friction coupling

英 [ˈfrɪkʃn ˈkʌplɪŋ] 美 [ˈfrɪkʃn ˈkʌplɪŋ]

摩擦联轴器;摩擦联轴节

电力



双语例句

  1. The mechanism by which friction coupling degrades gyro performance should be clearly understood.
    对于摩擦耦合降低陀螺性能的机理应该有透澈的了解。
  2. The engagement of friction coupling of wet clutch with rectangular grooves was investigated.
    对表面开有矩形沟槽湿式离合器摩擦副的啮合过程进行了分析。
  3. Highly elastic friction coupling
    高弹性摩擦式离合器
  4. Tribological Properties of Austenitic Stainless Steel under the Condition of Friction Coupling Deformation
    摩擦耦合变形条件下奥氏体不锈钢的摩擦学性能研究
  5. The engagement of friction coupling on hydro-viscous drive at a constant extrusion speed was investigated.
    分析了挤压速度一定时,流体粘性摩擦副的啮合特性。
  6. Friction clutch of double-disk dry type highly elastic friction coupling
    干式双片摩擦离合器高弹性摩擦式离合器
  7. The main friction coupling in diesel engines, piston and cylinder liner are studied on their matching technology.
    阐述了柴油机主要摩擦副&活塞缸套的匹配技术。
  8. The friction coupling model of brake squeak from disc brake is set up with the aid of comprehensive technologies of finite element and modal.
    借助于有限元和模态综合技术,建立了盘式制动器制动尖叫的摩擦耦合模型。
  9. Study on the Support Load of the Ball Friction Coupling Based on Hydrostatic Bearing
    静压支承球铰副动态仿真研究
  10. Lagrange equation is applied to develop dynamic equations for the slider crank mechanism with elastic connecting rod. Viscous friction and coupling effect are considered between rigid body motion and elastic deformation of connecting rod.
    利用Lagrange方程建立了曲柄滑块机构的动力学数学模型,在建模过程中考虑了连杆的弹性运动与机构刚体运动的耦合以及运动副的粘性摩擦。
  11. Investigation into the Piston Coupling and the Ball Friction Coupling Based on Hydrostatics Support on the Axial Piston Pumps
    轴向柱塞泵静压支承球铰副及柱塞副的理论研究
  12. Based on the linear differential equations of axial vibration of delivery pipeline and the axial 4-equation model in frequency domain was studied by the Laplace transformation, considering the friction coupling, Poisson coupling and junction coupling between the fluid and the structure.
    基于输流管道系统轴向微分方程,考虑流体与管道之间的摩擦耦合、泊松耦合和接合部耦合作用,对管道轴向4方程模型进行Laplace变换,得到频域范围内的轴向4方程模型。
  13. A lot of study showed that the friction of the ball friction coupling between piston and slipper obviously affected the life-span and the performance of the axial piston pump.
    大量的研究表明,柱塞与滑靴之间的球铰副摩擦力很大程度上影响着轴向柱塞泵的性能及寿命。
  14. In an axial piston pump, the slipper coupling between swash plate and slipper is an important friction coupling, and obviously affectes the life-span and the performance of the axial piston pump.
    在轴向柱塞泵中,斜盘与滑靴之间的滑靴副是一对很重要的摩擦副,其很大程度上影响着轴向柱塞泵的性能及寿命。
  15. The numerical analysis shows that the friction coupling is less important, while the junction and Poisson coupling cannot be ignored and the effect of these two coupling is affected greatly by the valve closure time.
    三种固-液耦合作用中,摩擦耦合影响较小,连接耦合与泊松耦合影响较大,并且其影响机理受到阀门关闭速度的影响;
  16. The ultrasonic motor ( USM) utilizes the converse piezoelectric effect and the friction coupling operation between stator and rotor to drive, as is quite different from traditional electro-magnetic motor.
    超声波电机是以压电陶瓷逆压电效应激发的超声振动为驱动力,通过定转子间摩擦力耦合来驱动转子运动的一类非电磁电机。
  17. The Research of the Friction Coupling on Hydro-viscous Drive Magnetic Liquid
    液体粘性传动摩擦副的研究
  18. And when doing the structure design of the friction plate, appropriate selection of friction materials, core plate materials and friction coupling must be ensured.
    在摩擦片结构设计时应注意对摩擦材料、心板材料、摩擦偶数等进行合理选择。
  19. The experimental equipment based on theoretical analysis and simulation was set up hi order to measure the oil film thickness of the ball friction coupling and the slipper coupling based on hydrostatic support.
    在理论分析和仿真结果的基础上,设计出测量球铰副和滑靴副油膜厚度的实验台。
  20. Compared with conventional ultrasonic motors using friction coupling, non-contact type ones, in which the stator and the rotor do not contact directly, is a new research direction in the field of ultrasonic motors.
    与一般超声波电机依靠定、转子之间的摩擦来传递能量不同,非接触型超声波电机的定、转子并不直接接触。
  21. Friction Analysis of Rolling Coupling and Roller Coupling
    滚动联轴器与滚珠联轴器的摩擦性能分析
  22. An analysis of the internal friction data by a coupling model shows that the basic mechanism of GB internal friction for low-angle GBs is dislocation climb, while that for high-angle GBs is GB diffusion.
    用耦合模型对内耗数据的分析表明,小角度晶界内耗的基本机制是位错攀移,而大角度晶界内耗的基本机制是晶界扩散。
  23. A sample disc brake with squeal tendency is studied and a coupling model is established on the basis of finite element method and modal synthesis method. The effect of frictional coupling between friction pair and elastic coupling among brake components on the coupling model is discussed in brief.
    针对一个有尖叫倾向的盘式制动器,应用有限元技术和模态综合方法建立了一个闭环耦合模型,并简要分析了摩擦面的摩擦耦合与各部件联接界面的弹性耦合对耦合模型的影响。
  24. The friction and wear behaviors of calcium sulphate whiskers modified bismaleimide resin under different friction load, coupling agent, and whisker content were investigated.
    研究了载荷、偶联剂及硫酸钙晶须用量对双马来酰亚胺树脂摩擦磨损性能的影响及材料的磨损机制。
  25. The overall structure of the friction coupling 'input shaft is more complex, and is difficult to use traditional mechanical methods to analysis.
    新型摩擦偶合器输入轴等部件的整体结构比较复杂,难以用传统的力学方法进行分析。
  26. The stator generates ultrasonic vibration, which drives the rotor to generate rotary and linear motion by relying on the friction coupling between the rotor and the stator.
    定子产生超声振动,依靠转子与定子间的摩擦耦合来驱动转子产生旋转和直线运动。
  27. The main innovation of the paper are: Feedback control principle of the new friction coupling is proposed; Establishing the dynamic analysis equations of the friction coupling starting with load; Optimize the key components of the new friction coupling.
    本文的创新点主要有:提出了新型摩擦偶合器的反馈控制摩擦偶合原理;建立了摩擦偶合器的带载起动的动力学分析方程;使用优化设计方法对新型摩擦偶合器关键部件进行优化设计。
  28. During the simulation, the movement of the heat resource generated by friction and the coupling of temperature, contact express and equivalent stress are considered, and the change of the heat transfer coefficient is also taken into account.
    在模拟计算过程中,考虑了摩擦副移动热源的作用以及制动盘的对流换热系数随转速变化的关系,并考虑了温度场和应力场之间的耦合作用。
  29. Then create the dynamic differential equations that friction coupling starts with load. Analyze the starting process with load briefly.
    接着建立了摩擦偶合器带载起动的动力学微分方程,对其带载起动过程进行了简要分析。
  30. During the estabilishment of transfer matrix, friction coupling of pipe and fluid, Possion coupling and link coupling are mainly considered.
    建立传递矩阵时重点考虑管道与液体的摩擦耦合、泊松耦合和连接耦合。