光伏真空玻璃组件的建筑一体化设计与应用  

Integrated design and application of the vacuum glass building component

作　　者：王秀芳[1] 包亦望[1] 邱岩[1] 刘小根[1] 李坤明[1] 

机构地区：[1]中国建筑材料科学研究总院

出　　处：《门窗》2010年第7期48-50,共3页Doors & Windows

摘　　要：现代建筑玻璃除了美学设计之外的两个关键特点和要求是:安全可靠和节能环保,要同时满足这两个要求必然涉及到节能建筑玻璃构件的结构和节能一体化设计。如何组合最优化的结构与节能一体化的玻璃门窗、幕墙或天窗,是关系到整个玻璃复合构件能否达到既安全、又节能环保、美观经济等优点的关键。因此,本文提出了建筑玻璃的结构/节能一体化的设计思想,设计了节能的建筑玻璃,以实现合理的设计和最大限度地发挥建筑玻璃的各种功能。Apart from the aesthetics , the two key characteristics and requirements of the modern building glass design are： i） safe and reliable; ii） energy conservation and environmental protection. In a given weight or the thickness of conditions, such as how to optimize the combination of structure and the integration of energy-saving glass doors and windows, wails or skylights, is related to the whole glass composite components, which can achieve security ,energy conservation ,environmental protection, aesthetics and economic advantages. An integral design method for glass in both structural and energy-saving aspects was presented in this work to make the right design and maximize the benefit of using glass.

关 键 词：建筑玻璃 节能 结构设计 一体化设计 

分 类 号：TU201.5[建筑科学—建筑设计及理论]