围护墙,retaining wall
1)retaining wall围护墙
1.The following paper analyzes and illustrates technical schemes for common problems met in the construction of pure water reservoir with reinforced concrete structure as intercross between metallic water stop tie and reserved hole,utilization of cast-in-situ concrete,and construction ofretaining wall,which to offer a reference for similar engineering.对钢筋混凝土结构清水池施工中常见的地基处理、金属止水带的位置与预留孔洞交叉、现浇混凝土使用、围护墙的施工等方面问题的技术处理方案进行了分析阐述,以供类似工程参考借鉴。
2.Based on the construction of the deep foundation pit of the tower building in Shanghai World Financial Centre,ring displacements and stresses the ofretaining walls of circle shape supports were monitored.结合环球金融中心塔楼深基坑施工,对圆形支护的围护墙的环向位移、环向应力进行实测,通过分析与研究,得出圆形支护在直径超过100 m的情况下仍然存在较好的拱效应。
3.In this paper, theretaining wall is divided into finite elements according to the layers of soil,rigidity change ofretaining wall, elevations of bracing and so on.以土层分层、支撑位置及抗弯刚度变化处等为结点对围护墙体进行单元划分，按地基系数法考虑开挖面下被动土体横向抗力。
英文短句/例句
1.Limit of height-width ratio of surrounding earth wall under earthquake生土围护墙倾覆倒塌高厚比限值分析
2.Pseudo-Static Test Research on Timber Frame Building with Brick Enclosure Wall;木构架砖围护墙房屋的拟静力试验研究
3.To protect(nuclear weapons) by surrounding with earth or concrete.用围墙保护用泥土或混凝土围住以保护（核武器）
4.A platform that projects from the wall of a building and is surrounded by a railing, balustrade, or parapet.阳台从楼房的墙上伸出被栏杆，扶手或护墙围绕的平台
5.We fixed a protective device on the fence. It can be a protection against burglars.我们在围墙上安装了保护装置，可以防夜贼。
6.The medieval town was fortified with a high wall and a deep moat .这座中世纪的城市周围建有城墙和护城河。
7.Stability Analysis and Safety Monitoring on Anchor Foundations of Underground Diaphragm Wall Structure;地下连续墙围护结构锚碇基础稳定与安全监测
8.The Analysis of Heat Transfer in Thermal Bridge of External Wall Corner in the Enclosure of Multi-story Building;多层建筑围护结构外墙角热桥传热分析
9.The Analysis of Heat Preservation and Energy Efficiency of Wall in the Enclosure of Multi-story Building;多层建筑围护结构墙体的保温节能分析
10.Study on Deformation and Stability of Cement-soil Retaining Wall for Supporting Structure;水泥土挡墙围护结构的变形及稳定性研究
11.Application of the Complex Soil Nail Wall in the Foundation Pit Support in Jiangyin;复合土钉墙在江阴地区基坑围护中的应用
12.Building Envelope Structure Wall Insulation Energy-saving Technology Research建筑围护结构墙体保温节能技术的研究
13.Construction Technology of Special-shaped Diaphragm Wall in a Subway Station地铁车站围护结构异形地下连续墙施工技术
14.Analysis on Driven Coefficient of Minor Rounded Continuous Concrete Wall Structure小直径圆形地下连续墙围护结构入土系数分析
pound Earth Nail Wall Technology in Deep Hole Excavated for Building Foundation Surrounding Protection Application复合土钉墙技术在深基坑围护中的应用
16.A novel Calculation Model of Building Envelope Transient Heat Conduction建筑围护结构墙体非稳定传热计算新模型
17.Wall:Any of various upright constructions used to divide or enclose a room or Building.墙: 在房屋建造中用于分隔或围护房间或房屋的外围部分。
18.To surround with or as if with a rampart.用城墙围绕用城墙围绕或类似于城墙围绕
相关短句/例句
fencing wall护墙，围墙
3)exterior enclosure wall外围护墙
1.An analysis is carried out on the thermal insulation effects of concrete composite thermal-insulating blocks applied in roofs andexterior enclosure walls in areas with scorching summer and freezing winter.对夏热冬冷地区混凝土复合保温砌块用于屋面和外围护墙中的保温隔热效果进行了分析,结果表明该复合保温砌块围护结构各项热工性能指标均符合地方节能标准,能有效提高室内舒适度,节能效果显著。
2.In this article,authors introduce the current situation and problems of non\|bearing walls of high\|rise buildings of China,and states selection principles and advice of non\|bearingexterior enclosure walls and interior partition walls.介绍目前国内高层建筑中非承重墙的现状和问题 ,阐述非承重外围护墙和内隔断墙的选用原则和建
4)exterior-protecting wall panel围护墙板
5)brick enclosure wall砖围护墙
6)protection embankment防护围墙
延伸阅读
外围护结构防潮根据建筑中热湿迁移的机理，对外围护结构采取的防潮措施。建筑施工中留存的水，房屋使用中进入的水、降雨、冷凝水和大气中的水分，都会使外围护结构受潮，降低其保温性能。同时这些因素还加剧了损伤外围护结构的生物过程、化学过程和物理过程，使外围护结构发霉、腐烂、风化，降低结构的耐久性。受潮机理 建筑材料的受潮可分为吸附过程和迁移过程。吸附又分为表面吸附、毛细吸附、盐类吸附和带电吸附。吸附和解吸附是可逆过程，当材料的湿度小于空气湿度时，材料有吸附空气中的水分的现象；当材料的湿度大于空气湿度时，就会发生解吸附。迁移过程是由建筑材料中存在的温度梯度和湿度梯度引起的水分迁移。材料中水分迁移的方向因水的状态不同而异，液态水是由低温向高温方向渗透，水蒸气一般是从高温向低温渗透。围护结构中的温度梯度越大，水分迁移的量越大。防潮措施 常用的有：设置隔蒸汽层 常用的方法是将密实的、能阻止蒸汽渗透的油毛毡、塑料薄膜、铝箔等置于外围护结构的高温、高湿一侧，以阻止水蒸气进入外围护结构中。此法在一定的时间内有防潮作用，但不能彻底解决外围护结构的受潮问题。设置除湿空气层 在外围护结构低温侧设置空气层，切断热绝缘层在低温侧的毛细管联系；空气层中由热阻产生的温差，形成空气对流,不断从高温侧摄取湿气,在低温侧冷凝，从而保持高温侧的干燥。此法防潮效果良好。设置排湿通道 将干燥空气引入除湿空气层中，使其中凝结的水得以蒸发、排出。当冷热交替作用于外围护结构两侧时，应设置双道排湿空气层，以防止热绝缘材料受潮。带电排潮 由于带电潮湿体有较高的水蒸气分压力，能将水蒸气从物体中排除，因此，在墙的基础部位预埋铜线网并接地，便会使这部分墙脚与地层具有相同的电位，从而达到防潮的目的。
