汽车减振器

  • 网络shock absorber
汽车减振器汽车减振器
  1. 汽车减振器阀系参数建模及CAD软件开发

    Modeling and CAD Software Development for Valves Parameters of Automotive Shock Absorber

  2. 五十铃汽车减振器的结构特点

    The Structural Features of the Shock Absorber of the ISUZU Truck

  3. 汽车减振器活塞阀系测试系统

    The Test System of Piston Valve System of Vehicle Shock Absorber

  4. 汽车减振器连杆磨损失效和断裂力学分析

    Wear Failure and Fracture Mechanics Analysis of Automobile Absorber Connecting Rod

  5. 汽车减振器杆高速硬铬电镀技术

    High Speed Hard Chromium Electroplating Technology for Automotive Shock Absorber Rod

  6. 对我国汽车减振器标准实践的探讨

    A Discussion on Problem of standard of Automobile Shock Absorber in Practices

  7. 可压缩液体汽车减振器的动态特性分析和研究

    Toward the Dynamic Characteristics of Compressible Liquid Automobile Shock Absorber

  8. 常压式汽车减振器夹具的研制

    The Manufacture of Constant Pressure Jig in Auto Shock Absorber

  9. 汽车减振器与悬架系统的匹配研究

    Research on the Match for Automobile Damper with Suspension System

  10. 汽车减振器半自动装配线设计

    Design for the Semiautomatic Assembling Line of Automotive Shock Absorber

  11. 汽车减振器压缩行程数字仿真

    Digital simulation at compress stroke of hydraulic car sock absorber

  12. 基于复杂非线性数学模型的汽车减振器参数设计

    Parametric design of automobile shock absorbers based on complex nonlinear mathematical models

  13. 汽车减振器噪声机理研究

    The Study of Noise Mechanism of Automotive Shock Absorber

  14. 汽车减振器连杆快速镀铬吸氢与耐腐蚀性能研究

    Study on Hydrogen-absorbing of Piston Rods in Automobile Shock Absorber During Chromium Plating

  15. 汽车减振器阻尼特性的仿真分析

    Simulation on Damping Behavior of Vehicle Shock Absorber

  16. 可压缩液体汽车减振器装置研究

    Device study on compressible liquid automobile shock absorber

  17. 新型汽车减振器半主动悬架的动力学模型研究

    Study of a Dynamic Model for an Automotive Semi-Active Suspension Using a EFR Shock Absorber

  18. 汽车减振器液-固耦合动力学特性的分步间接耦合模拟分析

    Multi-step Indirect Coupling Simulation Analysis of the Liquid-Solid Coupling Dynamic Characteristics of Automotive Shock Absorbers

  19. 描述了新型电流变液体汽车减振器阻尼力与电场之间的关系。

    It describes the relationship between electric field and resistance force of ERF shock absorber .

  20. 汽车减振器流量试验台温度控制系统

    Research on temperature controlling system of the hydraulic flow test device for shock absorbers in automobile

  21. 在动载荷作用下,汽车减振器的焊趾部位经常发生疲劳破坏。

    Fatigue failure is the common question occurred at the weld toe of the vibration damper .

  22. 双轴汽车减振器阻尼系数与悬架系统阻尼比匹配设计研究

    Design of Matching Damping Coefficient of Shock Absorber with Damping Ratio of Suspension System for Double-axle Automobiles

  23. 探讨了电流变技术在汽车减振器上的应用。

    This paper deals with the application of electro-rheological ( ER ) technology to automobile shock absorber .

  24. 少片变截面钢板弹簧优化设计汽车减振器弹簧阀片变形模型的研究

    Optimum design of taper-leaf spring A Research on the Deformation of Spring Valve Plate in Automotive Shock Absorbers

  25. 介绍了采用橡胶局部胀形加工汽车减振器储油缸筒的加工方法和胀形模具。

    The local rubber expanding method and the expanding die set used for auto shock absorber cylinder is introduced .

  26. 介绍了电流变阀外置的新型汽车减振器的理论、结构及试验研究。

    The theory , structure and experimental research on a new ERF shock absorber with outside electrorheological clique are described .

  27. 汽车减振器连杆耐蚀性是影响汽车减振器质量和寿命的主要因素之一。

    Corrosion-resistance of piston rods is one of major factors affecting the quality and service life of automobile shock absorbers .

  28. 研究结果为优化企业现行电镀生产工艺并提高汽车减振器的制造水平提供了一条有效途径。

    The research results provided an effective way of optimizing the plating process and raising the manufacturing level of automobile shock absorbers .

  29. 汽车减振器示功曲线的动畸变本文详述了测量和控制的方法,最后给出了实际的压力&位移曲线及测量结果。

    This paper expounds the methods of measurement and control , and finally gives the actual pressure-displacement diagram and the results of measurement .

  30. 探讨了利用阀的压力差-流量特性预测汽车减振器阻力-速度特性的方法。

    In this paper , an approach is presented on predicting automotive shock absorber force versus velocity characteristics by valve pressure versus flowrate characteristics .