axial movement 中文意思是什麼

axial movement 解釋
軸向移動
  • axial : adj. 1. 軸的。2. 成軸的。3. 軸周圍的，軸向的。adv. -ly 在軸的方向，與軸平行地。
  • movement : n 1 運動；活動；進退 行動 動靜；動搖；動作；舉動；〈pl 〉姿勢；態度。2 移動 遷移。3 （市面的）活...
  1. The ( hbnceptiori of equivalent weight is put forward to build the model of rotary kiln " s axial movement by using the law of conservation of momentum

    提出了當量質量的概念，運用動量定律建立起回轉窯軸向運動速度模型。
  2. Abstract : it presents the law of “ the reverse is positive ” on how to evaluate the unknown force of statically determinate structure, the movement law of force vector for drawing the axial force diagram and shear diagram. and expounds the simple and convenient method of drawing the moment diagram according to the rubber band deformation, and the auxiliary teaching software corresponding to the above - mentioned methods. the methods are believed to save class hour and gain a better effect on teaching

    文摘:闡述了求靜定結構未知力的反為正規律；繪制軸力圖、剪力圖的力矢移動法則；按照橡皮筋變形繪彎矩圖的簡便作法以及與上述方法對應的計算機輔助教學軟體.相信這樣作，對教學可起到省課時、效果好的作用
  3. Kinematics of the axial piston pump with swash plate yoke ' s angle were analysed. there was a lot of analysis about relative movement between piston and cylinder block, between piston and swash plate, between slipper and swash plate. at same time, the movement simulation curves were given

    對軸向柱塞泵進行運動學分析，重點是對柱塞與缸體之間，柱塞與斜盤之間以及滑靴與斜盤之間的相對運動進行分析，並且分別給出了模擬曲線； 2
  4. The system of piv is constructed suitable for measuring the particle movement and the flow pattern of particle clusters is visualized in the cfb. under the low and high solid flux, this work also study the aggregate properties such as the two - dimensional shapes, velocity and existence time of clusters on several axial / radial positions

    對循環流化床冷態實驗臺兩測試段進行了流型和顆粒團可視化研究，分別獲得了較低循環流率下過渡區和在高循環流率下稀相區顆粒團的運動速度，形狀，持續時間及其動態變化情況。
  5. Through systemic analyzing on spiral helical gear transmission with different basic parameters, the essay found out rules of how can such basic parameters influence spiral helical gear engagement characteristics. so it brings forward the auxiliary assembling mode of adopting one straight gear and one helical gear on condition of little axial angle as well as treasures to ameliorate ill engagement performance on condition of large axial angle, another two jobs of the essay are to clarify the wrong concept that spiral helical gear can only transmit movement but not impetus and to provide a brief and practical method of analyzing contact for gear pairs whose surface equations can be written out directly

    通過對不同基本參數的螺旋齒輪傳動進行系統研究，找出了螺旋齒輪基本參數對其嚙合特性的影響規律，提出小軸交角條件下可採用一直齒輪、一斜齒輪的齒輪副組合方式，給出了大軸交角條件下嚙合性能不良的改進措施。澄清了螺旋齒輪只能傳遞運動不能傳遞動力的誤區，為能夠直接寫出齒面方程的齒輪副進行齒面接觸分析提供了一種簡便、實用的新方法。
  6. In the adjustment of rotary kiln " s axial movement : 1

    在回轉窯軸向運動調控方面： 1
  7. Heavy - duty thrust bearing ; locked to prevent axial movement

    堅固耐用的止推軸承；鎖定後有利於阻止軸向運動。
  8. According to the principle of curve axial symmetry, authors inferred the theoretical foundation of error - free translation of the working equipment of loader and proved that when the diameter of piston rod on arm oil cylinder was designed properly, the two oil cylinders could be guaranteed to have a synchronous movement which made the bucket maintain translation throughout the working process under the condition of the oil cylinder ' s basic parameter ; also made the equipment structure of the loader greatly simplified and provided the reference for improvement of the present equipment of loader

    根據曲線軸對稱原理，推導出了能使裝載機工作裝置無誤差平移的理論基礎，證明了只要適當地設計動臂油缸活塞桿直徑，就可以在油缸的基本參數上保證機構工作時兩油缸同步運動，使鏟斗在作業過程中保持平移；使裝載機工作裝置結構大為簡化，為進一步改進現有裝載機工作裝置提供參考。
  9. By means of the condition of no. 2 kiln " s axial movement and adjustment, the theoretical interpretation and computation are given by the model

    結合2 #窯軸向運動及調控的實際情況，運用所建立的回轉窯軸向運動速度模型對上述方法進行了理論解釋和軸向運動速度計算。
  10. 5. the numerical simulation of the axial vortex movement in the inlet side of the pump system with the method of discrete vortex provided a new way for hydromechanical characteristics of a pump system

    用離散渦方法計算渦系位置的演化模擬泵入口側渦量場的軸向渦流運動，為研究泵系統入流側渦量場特性提供了一種定量研究方法。
  11. The transient continuously distributive vortex can be replaced by a number of discrete point vortexes. the trajectory of vortex movement was computed with the method of discrete vortex and the axial vortex movement in the inlet side of the pump system was simulated

    將泵入口側連續分佈的渦量場離散成有限數目的離散渦，用離散渦方法計算渦系位置的演化，模擬泵入口渦量場的軸向渦流運動。
  12. Rotary kiln is a type of large equipment in the industry, whose conditions are closely connected with the benefit of the enterprise. besides, the axial movement of rotary kiln is the main factor which influences the efficiency

    回轉窯是工業生產中的大型設備，其運轉狀況直接關繫到企業的經濟效益，而窯體的軸向運動是影響回轉窯運轉率的主要因素。
  13. Pipe jacking in soft soils may induce ground movements, including ground settlement and axial movement of soils below the ground surface

    頂管施工引起包括地面沉降和土的軸向移動在內的土的運動。
  14. The influence of the slant on maximum stress in contact area is studied and the axial movement formula is modified. the idea of contact angle is presented to study the direct influence on the axial movement. 2

    研究了這種傾斜對接觸區最大壓應力的影響，對回轉窯軸向下滑計算公式進行了修正；提出了接觸角的概念，分析了這種傾斜對窯體軸向運動速度的直接影響。
  15. Nonlinear dynamic modeling and periodic vibration of a cantilever beam subjected to axial movement of basement

    受軸向基礎激勵懸臂梁非線性動力學建模及周期振動
  16. Method to eliminate the axial movement of boring bar of boring machine

    2206數控活塞異型銷孔鏜床的設計
  17. 3. the adjustment ways of supports and kiln " s axial movement are introduced

    介紹了托輪的調整方法和回轉窯軸向運動調控主要方法。
  18. The main researches are done as follows : in the mechanism of rotary kiln " s axial movement : 1

    主要做了以下幾方面的工作：在回轉窯軸向運動機理方面： 1
  19. In summary, a deeper research has been done on the mechanism of rotary kiln " s axial movement in the paper

    總之，本論文對回轉窯軸向運動機理做了深入分析，推導出接觸力學彈性下滑計算公式。
  20. When the dimension of the pump is not particular, you can make a model by reverse engineering. iii ) there is a small flat metal piece on the outside of the torque converter ' s shell, called tab. system can get the axial rigid displacement of the equipment by measuring this tab ' s axial movement

    通過本課題研究得到以下結論：一、液力變矩器在加速狀態產生彈性變形引起頸端和柄端的軸向位移和在加壓狀態時產生的彈性變形引起柄端的軸向位移均朝向發動機一側；而在加壓狀態時產生的彈性變形引起頸端的軸向位移方向相反。
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