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1)  Moving deformable barrier
移动可变形壁障
2)  MDB
移动变形壁障
1.
According to the requirements on the performance of moving deformable barrier (MDB) and test verification method specified in ECER95 regulation,the paper built a finite element model of MDB and carried out the simulation.
按照ECER95法规对移动变形壁障性能的要求及验证试验的方法 ,建立了移动变形壁障的有限元模型 ,并进行了验证试验仿真 ,仿真结果满足法规的要求 ,验证了模型的正确性。
2.
Moving Deformable Barrier(MDB) of vehicle side impact is an essential tool for legislative verification of ECER95.
汽车侧面碰撞移动变形壁障是进行ECER95法规实验必需的工具,在侧碰仿真研究中必须建立准确的移动变形壁障模型。
3)  movable bulkhead
可移动舱壁
4)  movement and deformation
移动变形
1.
Simulation on dynamic movement and deformation laws of buildings in mining area;
采动区建筑物动态移动变形规律模拟研究
2.
Algorithm of ground movement and deformation prediction in mining of random shape face;
任意形状工作面开采地表移动变形预计的算法实现
3.
Numerical simulation of the effect of thickness mining and loose seam s thickness on ground movement and deformation in mining subsidence;
采深和松散层厚度对开采沉陷地表移动变形影响的数值模拟研究
5)  displacement [英][dɪs'pleɪsmənt]  [美][dɪs'plesmənt]
变形移动
1.
Numerical simulation of stress distribution and displacement of rock strata of coal mines by means of DDA method;
煤矿开采中的岩层应力分布与变形移动的DDA模拟
6)  displacement and deformation
移动变形
1.
This article mainly discusses the process of surveying surface three-dimension on similitude simulation test on mining subsidence indoor,the surveying data can be translated by visual program,surface displacement and deformation can be resulted by its relation,it resolves the difficult problem of how to survey the surface displacement and deformation on similitude simulation test.
主要讨论了全站仪在测量室内开采沉陷的三维相似模拟地表以及岩层的移动变形过程,将观测数据通过可视化程序进行数据转化,利用地表移动变形的相互关系,可以得到地表的移动变形情况,成功地解决了三维相似模拟地表以及岩层移动变形观测难的问题,通过实践表明,该方法使用简洁,便利。
2.
Referring to the geological and mining conditions, and according to the mechanism of strata and displacement, the factors affecting the displacement and deformation, and the relationship between forwarding of working face and ground deformati.
结合某矿特定的地质采矿条件,根据岩层与地表移动机理,对该矿区地表移动变形的影响因素和工作面推进速度与地表变形的关系进行了分析,得出了该矿13264工作面最佳的推进速度为3。
补充资料:大坝内部变形观测(见水工建筑物变形观测)


大坝内部变形观测(见水工建筑物变形观测)


  daba neibubianxing guanCe大坝内部变形观测见水工建筑物变形观测。
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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