扶正器 的英文怎麼說

中文拼音 [zhēng]
扶正器 英文
centering guide
  • : Ⅰ動詞1 (用手支持不倒下) hold up; support with the hand 2 (用手幫助躺著或倒下的人起來; 用手使倒...
  • : 正名詞(正月) the first month of the lunar year; the first moon
  • : 名詞1. (器具) implement; utensil; ware 2. (器官) organ 3. (度量; 才能) capacity; talent 4. (姓氏) a surname
  • 扶正 : [中醫] strengthening the body resistance
  1. Bow spring centralizer

    弓形彈簧扶正器
  2. Bow string centralizer

    弓形管柱扶正器
  3. Through the optimal design, the lenthgh of the arm and the stiffness of the spring are discreased, so that it is succeed in improving the capability of the centraliser

    通過對扶正器進行優化設計,縮短了支撐臂的長度,降低了彈簧剛度,從而提高了扶正器的性能。
  4. Finally, it builts the virtual prototyping for the dynamic simulation of the centraliser, accomplishes the dynamic simulation of the centraliser in horizontal wells, gets the very important data of the simulation and analyses the dynamic capability of the centraliser. moveover, it proves that the optimal design for the centraliser is right by the simulation

    最後,建立了扶正器動力學模擬的虛擬樣機,實現了扶正器在在水平井中的動力學模擬,獲得了重要的模擬數據,分析了扶正器的動態特性,並通過模擬驗證了扶正器優化設計的確性。
  5. First of all, it introduces and analyses the principium and process of the centralizer. whereafter, it builds the physical model and mathematic model for the centraliser. finally, it programs in matlab optimization toolbox to optimize the length of arms and the parameters of springs, gets the results and even analyses the capability of the centralizer before and after the optimization

    扶正器進行機械優化設計時,本文完成了如下的工作:首先介紹和分析了扶正器的工作原理和工作過程,然後建立了扶正器的物理模型和數學模型,最後用matlab優化工具箱編程對扶正器支撐臂長度和彈簧參數進行了優化,得出了優化結果,並分析了優化前後的扶正器的性能。
  6. Check od of stabilizer

    檢查扶正器的外徑
  7. Rough and fine cutting, drilling and boring can be conducted for petroleum drill devices such as drill collar, integral heavy wall drill pipe, centralizer as well as other large - sized and super long axis parts with diameter less than 1600mm and length less than 18000mm

    在此可以對鉆鋌、加重鉆桿、扶正器等石油鉆具和其他直徑小於1600毫米、長度小於18000毫米的大型、超長軸類零件進行粗、精車削和鉆、鏜加工。
  8. Hold centralizers or cement baskets on any position of casing, which ensures the positions of centralizers or cement basket to meet the design

    可將彈性套管扶正器或水泥傘置於套管本體上的任意部位,確保扶正器的安放位置滿足設計要求。
  9. Centralizer placement and stop collar testing

    扶正器放置和限動環檢驗
  10. Petroleum and natural gas industries - equipment for well cementing - centralizer placement and stop - collar testing

    石油和天然氣工業.良好膠結設備.扶正器的放置和限動環的檢測
  11. Petroleum and natural gas industries - equipment for well cementing - part 2 : centralizer placement and stop - collar testing

    石油和天然氣工業.固井用設備.第2部分:扶正器的放置和限動環的檢測
  12. 6 specification for bow - spring casing centralizers sixth edition

    弓形彈簧套管扶正器的規范
  13. Bow - spring casing centralizers

    弓形彈簧套管扶正器
  14. Petroleum and natural gas industries - casing centralizers - bow - spring casing centralizers

    石油和天然氣工業.套管扶正器.弓形彈簧套管扶正器
  15. Petroleum and natural gas industries - casing centralizers - part 1 : bow - spring casing centralizers

    石油天然氣工業套管扶正器第1部分弓形彈簧套管扶正器
  16. Petroleum and natural gas industries - casing centralizers - part 1 : bow - spring casing centralizers iso 10427 - 1 : 2001 ; german and english version en iso 10427 - 1 : 2001

    石油天然氣工業.套管扶正器.第1部分:弓形彈簧式套管
  17. Sucker rod centralizer

    抽油桿扶正器
  18. Bow type centralizer

    弓形扶正器
  19. At the foundation of analysing the principium and process of centralizer very well, the paper makes the research for the centralizer more perfect for applying the mothod of optimal design of mechine and simulation of vpt ( virtual prototyping technology )

    本文在深入分析水平井牽引機扶正器的工作原理和工作過程的基礎上,應用機械優化設計的方法和虛擬樣機技術模擬的手段,完善了對水平井牽引機扶正器的研究。
  20. First of all, it introduces the process of applying pro / e and adams to simulate. whereafter, it builds the three - dimensional model of centralizer in pro / e, and transmits it to adams by the interface software mechanism / pro. and then, it tests and validates the virtual prototyping and performaces the kinematic simulation

    扶正器在進行虛擬樣機技術模擬時,本文完成了如下的工作:首先介紹了利用pro / e和adams聯合模擬的流程,然後按照模擬流程在pro / e環境下建立了扶正器的三維模型,將其通過介面軟體mechanism / pro處理后導入到adams環境中,接著在adams中對虛擬樣機進行了調整和驗證,並對扶正器虛擬樣機進行了運動學模擬。
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