compound anchorage

英 [ˈkɒmpaʊnd ˈæŋkərɪdʒ] 美 [ˈkɑːmpaʊnd ˈæŋkərɪdʒ]

【医】复合锚基,复式安抗

医学



双语例句

  1. Mechanism Research on Compound Tunnel Anchorage of Suspension Bridge
    悬索桥隧道式复合锚碇系统作用机理研究
  2. The results about fatigue anchor property tests of compound bodys from unbonded prestressed tendons and anchorage devices under low temperature.
    介绍无粘结筋&锚具组装件在低温下疲劳锚固性能试验的有关情况。
  3. Fatigue anchor property of compound body from unbonded prestressed tendons and anchorage device under low temperature
    无粘结预应力筋&锚具组装件在低温下的疲劳锚固性能
  4. Calculation method of bearing capacity of compound tunnel anchorage system of suspension bridge
    悬索桥隧道式复合锚碇承载力计算方法
  5. Design and Construction of Compound Tunnel Anchorage of Suspension Bridge
    悬索桥隧道式复合锚碇的设计与施工
  6. Experimental Study on Compound Tunnel-Type Anchorage with Prestressed Cables
    带预应力锚索的复合式隧道锚试验研究
  7. Based on field test results for compound tunnel anchorage system ( tunnel anchorage prestressed anchorage cable) of suspension bridge, the failure model and failure condition are analyzed.
    根据现场原位试验结果,分析了悬索桥隧道式复合锚碇系统(隧道式锚碇+预应力锚索)的可能破坏形态及其发生破坏的条件。
  8. The compound tunnel anchorage with prestressed anchor cable is adopted in the construction of a suspension bridge. Compared with gravity anchorage, the compound anchorage makes full use of the bearing capacity of deep rock, hence may greatly reduce the cost and protect the environment.
    某悬索桥采用隧道式锚碇加预应力锚索的复合锚固系统,与重力式锚碇相比,充分利用深层岩体的承载能力,可大幅降低工程造价,保护地表环境。
  9. Load-Bearing Mechanism of Compound Tunnel Anchorage
    隧道式复合锚碇的作用机理
  10. It was difficult and worst risk that tunnel anchorage compound with prestressed anchorage cable was designed and constructed in engineering boundary condition with abundant joint fissure or break ground, the research was blank both domestic and abroad.
    在节理裂隙发育或破碎岩层的工程边界进行悬索桥带预应力岩锚的隧道式复合锚碇工程的设计和施工,其难度和风险极大,国内外的研究基本处于空白。