顶管

dǐng guǎn
  • pipe-jacking
顶管顶管
顶管[dǐng guǎn]
  1. 穿越高等级赛道的地下顶管施工控制

    Construction Control of Underground Pipe-Jacking Running Through High Class Racing Track

  2. 顶管施工隧道扰动区土体变形计算

    Calculation of Soil Deformation in Area of Disturbance Due to Pipe-jacking Construction

  3. 得出顶管中心埋深h、顶管外半径Ru是影响水平、竖向位移的最关键因素的结论。

    The conclusion is arrived that outer diameter and buried depth are pivotal factors .

  4. CPE顶管机组热轧钢管壁厚不均探讨

    An analysis of uneven wall thickness of hot rolled tubes produced by CPE push bench mill

  5. DK式顶管掘进机泥土仓土压力控制系统研究

    Study of Soil Pressure Control System for DK Model Pipe Jacker

  6. 对于减少CPE顶管收口时间和切头损失的探讨

    On the study of reducing the time of tube necking and the loss of crop end in the CPE tube pushing

  7. 文章以一跨线污水管碰接工程为例,简要介绍了小口径PVC塑料管的一种特殊的顶管施工方法&逐步扩孔法。

    This article mainly discusses a special technique of enlarging excavation step by step according to an example of the intersection construction of small-diameter plastic sewage PVC-pipes crossing roads .

  8. 介绍了常州钢铁厂在引进的CPE顶管生产线上开发平式油管的过程。

    The development of plain end oil well pipe by the imported CPE production line in Changzhou Iron and Steel Plant are introduced .

  9. φ102mmCPE顶管机组设备改进初探

    A preliminary discussion on equipment modification of φ 102mm CPE push bench plant

  10. Box-Cox变换及其在顶管施工引起地面沉降分析中的应用

    Application of Box-Cox transformation in analyzing the ground subsidence induced by pipe jacking

  11. 日本拉萨(RASA)公司泥水顶管施工技术

    Hydro-Slurry Pipe Jacking Techniques of RASA in Japan

  12. Ф3500mm顶管掘进机监控系统设计

    Design of Ф 3500mm Pipe Jacking Roadheader Monitor System

  13. 根据引起沉降的各种因素,提出顶管施工对土层作用的简化力学模型,并在此基础上对Peck公式进行修正,使之能考虑固结因素的影响,从而得到估算地面沉降的实用公式。

    Based on various factors causing settlement , a practical formula about settlement computation through revising Peck formula with a simplified mechanical model about pipe jacking acting on soil is proposed in the paper .

  14. 利用弹性力学的Mindlin解,推导得到顶管正面附加推力、掘进机和后续管道与土体之间的摩擦力在相邻水平平行管道上引起的附加荷载计算公式。

    The computing formulas of superimposed load on adjacent level parallel pipe induced both by bulkhead additive thrust , force of friction between shield and soil , and force of friction between follow-up pipes and soil are derived from the Mindlin solution in elastic mechanics .

  15. Zeithain无缝钢管厂顶管车间配置了一套自动化钢管精整加工系统,由计算机控制钢管矫直到成品包装入库的全过程。

    An automatic steel pipe finishing system installed in the push-bench workshop of Zeithain Seamless Tube Works can control the whole procedure by computer from pipe straightening to finished product packaging .

  16. 往复式交叉缠绕玻璃钢夹砂顶管及应用玻璃钢夹砂管施工技术

    Reciprocating-Cross-Winding Mortar-Filled Glass Fibre Reinforced Plastic Jacking Pipe and Its Application

  17. 过江外排顶管工程工作竖井定位及其精度的研究

    Positioning and Accuracy Analysis of the Working Shaft for a Project

  18. 钻爆&顶管复合法隧道施工技术

    Tunnel Construction Technology of Composite Jacking Method by Drilling and Blasting

  19. 长距离顶管管道的失稳分析

    Analysis of stability failure for pipeline during long distance pipe jacking

  20. 城市快速主干道下的顶管施工技术

    Technique of Pipe Jacking Construction Under the City Express Trunk Road

  21. 砂卵石中大口径顶管施工的三浆技术

    Three-Grouting Techniques for Large Diameter Pipe Jacking Construction in Sandy Cobble

  22. 卵石层中大管径顶管施工实践

    A Construction Practice of Large Diameter Pipe Jacking in Cobble Layer

  23. 顶管施工对邻近地下管线的影响预测分析

    Prediction for response of adjacent pipelines induced by pipe jacking construction

  24. 顶管施工对堤坝影响的快速无损检测与评价

    Detecting and evaluation of impact to dam caused by jacking pipe

  25. 大截面矩形顶管施工在城市地下人行通道中的应用

    Large Section Rectangular Pipe Jacking Applied to Urban Underground Pedestrian Passageway

  26. 顶管管节&接头的力学模型性状分析

    Mechanical Model Character Analysis of Pipe Jacking Tube Coupling and Joint

  27. 顶管机多芯控制电缆故障检测

    Checking and Measurement of Trouble for Polycore-controlled Cable for Push Bench

  28. 浅谈爆破技术在顶管工程中的应用

    Preliminary Discussion on Application of Blasting Technology to Pipe Jacking Works

  29. 顶管掘进机土压平衡的自动化控制

    Auto control of soil pressure balance for pressure inserted tube excavator

  30. 顶管施工中土体损失引起的沉降预测

    Prediction of settlement induced by ground loss during pipe jacking construction