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- The essence of the SPMM is that it subjects the vehicle suspension system to a variety of forces and displacements. SPMM的基本原理就是向车辆的悬架系统施加一系列的载荷和位移输入。
- Its comprehensive coverage focuses on automobile and other vehicle suspension systems including issues of stability, shock absorption, hydraulic systems, vibration and more. 它的广泛报导集中在汽车及其他车辆悬架系统包括稳定性、减震、液压机构、振动等更多的问题。
- While adopts Bang-bang control to realize semi-active control of vehicle suspension system equipped with Electrorheologic damper, the Coulomb damping force of Electrorheologic damper is fixed, as the Bang-bang control is two-value control actually. 由于开关控制是一种二值控制，采用开关控制策略实现对电流变液阻尼器半主动控制悬架系统的控制时，电流变液阻尼器输出的库仑阻尼力无法连续变化，不能充分发挥电流变液的特性。
- hysteretic nonlinearity vehicle suspension system 滞后非线性车辆悬架系统
- AN EXPERIMENTAL STUDY OF AN AGRICULTURAL VEHICLE SUSPENSION SYSTEM 农用运输车悬架系统的试验研究
- Sub-harmonic resonance and singularity of a nonlinear vehicle suspension system 一种非线性汽车悬架的亚谐共振及奇异性
- Main Resonance and Bifurcation in a Nonlinear Vehicle Suspension System with Multi-frequency Excitations 多频激励滞后非线性汽车悬架的主共振及其分岔
- Characteristic Study of MR Damper and Its Application in Vehicle Suspension System 磁流变阻尼器力学特性及其在车辆悬挂系统中的应用
- Jinzhou Wonder Auto Suspension System Co., Ltd. 锦州万得汽车悬架系统有限公司。
- Automibile Electric Suspension System CAI 3. 汽车电控悬架系统教学软件3。
- vehicle suspension systems 汽车悬架系统
- Modeling and Analysis of Nonlinear Rubber Spring of the Off-road Vehicle Suspension System 非公路车辆悬挂系统橡胶弹簧建模与非线性特性分析
- Investigation on Combination Resonance in a Nonlinear Vehicle Suspension System with Multi-frequency Excitations 多频激励滞后非线性汽车悬架的组合共振研究
- I need to buy auto Suspension system,please and contact us . 我们需要购买汽车悬挂系统，请尽快与我们联系。
- Suspension system effectively reduces reacting force of pedaling. 避震系统可以有效的减缓踩踏时的反作用力。
- Your rifle has a 9 point stealth tactical suspension system. 你的步枪上有套9点式匿迹战术悬挂系统。
- U. Lee and C. Han, “A suspension system with a variable roll centre for the improvement of vehicle handling characteristics,” Proc. Instn. Mech. Engrs., vol. 215, Part D, 2001. 许益诚，积极滚动控制之车辆半主动式悬吊系统之研发，国立台北科技大学制造科技研究所硕士论文，台北，2003。
- This thesis discusses the application of Inerter to passive vehicle suspension control. 本论文讨论惯质在汽车被动悬吊控制上的应用。
- Finally we discuss the influence of Inerter nonlinearities to vehicle suspension performance. 最后我们将讨论惯质的非线性因素对汽车悬吊系统的影响。
- Both of them are used in an independent suspension system of a sedan. 它们两者都用于轿车的独立悬吊系统。
