1) working well
工作井
1.
Analysis of displacement and soil counterforce for working well of pipe jacking engineering
顶管工程工作井位移与土抗力分析
2.
In the paper, calculation and design of a project s working well is introduced.
本文以实际工程为例,主要介绍顶管工作井的设计过程,以及采用虚拟土层法和设计软件m法进行顶管反力后座墙各工况的受力计算,并且与施工监测结果进行对比,以验证和分析计算的合理性,可为日后类似工程设计提供参考。
3.
This paper researches the working well with different thickness of cushion and different soil stratums by the FEM,and emphatically probes the effect of the cushion on the stresses and the displacements of the working well.
采用有限元数值方法对不同垫层厚度、不同土层条件下的工作井进行了研究,着重探讨了垫层对工作井应力与变形的影响。
2) working shaft
工作井
1.
Study on calculating methods of earth counterforce in rectangular working shaft by SMW methods;
矩形SMW工法工作井土体反力计算方法的研究
2.
Researches on earth counterforce calculation in circular working shaft by SMW methods;
SMW工法圆形工作井土体反力计算方法的研究
3.
In construction of pipe jacking,the wall of working shaft and soil body behind the sidewall offers enormous supporting force to a lift.
在顶管施工中,千斤顶的支座需要巨大的反力支持,这些反力是由工作井的侧壁以及壁后土体提供的。
3) work shaft
工作井
1.
With the background of contract C822 of seaboard line of Singapore metro, this article proposes a shield s lowering-down scheme applicable to actual situation of work shaft and its special ambience.
以新加坡地铁滨海线C822标为背景,针对该工程工作井及周边场地的特殊环境条件,提出了适合工程实际情况的盾构吊装下井方案,并对吊装方法和吊装顺序作了详细的介绍。
4) working shaft
工作竖井
1.
Three dimensional model of space crossing structure by which working shaft is connected with tunnel shield and open cut tunnel is established.
建立工作竖井与盾构隧道、明挖隧道相连的空间交叉结构三维模型,采用FLAC3D对该复杂结构进行了纵向地震响应分析,得到了工作竖井与隧道结构连接处关键点的位移和应力响应规律。
5) working shaft
工作矿井
6) sinking work
凿井工作
补充资料：白银有色金属公司深部铜矿主井和副井
白银有色金属公司深部铜矿主井和副井
白银有色金属公司深部铜矿主井和副井
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