说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 拱顶及地表沉降
1)  arch and surface subsidence
拱顶及地表沉降
2)  crown settlement
拱顶沉降
3)  ground surface settlement and deformation
地表沉降及变形
1.
It is inevitable to impact regular service and safely operation of surface buildings and underground structures because of ground surface settlement and deformation by constructing urban subway.
鉴于地下铁道施工引起的地表沉降及变形将不可避免的影响地表及地下建筑物的正常使用和安全运营,正确预测可能发生的地表沉降及变形,可以选择最佳的施工技术,制定一套完善的措施。
4)  Surface subsidence
地表沉降
1.
Forecast and analysis of surface subsidence of metro tunnel construction in mucky ground;
淤泥质地层地铁隧道施工地表沉降预测及分析
2.
Analysis & statistics of surface subsidence of hidden-digging station construction in Beijing Subway;
北京地铁暗挖车站施工地表沉降统计及分析
3.
Finite element analysis of surface subsidence displacement in recovery blocks;
开采区块地表沉降位移的有限元分析
5)  ground surface settlement
地表沉降
1.
Numerical analysis of deformation and ground surface settlement of overlying road caused by exploiting;
开采引起上覆公路地表沉降与变形的数值分析
2.
Improved the same dimension grey recurrence model for ground surface settlement prediction in tunnel
隧道地表沉降预测的改进等维灰数递补模型
3.
According to such the characteristics as shallow embedment and large span of Furongshan tunnel and through a large number of monitors for the ground surface settlement,its entire process curves and the deformation curves changed with time at the measured points are drawn out.
针对芙蓉山隧道具有浅埋、大跨度的特点,通过大量的地表沉降现场监测,绘出其全过程曲线以及各测点变形量随时间变化曲线,验证了地表控制隧道洞口稳定性的重要性;并通过对不同变化曲线进行分析,对隧道洞体的稳定性进行预判,指导施工。
6)  ground settlement
地表沉降
1.
Analysis on ground settlement caused by shallow-buried sub-surface excavated tunnel construction and its countermeasures;
浅埋暗挖隧道施工引起的地表沉降分析与对策
2.
Analysis and calculation of ground settlement around foundation pit in deep excavation;
深基坑开挖坑外地表沉降分析与计算
3.
Study on structure design and ground settlement in deep foundation pit based on artificial neural networks;
基于神经网络深基坑桩排支护及地表沉降研究
补充资料:地表沉降观测
地表沉降观测
ground settlement observation
    测定地面高程随时间变化的工作。地壳运动、开采矿藏或天然气、抽取地下水等均能引起地面高程变化。局部地区地面高程在短期内发生较大变化,对房屋、地下管道、道路、桥梁和水坝等有严重的破坏作用。城市和工业区地面的持续下沉甚至危及整个城市和工业区的安全。地表沉降观测可以定量地了解地面的升降。进行地表沉降观测,要在测区内选定适量的水准点作为地面观测点,并埋设标志,同时在沉降范围外的稳定处设置适量的基准点,也可把基准点设在沉降范围内,但必须设法使基准点高程不受地表沉降影响。在一个测区内至少要设置3个基准点 ,以便通过联测验证其稳定性。从基准点出发用精密水准测量方法测定各观测点的高程。不同日期两次测得同一观测点的高程之差,即代表地面高程在这两次观测期间的变化。根据大量的地表沉降观测资料,可以分析沉降规律,预计沉降的发展趋势。
   
   

地表沉降观测

地表沉降观测

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条