contact strength

美 [ˈkɑːntækt streŋθ]英 [ˈkɒntækt streŋθ]
  • 网络接触强度
contact strengthcontact strength
  1. A theoretical study on contact strength of gears with finite element

    有限元法计算齿轮接触强度的理论研究

  2. Gear contact strength is one of the main criterions of gear strength design .

    齿轮接触强度是齿轮强度设计的主要准则之一。

  3. The Calculation of Contact Strength for Combined Turbine Rotors with Finite Element Method

    透平机械转子组装件有限元接触强度计算

  4. The Influence of Tooth Number Ratio on the Contact Strength of Gearing

    齿数比对齿面接触强度的影响分析

  5. Research on Analysis of Force and Contact Strength for Translation Movable Teeth Drives

    移动活齿传动的受力及接触强度分析

  6. A Calculating Model on 3D Contact Strength of Helical Gears

    三维螺旋齿廓曲面接触强度计算模型

  7. Analyze the contact strength of the shaft plug and sleeve parts .

    分析销轴、套筒元件接触强度;

  8. A Study on Contact Strength of Helical Gears

    交错轴齿轮的接触强度分析

  9. Fuzzy Reliability Research on Contact Strength of Cylinder Sine Oscillating Tooth Gear Drive

    圆柱正弦活齿传动接触强度的模糊可靠性研究

  10. Research on Fractal Method for Contact Strength Calculation of the Concave-Convex Meshing Gear

    凹凸啮合齿轮接触强度计算的分形方法研究【气】凹凸云,卷云

  11. Accurate checking of contact strength of tooth surface and calculating method of design for helical gear drive

    螺旋齿轮传动精确的齿面接触强度校核与设计计算方法

  12. On the three dimensional contact strength of final arc fir tree blade root and rotor

    末级圆弧枞树型叶根与轮缘三维接触强度研究

  13. Designing method of gear reliability based on contact strength of tooth surface and bending strength of tooth root

    基于齿面接触强度和齿根弯曲强度的齿轮可靠性设计方法

  14. Tribological optimum design of geared contact strength

    齿轮接触强度的摩擦学优化设计

  15. Analysis of Dynamic Behavior of an Air Compressor Rotor and Contact Strength of the Keys of the Blades

    空压机转子的动力特性及其叶片根部强度分析

  16. Additionally , it has advantages of higher contact strength , wearproof and efficiency in transmission .

    同时具有接触强度高,耐磨损,传动效率高等优点。

  17. A study of the effect of contact strength on spiral bevel gears affected by contacting area etc

    接触区等对弧齿锥齿轮接触强度影响的研究

  18. Lubricating Performance and Contact Strength of the Hourglass Worm Gearing

    环面蜗杆传动的润滑性能和接触强度

  19. Calculation to the contact strength and oil-film thickness of the involute spur gear

    渐开线直齿圆柱齿轮接触强度和油膜厚度计算

  20. Thisestablishes the basis of contact strength and reliability studies of internal spur gears .

    从而为内啮合直齿轮的接触强度及其可靠性分析奠定基础。

  21. Based on the analytic computation formula and FEA method , a new method for calculating contact strength is proposed . 5 .

    基于面齿轮单齿模型接触应力的解析计算公式,结合有限元仿真分析,给出了面齿轮多齿接触强度计算的新方法。

  22. And analyze the contact strength of the roller and sprocket wheel while in meshing process .

    分析链条和链轮啮合时,链轮和滚子的接触强度。

  23. Simplified calculation for contact strength of OBLIQUE-TINE cylinder at gearing

    斜齿圆柱齿轮传动时接触强度的简化计算

  24. In the case of contact strength design of an involute gear , gear tooth friction force is neglected .

    渐开线齿轮接触疲劳强度设计中忽略了齿面摩擦力的影响。

  25. Tooth profile error has effects on the gear contact strength and meshing stiffness by changing the tooth profile shape .

    齿形误差改变理想齿廓形状,影响齿轮的接触强度与啮合刚度。

  26. Calculation of the Conjugate-radius and Contact Strength at the Contact Point of the Involute Spherical Gear Pair

    渐开线环形齿球齿轮副接触点共轭曲率半径及接触强度计算研究

  27. Circular arc gear as a result of its tooth profile characteristic , thus has the very high contact strength and flexural strength .

    圆弧齿轮由于其齿形特点,因而具有很高的接触强度和弯曲强度。

  28. This mechanism can obviously improve the contact strength of cam , reduce the contact stress and wear , prolong the life of the mechanism .

    这种机构能够显著提高凸轮高副的接触强度,降低磨损,延长寿命,较之传统的凸轮机构更加适应高速重载的要求。

  29. The problem to improve the lubricating performance and to increase the contact strength are important objects in the studys of worm gearing .

    改善润滑性能和提高接触强度是蜗杆传动研究的一个重要目的。

  30. Compared with the standard involute gear , the two methods showed that the unsymmetric involute gear could efficiently improve the tooth face contact strength .

    两种方法均得出非对称齿轮能有效提高轮齿齿面接触强度的结论。