On heat engineering design of exterior - protected structure of energy - saving buildings in north china in the 21st century 21世纪北方节能建筑围护结构的热工设计研究
Test verification and analysis of calculation theory of water pressure on bracing construction of foundation pit 基坑围护结构承受的水压力计算理论的试验验证和分析
Provides the theoretical reference for the anti - condensation design for buildings with double etfe film structure 为双层薄膜围护结构系统的防结露设计提供了理论参考。
It is important that the buildings envelop thermal design and energy consume value calculation in building energy design 建筑节能设计中围护结构的设计和能耗指标的计算非常重要。
Design and construction of sheeting enclosure structure of deep foundation pit of industrial commercial bank building guangdong province 广东省工商银行大楼深基坑围护结构的设计与施工
The ehtv method includes ehtv value , ehtv energy consume calculation and base ehtv value Ehtv建筑节能设计计算与评价法包括：建筑围护结构ehtv指标、 ehtv空调采暖耗电量计算及基准ehtv指标。
Both of them agree well with the data of japan . predictions with both of the methods provide valuable information 网络模型应用这两种围护结构传热模型的计算结果都能与资料数据很好的吻合。
Finally , the envelope response factors 、 conduction transfer function coefficients and periodic response factors are obtained 在多项式s -传递函数基础上进一步计算围护结构的动态热特性参数。
The envelop heat transfer value ( ehtv ) is a mean value for sum of heat transfer in envelop by buildings area 建筑围护结构传热量指标( envelopheattransfervalue )是单位建筑面积通过各围护结构的传热量。
The results show that the external respiration double skin facade has a superior energy efficiency potential and is one of the ecological building envelops 结果表明，外呼吸双层通风玻璃幕墙是一种节能的生态建筑围护结构形式。
