穩管樁 的英文怎麼說

中文拼音 [wěnguǎnzhuāng]
穩管樁 英文
pipe-stablizing pile
  • : 形容詞1 (穩定; 穩當) steady; stable; firm 2 (穩重) steady; staid; sedate 3 (穩妥) sure; rel...
  • : Ⅰ名詞1 (管子) pipe; tube 2 (吹奏的樂器) wind musical instrument 3 (形狀似管的電器件) valve;...
  • : Ⅰ名詞(樁子) pile; pole; stake Ⅱ量詞(用於事情)
  • 管樁 : tubular pile
  1. The main causes of breakage were concrete tube pile instability of foundation pit or failure of its bracing, soil squeeze due to pile driving, incorrect excavation and incorrect heap of soil

    摘要造成混凝土傾斜與斷裂的主要原因為基坑邊坡失或支護結構破壞、沉擠土效應以及挖土與堆土不當等。
  2. 3. studied the work mechanism of ccsn, the model of stability analysis of ccsn is established and examined by analysis engineering case

    ( 3 )研究了錨復合土釘支護機理,建立了錨復合土釘支護定性分析模型,並對工程實例進行計算分析,檢驗了分析模型。
  3. But up to now the ccsn ' s work mechanism and stability study is a blank. there are no calculation analysis methods for ccsn and the design of it main depends on experience

    但是錨復合土釘支護的工作機理和定性研究至今尚是空白,沒有相應的計算分析方法,設計主要依靠經驗進行。
  4. 6. the method of stability analysis of ccsn is established and the software of the method, which is named mgzs, is developed. an engineering case is analyzed by the method

    ( 6 )建立了錨復合土釘支護定性分析方法,編制了錨復合土釘支護定性分析程序mgzs ,並對工程實例進行了計算分析。
  5. 4. the orthogonal experiment method is applied in the analysis of foundation pit. some factors, which influence the stability of ccsn, are studied and sensitivity rules of each factor are gotten

    ( 4 )將正交試驗法引入基坑工程分析,研究了11種因素對錨復合土釘支護定狀態的敏感性,得到了各因素對支護結構定性的影響規律。
  6. The behind schedule theories research obstructs the ccsn ' s further development. on the soil nailing and compound soil nailing research foundation, according to ccsn present research condition and the engineering effective demand, the stability of ccsn is studied systematically by methods of theories research, orthogonal experiment research and case research. some beneficial results of the ccsn ' s mechanism and behaviors are gotten and the analysis model and method of ccsn ' s stability are established

    在前人對土釘及復合土釘研究基礎上,根據目前錨復合土釘支護的研究現狀和工程實際需要,採用理論研究、正交試驗研究、工程實例研究相結合的方法,對錨復合土釘支護定性進行了系統全面的分析和研究,得到了錨復合土釘支護機理及性狀的一些有益成果,建立了錨復合土釘支護定性分析模型與方法。
  7. He has contributed significantly towards experimental research in a wide range of practical problems including slope stability, reinforced fill, retaining walls and excavation support systems, submarine pipelines, piling and ground treatment processes. his contributions in retaining walls and reinforced soils earned him the sir benjamin baker silver medal awarded by the uk institution of civil engineers

    他對實驗研究作出極大的貢獻,研究課題實用性高而且廣泛,包括邊坡定、加固填土、護土墻和深基開挖支撐系統、海底道、基礎和地基處理。在護土墻及加固填土方面的研究使他贏得英國土木工程師學會的sirbenjaminbakersilvermedal 。
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