1) ground surface deformation and movement
地表变形与移动
2) surface movement and deformation
地表移动与变形
1.
The deformation rules are understood by prediction of surface movement and deformation survey of surface and its nearby buildings to take precautions against d.
分析了地下矿山、露天矿山开采 ,铁路、公路、基坑、隧道和地下工程开挖引起的周围地表移动与变形的特点。
2.
The adaptability of random medium theory is discussed in estimating surface movement and deformation caused by excavation of urban tunnel and underground space.
探讨了随机介质理论在城市隧道及城市地下空间开挖引起的地表移动与变形预计中的适应性 ,得到了城市地下空间开挖的随机介质理论地表移动与变形模型 ,同时对城市地下工程开挖地表允许移动与变形值及其监测作相应分
3.
1 mine,under the mine geological conditions of instability coal ,the destruction process and the scope of overlying strata and surface movement and deformation caused by strip mining were revealed .
通过永华能源有限公司一矿雷坡村建筑物下条带开采工作面的现场观测分析,揭示了该矿地质采矿条件下不稳定煤层条带开采引起的上覆岩层的破坏过程、破坏范围和地表移动与变形规律。
3) ground surface movement and deformation
地表移动与变形
1.
By using stochastic medium theory, ground surface movement and deformation of tong youshan double-arch tunnel due to its excavation is calculated, the simplified calculate formulas are deduced, the calculated parameters of the whole tunnel are obtained by using scale method from the parameters of middle lead tunnel, and according these, the influenc.
应用随机介质理论,对桐油山连拱隧道开挖引起的地表移动与变形进行了分析,推导了简化计算的具体公式,根据中导洞开挖地表移动参数按比例法确定了整个连拱隧道的地表移动计算参数,据此分析预测了隧道开挖对地表建筑物的影响情况,计算结果对指导隧道的施工有一定的意义,也为其它同类结构的设计提供了参考。
2.
The ground surface settlement due to shallow tunnel excavation is considered as a stochastic process and the stochastic medium theory is applied to predict and analyze the ground surface movement and deformation in cross and longitudinal section due to tunnel construction.
将浅埋隧道开挖所引起的地表下沉视为一随机过程 ,应用随机介质理论 ,对隧道施工所引起的纵横向地表移动与变形进行了分析探讨。
4) Rock strata and surface movement
岩层与地表移动变形
5) ground movement and deformation
地表移动变形
1.
Numerical simulation on ground movement and deformation of mine ground in loess hilly area;
黄土山区矿井地表移动变形数值模拟
2.
Then,the analytical program was developed by Matlab and the profile figures of the ground movement and deformation were drawn.
用Laplace函数导出了城市地下隧道开挖引起地表移动变形分析的数学模型,并用该模型对具体的工程实例进行了计算分析。
3.
The stress distributing of overlying strata and the ground movement and deformation were studied under var.
本文以开采岩层移动工程地质理论为指导，以济宁市太平煤矿为例，通过相似材料模型试验、数值模拟等手段，对该矿建筑物下3~#煤条带开采和充填开采进行计算和分析，并对不同开采条件下上覆岩层应力分布特点及地表移动变形进行研究，揭示了条带开采和充填开采引起的上覆岩层的破坏过程、破坏形态、破坏范围及地表的移动变形规律，找出最小地表移动变形和最大采出率的结合点，确定建筑物下合理的开采方式，从而服务于煤矿生产。
6) surface movement and deformation
地表移动和变形
1.
Based on the geologic and mining conditions,the surface movement and deformation along expressway were predicted,values of surface movement and deformation were obtained,and then the mining damages of the expressway due to coal mining were analyzed and evaluated.
根据煤矿地质采矿条件,对煤矿地下开采在高速公路沿线所引起的地表移动和变形进行预计,给出高速公路沿线地表移动变形值。
2.
The rule of surface movement and deformation for deep mining is much different from the one of mining under ordinary geological conditions.
条带开采是进行建筑物下采煤时限制地表变形的措施之一,深部开采地表移动和变形规律与一般地质采矿条件下的地表移动规律相比发生了较大改变。
补充资料：地表
1.地面，大地的表面。 2.指陆地的边际。 3.指地球的表面，即地壳的最外层。
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