hydrostatic bearing 中文意思是什麼

hydrostatic bearing 解釋
靜液壓軸承
  • hydrostatic : adj. 流體靜力（學）的；靜水（學）的。
  • bearing : n 1 忍耐，忍受。2 態度，舉止，風采，姿態。3 關系，影響，方面，聯系 （on; upon）; 意義。4 〈常 pl ...
  1. As one of the four important parts of water hydraulic axial piston pump, the design of sliding shoes friction matching mainly takes hydrostatic bearing

    作為水壓軸向柱塞泵的四個關鍵組件之一，滑靴摩擦副的設計主要採用靜壓支承的方法。
  2. Now, through hydrostatic bearing to keep and support technology may win the good result

    現在，通過靜壓支承技術可以獲得良好的效果。
  3. Structural design of hydrostatic bearing for the axial force equilibrium of multistage pump

    平衡多級泵軸向力的液體靜壓支承的結構尺寸設計
  4. There are some research on the static state property of the ball friction coupling based on the hydrostatic bearing

    對靜壓支承球鉸副的靜態特性進行研究。
  5. Hydrostatic bearing can solve the equilibrium problem of axial force of multistage centrifugal pump satisfactorily

    液體靜壓支承技術可以很好地解決多級離心泵軸向力的平衡問題。
  6. The principle, the characteristics, the structure design and the supporting performance of sliding shoes hydrostatic bearing of water hydraulic pump are analyzed and investigated in this thesis

    本文對水壓滑靴靜壓支承的原理、特點、結構設計和支承性能進行分析和討論。
  7. The paper also analyzed that different spindle structures and bearing arrangements influenced load - bearing characteristics of motorized spindle, finally obtained excellent multi - support hydrostatic bearing motorized spindle structure

    分析了不同主軸結構和軸承布置對電主軸承載特性的影響，優選出了的多支承靜壓軸承電主軸結構。
  8. This text servo each that valve control hydrostatic bearing to keep and support structure carry on exhaustive design calculate comparatively on electric liquid, and analysis in detail that has designed the electric liquid servo valve

    本文就電液伺服閥控制的雙腔靜壓支承結構進行了較為詳盡的設計計算，並詳細分析設計了電液伺服閥。
  9. In water hydrostatic bearing lubrication, however, more accurate research results can be obtained as long as inertia of water flow is considered, because inertia item almost has the same quantitative level as the viscous one

    然而，在水靜壓支承潤滑中，水的流動慣性項幾乎與粘性項具有相同的數量級，對水膜的流速及壓力分佈具有一定的影響，因此應予以考慮，才能得出更加準確的研究結果。
  10. After deducing simplified general formula, a method for calculating structure and performance parameter of water hydrostatic bearing is presented, in which the throttle function of short damping hole is employed to decrease water film thickness and to improve the bearing performance

    由於滑靴的靜壓支承性能較差，因此在推導出簡化通用公式后，提出了計算水靜壓支承結構和性能參數的方法，利用短阻尼孔的節流作用來減小水膜設計厚度，提高支承性能。
  11. Thermoplastics piping systems. non - end - load - bearing elastomeric sealing ring type joints between pressure pipes and moulded fittings. test method for leakightness under internal hydrostatic pressure without end thrust

    熱塑料管道系統.壓力管和模塑配件的合成橡膠密封環型接合.在無軸向推力時內部流體靜力學壓力下密封性試驗方法
  12. According to the demands of weapon composites underwater, such as bearing the hydrostatic pressure of 6. 0mpa, no leak and damage in two years, the leakproof method is worked out with the numerical experiments, namely adding the leakproof laminate between the winding laminates

    根據水中兵器用復合材料必須耐60mpa外水壓，在水中2年不滲漏、不破壞等一系列性能要求，通過大量的實驗確定了防滲方案，即在殼體纏繞過程中將防滲漏層加入兩纏繞層之間。
  13. By application navier - stokes equations under the sphere coordinate, the calculation formula of the support load of the oil film of the ball joint coupling based on hydrostatic bearing. support property equation of this ball joint coupling was set up. at same time, the formula of the oil film stiffness was established

    運用球坐標系下的納維-斯拖克斯方程組推導出靜壓支承球鉸副油膜支承反力的求解公式，給出了靜壓支承球鉸副油膜支承特性方程，得出了靜壓支承球鉸副油膜剛度計算公式； 4
  14. Thermoplastics piping systems - non - end - load - bearing elastomeric sealing ring type joints between pressure pipes and moulded fittings - test method for leaktightness under internal hydrostatic pressure without end thrust

    熱塑管道系統.壓力管和模塑管件的無端負荷彈性密封環型連接件.在無軸向推力時內部流體靜壓力下密封性的試驗方法
  15. This task will be foundation to develop a new type hydrostatic transmission piston pumps with high efficiency, long life, high pressure and high speed, which combined the item of nature science fund of zhejiang province, tribology study on sealing, hydrostatic support and piston on hydrostatic transmission piston pump. in this paper, a new design idea of the ball friction coupling based on hydrostatic bearing was given, and analysis was carried out to the static state properties and the dynamic properties of the oil - film of this friction pair

    本課題是結合浙江省自然科學基金項目「靜壓傳動柱塞泵的密封、靜壓支承和柱塞的摩擦學研究」 （ 501073 ） ，為研發高效率、長壽命、高速、高壓靜壓傳動柱塞泵提供一定的理論基礎，著重研究了滑靴副和球鉸副的動靜態特性，提出了基於靜壓支承的球鉸副設計原理。
  16. Firstly, using gambit carves up gas film ’ s mesh in the hydrostatic gas spherical bearing, set up model and set sound boundary condition

    首先用gambit對球軸承的氣膜劃分網格，建立模型，確定合理的邊界條件。
  17. And at the same time, considering the situation of varying oil viscosity and oil - flow inertia, this paper analyzes flowing properties of fluid in bearing clearance, which provide theory reference for more reasonable design and application of hydrostatic bearing in the equilibrium of axial force, and then carries out computer simulation a nd experiment verifying

    同時，在考慮油液粘度變化和油流慣性的情況下，分析了支承縫隙中流體的流動特性，並進行計算機模擬和實驗驗證，這為靜壓支承在軸向力平衡中的進一步合理設計和應用提供了理論參考。
  18. Thermoplastics piping systems - non - end - load - bearing elastomeric sealing ring type joints between pressure pipes and moulded fittings - test method for leaktightness under internal hydrostatic pressure whithout end thrust ; german version en 714 : 1994

    熱塑管道系統.壓力管道和模壓管件之間無末端承載的橡
  19. Taking the hydrostatic equilibrium of axial force of pump dm360 as the example, this paper elaborates design calculation and dynamic - static characteristic analysis of hydrostatic bearing with twisting plate throttle, derives design parameters and formulas of bearing structure, discusses effects of various main factors ( oil viscosity, compressibility, distortion coefficient of twisting plate, pressure of oil source, and bearing clearance ) on dynamic characteristic, and obtains some conclusions about the application of hydrostatic bearing in engineering practice

    本文以dm360型泵軸向力的液體靜壓支承平衡為例，對扭板節流靜壓支承的設計計算和動靜態特性分析進行了較為詳盡的闡述，推導出支承結構的設計參數和公式，討論了各種主要因素（油液的粘度、油液的可壓縮性、扭板變形系數、供油壓力、支承間隙）對支承動態特性的影響，給出了一些結論。
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