支承系統 的英文怎麼說

中文拼音 [zhīchéngxìtǒng]
支承系統 英文
backup system
  • 支 : Ⅰ名詞1 （分支; 支派） branch; offshoot 2 （地支） the twelve earthly branches3 （姓氏） a surname...
  • 承 : Ⅰ動詞1 （托著; 接著） bear; hold; carry 2 （承擔） undertake; contract （to do a job） 3 （客套話...
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. Natural frequency of rotor bearing system

    轉子支承系統固有頻率
  2. The key technology of mpidss includes the distributed supported technology, the process control of cooperative working and the real - time control of the decision process, etc. based on the technologies of decision support system ( dss ), group decision support system ( gdss ) and distributed decision support system ( ddss ), with the theory of system engineering and artificial intelligence such as knowledge engineering, agent, etc, having the background of the items supported by the national 10th five - year plan foundation - the research on the technology of military programming intelligent decision support system, this paper focus its work on researching on the algorithm of mission decomposing and mission distributing, distributed support technology, real - time process control method and project evaluating technology, etc. further more, the architectural model of process control based on multi - agent alliance is put forward and the prototype system of mpidss is implemented

    這類決策問題與傳統的企業決策的不同點在於決策群體龐大、決策任務多且任務屬性各異、決策任務的求解具有實時性要求等。決策過程中的關鍵技術包括分散式支持技術、決策任務求解的過程式控制制技術以及實時任務的求解控制策略等。論文在繼承傳統的個體決策支持系統（ dss ） 、群體決策支持系統（ gdss ）和分散式決策支持系統（ ddss ）技術的基礎上，結合系統工程思想以及人工智慧中的知識工程、 agent等前沿技術，以總裝備部十五預研課題? ? 「群體決策支持平臺」為課題背景，深入研究了分散式多任務群體決策過程中的任務分解與分配演算法、任務協作策略、分散式支持技術、實時控制技術，決策方案評價技術等，提出了用於過程式控制制的多agent聯盟體系結構模型，設計和實現了面向軍事作戰規劃的智能決策支持原型系統。
  3. This research adopted the empirical approach to study of what influences of the effects of educational cooperative support system on employees ' organizational commitment and turnover in service industry

    摘要本研究為實證研究，主要目的是探討服務業建教合作支持系統對員工組織承?與?職傾向的影響，以511教學全部建教合作學生為實證對象進? ? ?抽樣研究。
  4. Fist ly, use mass equivalent method to predigest the original rotor system. secondly, use transfer matrix arithmetic to have finished the relative program to calculate the critical speed of flexible multi - tray rotor bearing system by matlab language. thirdly. finish program the unbalance response using riccati - transfer matrix arithmetic and finity buck arithmetic. fourthly, answer to the high vibration of uncontroled system when cross the critical speed, come out to adopt changing clearance damper bearing to control the viberation

    本文對多柔盤轉子-支承系統的振動現象做了以下初步探索：用質量離散化方法把原轉子系統簡化；採用matlab語言編制了對傳遞矩陣法計算多柔盤轉子-支承系統的臨界轉速；用matlab語言對riccati傳遞矩陣法和有限元法編制了程序計算系統的不平衡響應；並針對其過臨界轉速時振動較大的現象，提出採用變間隙控制油膜剛度和阻尼，從而使原系統的在特定轉速（臨界轉速）的一段范圍內不平衡響應減小；並從被動控制與主動控制兩方面進行數值模擬，取的了較好的控制效果。
  5. The maximal load - carrying capability of the arch support is calculated by adopting mechanical model of curved beam based on its force analysis, and relationship between bearing capacity coefficient of small curvature arch support and radius and span of curved beam is gained based on supporting capacity comparison of curved beam and straight beam

    採用曲梁模型進行了支架系統的受力分析，得到其最大承載能力；通過與直梁支架承載能力相比較，得到了小曲率拱型支架承載能力系數與曲梁跨度和半徑的影響關系。
  6. But in the past, it ' s always based on the experience to design the slewing frame, that is, by analogy or in terms of the principle of material mechanic to design the structure

    而過去對塔機回轉支承系統上、下支承座的設計主要是停留在經驗設計階段，大多採用類比法，或簡單的材料力學估算來設計支承座系統結構。
  7. Slewing frames consist of top slewing frame slewing bearing and low slewing frame

    回轉支承系統是由上支承座、回轉支承和下支承座三部分組成。
  8. Study on spindle bearing system of high - speed machine tools

    高速加工機床主軸支承系統的研究
  9. The winding - pipe machine principal - axis magnetism supporting system is a novel magnet mechanism device. it has many advantages including no mechanism abrasion, no pollution, high efficiency, wide application, noise free, long cycle life, and so on

    管絞機磁性支承系統是一種新型磁力機械設備，具有無機械磨損、無污染、高效率、適用廣、無噪聲、長壽命等優點，有著廣闊的應用前景。
  10. The main contents of this dissertation are as following : in chapter 1, the background, source, purpose and significance of the subject are introduced. the principle and key techniques of the winding - pipe machine principal - axis magnetism supporting system are analyzed

    第一章闡述了課題的研究背景與意義，分析了管絞機磁性支承系統原理及關鍵技術，綜述了磁力機械研究的發展狀況及應用背景，提出了本論文的主要內容。
  11. As a novel magnet mechanism, the winding - pipe machine principal - axis magnetism supporting system has broad application prospects. in this dissertation, the investigations on the key techniques, not only overcome many theory and technical difficulties, but also have great value in industrial application

    管絞機磁性支承系統是一種應用前景廣闊的新型磁力機械，論文對其關鍵技術的研究，即有很大的理論和技術難度，又有重大的工業應用價值。
  12. The winding - pipe machine principal - axis magnetism supporting system is a typically electromechanical and electromagnetical product with some main parts : electromagnet system, electromagnet bracket system, etc. the study of the winding - pipe machine principal - axis magnetism supporting system concerns the intercross of many disciplines, such as mechanism, material, electronic engineering, heat engineering, computer, and so on

    它主要有由電磁鐵機構與電磁鐵支架機構等組成，是一種典型的機電磁一體化產品，其研究涉及到機械、材料、電工、熱工、計算機等多學科的交叉。本論文對管絞機磁性支承系統涉及的兩大關鍵技術? ?電磁場設計與機械結構設計及其相關技術進行了系統的理論分析與模擬研究。
  13. But the development of modern control theory and technology of computer and meterage change the people " s long notion of passive control and vibration reducing on rotating machanism. that is using modern control theory to active control the rotor bearing system. and then to change the design technique radically as to abstain the vibration accident

    現代控制理論和計算機技術與測量技術的發展，改變了人們長期對旋轉機械被動隔振和減振的觀念，即用現代控制論的思想，對轉子-支承系統的振動主動的進行控制，從而在根本上改變設計方法，有效地避免振動事故。
  14. Zt series of rotating flat roof mainly consist of an annular rotating flat roof, a flat roof supporting system and 2 sets of driving facilities

    Zt型系列旋轉平臺的結構是由環形旋轉平臺、平臺支承系統和兩套驅動機構等主要部分組成。
  15. It ' s proved by the studies and practices of the research project that the method employing i - deas software to design slewing frames is useful, reasonable

    本課題的研究、實踐表明，採用i - deas軟體對回轉支承系統進行設計、開發是一套實用、合理的方法。
  16. For the case, we put forward the methods for decreasing vibration at the peak speeds and study the influence of support plan for vibrational character of rotor - support system of the aeroengine

    研究降低峰值轉速下振動水平的方法及支承方案對發動機轉子?支承系統振動特性的影響，得出了有工程參考價值的結論。
  17. Then, four feasible projects are brought forward and compared. finally, two principium whole projects are confirmed. in chapter 3, the magnetic field design is transformed the magnetism - route design by the magnetism - route measure.,

    同時，所要設計的磁性支承系統的各組成部分提出四種較可行的實現方案，並逐一比較分析，最終確定兩種初步總體方案。
  18. And lastly, numerical value stimulating by matlab language indicate the control is effective. surly, study on active control of rotor bearing system is a progressing application base theory, there is long way to fing no - linear dynamic phenomena on rotor bearing system

    當然，轉子-支承系統的振動主動控制是一個很有發展前景的應用基礎理論研究，關于轉子-支承系統的非線性動力學現象，還有待進一步研究。
  19. The paper synthesises the conditions of loaded tooth contact analysis, fully considers all esalstic deflection of gears and support system, the deflection of gears and support system, the deflection of the contact region, therefore, the program may simulate the real work conditions

    本文系統地分析了齒輪加載接觸狀態，充分考慮了齒輪以及支承系統在載荷作用下發生的各種彈性變形、接觸區變形。因此，編制的計算機程序能模擬實際工作狀態。
  20. A new method is necessary. in this paper, we employed the i - deas software to developed a 3 - d model and make a finite element analysis ( fea ) on slewing frames based on the nominal loads and geometry parameter of crane qtz63, aimed to find the principle of the area with high stress and big deformation and estimated the effect on the whole tower crane system

    本文以qtz63塔機為研究對象，按設計提供的載荷及幾何參數，運用i - deas軟體先對回轉支承系統三維建模，再進行結構有限元分析，依據強度及變形結果，找出塔機各種工況下高應力區域、變形明顯部位出現的規律，並分析對塔機系統產生的影響。
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