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1)  envelop enclosure horizontalmovement
围护结构水平位移
2)  guarding structure of cement soil
水泥土围护结构
3)  enclosure structure
围护结构
1.
Analysis of advantages and disadvantages of various enclosure structures of subway foundation pit;
地铁基坑各类围护结构的优缺点分析
2.
Application of the increment method in the deformation prediction of the enclosure structure of the deep foundation pit;
增量法在深基坑围护结构变形预测中的应用
3.
On quality control of energy-saving projects in architectural enclosure structure
建筑围护结构节能工程施工质量控制
4)  building envelope
围护结构
1.
Correction factor for heat transfer coefficient of city building envelope in Tibet autonomous region;
西藏自治区城市围护结构传热系数的修正系数
2.
Analysis of the effect of building envelope on air conditioning cooling load in Foshan;
佛山市建筑围护结构对空调冷负荷的影响分析
3.
Optimum analysis on building envelope energy efficient reform and air conditioning operating modes for public buildings in Shanghai;
上海公共建筑围护结构节能改造与空调运行模式的优化分析
5)  retaining structure
围护结构
1.
The application of self-balanced load test in retaining structure of subway station;
浅谈应用自平衡试验检测地铁围护结构承载力
2.
Effect of deformation modes of retaining structures on earth pressures;
围护结构变形模式对土压力的影响
3.
Detail spatial analysis for open excavation retaining structure;
开口基坑围护结构整体有限元空间分析
6)  exterior-protected construction
围护结构
1.
Deformation analysis of the exterior-protected construction through deep foundation ditch excavation in one station in Nanjing city;
南京某车站深基坑开挖围护结构的变形分析
2.
According to the request of energy saving 50% of building energy consumption and material saving by our country,for the moment,hollow building blocks are widely used in building exterior-protected constructions to satisfy the request of thermal resistance in hot summer and cold winter area.
根据国家对建筑能耗节能50%和节材的要求,目前在夏热冬冷地区对建筑围护结构普遍采用空心砌块以满足对热阻的要求。
3.
From storey height,site and orientation of buildings,exterior-protected construction,solar energy and other aspects optimization for energy-saving design of residential building is elaborated in detail.
对建筑屋面、建筑位置及朝向、围护结构墙体、太阳能等方面的节能优化设计进行了详细阐述,指出优化设计不仅可以缓解国家的能源问题,同时也可以促进建筑技术和建筑产业的发展,对合理利用资源,保护生态环境等方面起到一定的作用。
补充资料:围护
1.围绕在四周保护;维护。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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