge steel structure were put forward. These tactics can not only improve thermal stability of light-building envelope,but also will be conductive to eliminate adverse effects of thermal bridge in order to provide valuable basis for energy-saving design and construction in low-rise light-gauge steel structure.
作者
卢玫珺
尹伊
刘高含
LU Meijun;YIN Yi;LIU Gaohan(School of Architecture,North China University of Water Resources and Electric Power,Zhengzhou 450046,China)
出处
《新型建筑材料》
北大核心
2019年第8期119-122,158,共5页
New Building Materials
基金
2016年河南省创新型科技团队项目(豫科人组[2017]1号)
华北水利水电大学2017年度校级卓越教学团队项目(华水政[2017]205号)
关键词
低层轻钢龙骨结构
热工性能
蓄热
绝热
整体优化
low-rise light steel keel structure
thermal problem
thermal storage
thermal insulation
integral optimization