橋吊 的英文怎麼說

中文拼音 [qiáodiào]
橋吊 英文
crane bridge
  • 橋 : 名詞1. （橋梁） bridge 2. （姓氏） a surname
  • 吊 : hangsuspend
  1. Destabilization laws of an arcuated built - up system bridge are provided, nonconservative force of hanger rods and members " bearing force are integrated in order to consider influence of hanger rods towards arch stability

    提出了拱式組合體系橋梁的失穩規律，將吊桿非保向力和構件受力結合起來考慮吊桿對拱穩定性的影響。
  2. Destabilization style of an arcuated built - up system bridge, influence of nonconservative force of hanger rods, comparative between stress value in construction stage and stress value in finished bridge stage, stability coefficients in bridge code, these are discussed deep

    著重對失穩類型、橫撐在穩定中所起的作用、吊桿非保向力的作用以及施工階段的應力和成橋階段應力的比較、規范中穩定安全系數的規定進行探討。
  3. The most eye - catching things at this port are these bridge cranes

    港區里最顯眼的就是這些橋吊。
  4. The chains clanked as the drawbridge opened

    吊橋放下時，鐵鏈發出叮當聲
  5. Monitoring damage of arch bridge suspender using acoustic emission technique

    聲發射技術在拱橋吊桿損傷監測中的應用
  6. This subject is a national fund project in science : an attribute theory and method for thinking construction and memory style ( 60075016 ), and a branch fund project in development of education, science and technology of shanghai ( 01g04 ) : intelligence modeling. it is also another one of shanghai zhenhua limited liability corporation : status detection and security estimation for derrick

    本課題是國家自然科學基金項目：思維建構與記憶模式的屬性論方法（ 60075016 ）和上海市高教科技發展基金項目：思維建構與智能模擬的屬性論方法（ 01g04 ）的子課題，同時也是上海振華有限公司的項目：橋吊狀態監測與安全評估系統。
  7. Estimating structural safety of existing container crane

    現役集裝箱橋吊結構安全評估
  8. Cables are widely used in various engineering fields, such as civil engineering, electric communication engineering and space engineering. the objective of this study is to develop lqr controllers for a tethered mass system

    繩索被廣泛應用於橋梁、電力與通信工程、運輸、航空航天等諸多領域，如水下拖拽系統、繩系衛星系統、索拉橋、吊裝系統等。
  9. The design and construction of boxed cofferdam of the zhujiang bridge

    珠江特大橋吊箱圍堰設計與施工
  10. Combining with a concrete subject, the first chapter presents the communication in plc control system in crane will be studied and why must it be studied

    而無論是單臺橋吊內部的控制，還是對于多臺橋吊的遠程監控，所要研究的都是它們的通信問題，即內部通信和外部通信。
  11. In the past, the study and design were centered on the interaction of the wharf and yard, while the crane was considered as stationary, passive and of secondary importance

    以往集裝箱碼頭設計研究過程中，比較注重碼頭，堆場的能動性，而將橋吊放置在靜止，被動的從屬地位。
  12. By analyzing the hardware and software of plc control system in crane, the second chapter makes clear that the objects of communication are plc and inverters. profibus is used in plc control network in the subject

    第二章首先從硬體和軟體兩方面具體的分析了單臺橋吊的plc控制系統，指出了內部通信問題所涉及的對象是plc與變頻器之間的通信。
  13. Container wharf is a large system, in which wharf, container yard and quayside container crane are the three most important factors, and their proper configuration will determine the handling capacity and efficiency of the wharf.

    集裝箱碼頭是一個大系統，在這個系統中，碼頭、堆場、橋吊，是三個最重要的要素，合理的配置決定了碼頭能力均衡性和效率。
  14. This thesis draws to the conclusion by the methods of model system ? experiment analysis and comparison that the latter one is of more theoretic significance and deeper application background. then we can say the attribute theory is superior to neural network method in the domain we concerned

    這表明，為解決橋吊的狀態監測與安全評估的系統建模計算機實現的問題，屬性論方法提供了一個比神經網路更優越的新模型和新思路，具有理論意義和重要的應用價值。
  15. Long - term practice shows that handling capacity can more directly and effectively demonstrated if the crane configuration is studied as primary parameter, while the size of yard, other supporting facilities and equipment could be subsequently determined. a preliminary research was conducted based on this concept, and no literature on this topic was found which slows my study progress

    通過長期實踐，我發現如果以橋吊的配置作為一個碼頭能力研究點，能更簡潔，更有效地反映出其能力大小進而對碼頭，堆場大小，設計具有很強的指導意義，其它相關配套設施、設備就能以其而定。
  16. - the focal point of this paper is studying the problem of cargoes ? weight measurement, besides the component of mechanical system, the component and control of electric - control system, the full - digital dc speed adjustment system and the hardware and software design of plc control system. this paper puts forward the project of current static measurement method and corrects it with acceleration dynamic measurement

    本文除分析介紹了集裝箱橋吊的機械繫統組成、電控系統的組成及控制、全數字直流調速器以及plc控制系統的軟硬體設計外，重點研究了集裝箱裝卸橋中的貨物稱重問題，提出了應用電流靜態測量法的稱重方案，並且採用了加速度動態測量法對其進行動態校正，在實際應用中取得了令人滿意的效果。
  17. Qqct is equipped with 24 super postpanamax quay cranes of max. 70 tons / 70 meters and 77 rubber tyred gantry cranes and operated with the most advanced terminal management system navis sparcs / tms connected with radio data terminals for the most efficient and real time terminal management

    技術優勢：現配備24臺最大負荷70噸/外伸距70米的超巴拿馬型集裝箱裝卸橋吊、 77臺輪胎吊，與國際先進的碼頭生產管理系統sparcs / tms和無線數據終端相連接，實現準確、高效、實時的計劃管理，提供方便快捷的客戶信息查詢。
  18. For a modern container port, the control system of the crane is comprised of not only the control of the single crane but also the surveillance and control of many cranes, the communication of which ( the interior communication and the exterior communication ) is studied in this paper

    對於一個現代化的集裝箱碼頭來說，集裝箱裝卸橋的控制系統不僅僅只涉及到單臺橋吊的內部控制，而且還包括由多臺橋吊組成的群機集控，這樣才能對每一臺運行的橋吊進行監控和管理。
  19. Mechanical analysis of supporting cable of long - span concrete - filled steel tube arch bridge in the process of lifting

    大跨度鋼管混凝土拱橋吊裝過程扣索受力分析
  20. In this paper, basted on the sum - up and investigation of simulation calculation of long - span bridge construction in nation and international, the detailed approach of imitated calculation of long - span cfst arch bridge is given out, and the reason why the general backward analysis is not suitable for the application of the rib - hoisting of cfst arch bridge is analyzed. and an applied method for forward analysis based on iterative theory is put forward

    本論文通過對國內外橋梁施工模擬計算成果的總結和研究，給出了大跨度鋼管混凝土拱橋模擬計算的具體步驟，分析了一般的倒退模擬計算方法不適合應用於鋼管混凝土拱橋吊裝的原因，並為此提出了基於迭代理論的前進分析實用方法。
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