分层填筑 meaning in Chinese
placement in layers
slow banking
Examples
- Using the finite element method ( fem ) , the simulation and analysis on this construction process were carried on , and the different stress state of soil at different construction period was rendered . and the influence of different stress paths ( foundation excavation - unloading & excavation filling - reloading ) on the stress and the displacement was also reflected and researched . the law of non - linear constitutes of soil was presented in the simulation and analysis
模拟分析再现了土体的非线性本构关系，得到了基坑开挖时土体变形和应力变化的一般规律；在基坑及上覆土体回填时，通过分层填筑的有限元模拟和地基、涵洞、土体三者相互作用的有限元分析，得到施工结束太原理工大学硕士学位论文时的位移场和应力场，同时求得涵洞的结构内力。 - 1 . on the bases of some basic suppositions , terzaghi ' s one dimensional consolidation and principles of layered summation method , the paper draw the formula which can calculate the embankment of layered filling and take the formula into programme ; 2 . building the finite difference model of layered high - stack soil , carrying out numerical simulation of construction sequence , construction velocity , interface element of layer - stacked , the author get the numerical solution
1利用一些基本假定，根据太沙基一维固结理论和分层总和法的基本原理，推导出来计算分层填筑体自身沉降的公式，并编制了程序； 2建立了分层填筑高填方路堤问题的有限差分模型，并对分层填筑的施工顺序、施工速度，界面单元进行了数值模拟，获得了位移场和应力场的数值解。 - In the simulation and analysis on culvert construction , the method of foundation - pit excavation layer by layer and step by step was used , i . e . the method that makes the surface of excavation have no stress , when the elements were excavated gradually in period of construction . at this process , the state of soil is unloading , the laws of stress field and displacement field with the depth of excavation were studied . based on the obtained stress field and displacement field after the excavation was completed , by using of the newly increased filling - elements " gravity and the grinding force , the simulation of the construction of body of the culvert and foundation - pit ' s filling layer by layer had also been done in this dissertation
用有限元法模拟分析涵洞基坑开挖时，采用分层、分步模拟开挖过程的方法，即将计算域内单元分层“挖去” ，使开挖表面成为无应力表面的方法，分析土体在卸载状态时的应力场和位移场随开挖深度的变化规律；在洞体施工后，回填土体时，据开挖完成时的应力场、位移场，通过逐级增加计算域内的单元数目，施加每级新增加单元的自重荷载，利用有限元法模拟基坑及上覆土体分层填筑的施工过程，这不仅反映土体处于再加载应力状态时，填土受力及变形的一般规律，而且这种将地基? ?涵洞? ?土体作为一个统一整体进行模拟的方法，量化了三者之间的相互作用关系。