rubber shock absorber
英 [ˈrʌbə(r) ʃɒk əbˈsɔːbə]
美 [ˈrʌbər ʃɑːk əbˈzɔrbər]
网络 橡皮减震器; 橡皮減震器
双语例句
- Many kinds of steel structure bearing, rubber seismic mitigation and isolation bearing and other rubber shock absorber products could be designed and produced according to he requests of customers.
公司拥有多名科技研发人员，技术力量雄厚，可根据客户的实际要求设计生产各种类型钢结构支座、橡胶减隔震支座及其它橡胶减振产品。 - A bridge supported by trestlework. Depending on the mileage and operating conditions of the vehicle, this could result in the rubber mount coming completely free from the shock absorber.
一座靠支架支撑的桥。因汽车的行驶里程和使用条件而异，可能导致橡胶支座与减震器完全脱离。 - The local rubber expanding method and the expanding die set used for auto shock absorber cylinder is introduced.
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。 - Parameter measurements for rubber shock absorber s on crankshafts
曲轴橡胶减振器的特性测试 - Taking a certain typed shock absorber of inertia platform as an object of study, the finite element analytical method on the elastic property of rubber shock absorber was approached.
以某型号惯性平台减振器为研究对象，探讨了橡胶减振器弹性特性的有限元分析方法。 - Reduction Vibration with Rubber Shock Absorber Under Top Storey in the Building
房屋建筑顶层采用橡胶支承的消能减震 - Combining the equivalent stiffness model for rear axle, the deformation coupling characteristics of the unsymmetrical rubber bush, and the models for shock absorber and coil spring, an equivalent dynamics model for the torsion bar rear suspension is set up.
结合轿车扭杆式后桥的等效刚度力学模型、后悬架非对称橡胶衬套的变形耦合特性以及减振器、螺旋弹簧的力学模型，建立轿车扭杆式半独立后悬架的等效动力学模型。 - The predicted computation result was coinciding fairly well with the experiment, it is indicated that the being established mathematical model and finite element computation method could obtain quite ideally the static and dynamic solutions of rubber shock absorber.
预测的计算结果与试验吻合较好，表明所建的数学模型和有限元计算方法能较理想地获得橡胶减振器静态、动态解。 - It was compared that the effect of the linear term, the cubic power nonlinear term, the fifth power nonlinear term and seventh power nonlinear term on amplitude-frequency characteristics of metal rubber shock absorber.
分别讨论了一次因素、三次非线性因素、五次非线性因素和七次非线性因素对金属橡胶减振器动态响应的影响。