sand pile

美 [sænd paɪl]英 [sænd paɪl]
  • 网络砂桩;沙堆;沙堆模型
sand pilesand pile
  1. Application of Mud Counterfort in Deep Sea Large Diameter Sand Pile Examination

    泥浆护壁在深海大直径砂桩检测中的应用

  2. Method of Sand Pile to Make the Soft Foundation Dense Applied in Engineering

    砂桩挤密法在软弱地基工程中的应用

  3. Application of compound foundation with sand pile method

    砂石桩法复合地基的应用

  4. Field test analysis of dynamic consolidation and replacement sand pile on marine soft soil

    海相淤泥软土地基强夯置换砂桩试验分析

  5. Research on quality inspection of sand pile on soft soil ground improvement in high-speed railway

    砂桩处理高速铁路软基质量检验研究

  6. Sand pile is more suitable in peat soil formation disposal .

    砂桩挤密法更适用于草炭土路基处理。

  7. Stability analysis of sand pile strengthened dock slope protection

    砂桩加固护岸稳定性有限元分析

  8. Study on composite ground with caustic lime and sand pile

    生石灰块砂桩复合地基的探索

  9. Construction Technology of Drift Sand Pile by Manual Excavation

    癞子沟大桥人工开挖流砂桩的施工工艺

  10. Quality Control of the Sand Pile Construction on Overwater

    水上施工砂桩的工程质量控制

  11. CFG - Sand Pile Combined Treatment of Soft Ground

    CFG桩及砂桩复合形式处治软土地基施工技术

  12. Application of gray sand pile in the enforcing of rubber soil roadbed

    砂灰挤密桩技术在橡皮土地基加固中的运用

  13. The Application of Vibrator Simplex Sand Pile to Treatment Warp Clay Ground

    振动沉管灌注砂桩在处理淤泥质粘土地基中的应用

  14. The development of a system monitoring and controlling the construction quality of compaction sand pile and its application in engineering

    挤密砂桩微机质监系统的开发及其在工程中的应用

  15. Gavel sand pile treating soft soil mutual layer roadbed practise and analysis

    碎石桩处理互层软土路基的实践与分析

  16. The Study on Sand pile and Reinforced Gravel Cushion Treating with Soft Subgrade

    砂桩与加筋砂砾垫层处理软弱地基

  17. Use natural , raft or sand pile foundation depending upon the tank features and load distribution ;

    由油罐特性、荷载分布特性决定采用天然地基、筏片基础、砂桩等相应的基础方式;

  18. An Experimental Study on the Self-Organized Criticality of Sand Pile Model with One-Grade Slope

    单面坡沙堆模型自组织临界性实验研究

  19. This paper introduces the application and construction technique of vibrator Simplex sand pile treatment in warp clay ground ;

    介绍了振动沉管灌注砂桩在处理淤泥质粘土地基中的应用和施工工艺;

  20. Limestone Sand Pile Compound Foundation

    灰砂桩复合地基

  21. Application of Vibrating Sunken Tube Sand Pile in Subgrade Treatment of Ganjiang Nanda Road

    振动沉管砂桩在赣江南大道路基处理中的应用

  22. Eliminating Liquefaction of Sandy Soil and Improving Bearing Capacity of Single Pile with Vibro-squeezing Sand Pile

    振动挤密砂桩消除砂土液化和提高单桩承载力

  23. At present , some mechanism about anti-liquefaction of sand pile has been studied , but it is still quite limited .

    而对挤密砂桩抗液化的机理虽有一定的研究,却还存在许多不足。

  24. Application of the sand pile in treating the soft foundation of the sand stocking yard of flood control of Jiangxi Province

    砂卵石桩在江西省防汛砂石料场软弱地基处理中的应用

  25. Vibro-displacement Sand Pile to Consolidate Loose Sand Foundation

    应用振冲挤密砂桩加固松砂土地基

  26. Then come the sand pile with compound geotextile and geogrid with polystyrene plastic board for limit height 1.9 m ;

    其次是砂桩加复合土工布、土工格栅加聚苯乙烯泡沫塑料板,极限填高可提高1.9m;

  27. Lacking of impersonal observation information of triggering area of debris flow , this essay brings forward to cell automaton model to study on it based on sand pile model .

    由于泥石流产流区的观测数据的缺乏,本文首次提出基于沙雄模型来建立改进的二维沙堆自动机模型,来研究泥石流产流区系统的自组织临界性。

  28. Adopting sand pile , plaster pile and cement pile and etc to deal with soft and weak foundation which becomes compound foundation is a common method in foundation treatment .

    采用砂石桩、土桩和水泥土桩等处理软弱地基,形成复合地基,是地基处理中常用的一种方法。

  29. Introduce technological principle of CFG pile and sand pile and application of the both in soft base treatment , with special emphasis on the importance to determine construction plan and process according to site particularity .

    软土地基处理及复合地基承载力检测方法研究介绍CFG桩及砂桩的工艺原理及其在软基处理中的应用。

  30. The comparison reveals that the sand pile method is precede in increasing consolidation degree , accelerating consolidation velocity of the peat soil , decreasing subsidence and guaranteeing the roadbed stabilization .

    研究结果表明砂桩挤密法无论是从提高固结度,加快草炭土路基固结,还是减小工后沉降,保证路基运营稳定方面都要优于塑料排水板法。