橡胶弹簧

一种用于二系悬挂的新橡胶弹簧&沙漏式旁承弹簧

A New Rubber Spring for Secondary Suspension & Hour-glass Bearer Spring

振动筛圆柱型橡胶弹簧优化设计

Optimum Design of Cylindrical Rubber Spring Fit on Vibration Screen

在屋顶花园作为TMD的构造措施上，提出用橡胶弹簧和叠层钢板橡胶支座作为TMD的支撑系统。并详细介绍了种植物、种植土及防水、排水等构造措施。

About the structure measures of roof gardens as TMD , conferring to use rubber springs and overlap sheet steel rubber abutments as TMD 's support system , introduces constructure measures in detailed about plant things , plants the soil and waterproof , drain off water etc.

工程车辆悬架橡胶弹簧动力学特性的试验建模研究

Modeling of Dynamic Characteristics of Rubber Spring for Construction Vehicle Suspension

铰接式自卸车橡胶弹簧悬架系统的动力学建模与分析

Dynamic Modeling and Analysis of Rubber Suspension System of Articulated Dump Truck

滚环式橡胶弹簧的构造、性能和应用

Constructional Property and Appu'cation of Rolling - ring Rubber Spring

直线电机车辆沙漏式橡胶弹簧的非线性分析

Nonlinear Analyses of Hour-glass Rubber Spring in Linear-motor Vehicle

橡胶弹簧非线性刚度的有限元解

The determination of the non - linear stiffness of rubber spring by FEM

此模型可为橡胶弹簧结构的参数优化提供理论支持。

The model provides a basis for the parameter optimization of rubber spring .

橡胶弹簧在轧机中应用的研究

A Study of the Rubber Spring Applicable to Rolling-mill

钟形橡胶弹簧横向刚度的研究

Studies on Lateral Stiffness of Bell Shape Rubber Spring

列车专用锥形橡胶弹簧的计算机辅助设计研究

Research about CAD of Conical Rubber Spring for Rolling-Stock

非公路车辆悬挂系统橡胶弹簧建模与非线性特性分析

Modeling and Analysis of Nonlinear Rubber Spring of the Off-road Vehicle Suspension System

分析的结果为橡胶弹簧悬架系统进一步优化设计提供了理论支持。

The results provide a basis for the parameter optimization of rubber spring suspension .

虚拟样机技术尽管为橡胶弹簧的设计提供了一种有效的解决途径。

Virtual prototype technology provides an useful and efficient way to solve this problem .

橡胶弹簧硫化模具的设计

Design of Mold for Rubber Spring Curing

铰接式自卸车前悬架橡胶弹簧刚度的非线性特性分析

An Analysis on Non-linear Stiffness Characteristic of Rubber Spring in Front Suspension of an Articulated Dump Truck

这为在微机上运用几何、物理双重非线性的有限元法研究橡胶弹簧刚度提供了基础。

These improvements provide great possibilities and great advantages for performing geometrically and physically non-linear iterations on a microcomputer .

为复杂结构橡胶弹簧的设计、刚度特性分析提供一种有效的方法。

Thus , an effective method is provided for design and stiffness character analysis of complex structure rubber spring .

通过与橡胶弹簧实验测试结果的对比，验证上述有限元分析方法的可行性和正确性。

Compared it with the results of experiment , the correctness and feasibility of finite element analysis was verified .

对模型进行不同轴向静载荷的非线性有限元静力分析，可总结出橡胶弹簧轴向变形与载荷的非线性关系。

The nonlinear relationship between spring axial deformation and load was obtained after nonlinear finite element static analysis of different axial static load .

本文主要介绍了该新型回转引风接头的设计方法，并进行了橡胶弹簧的加工工艺和刚度试验。

The article mainly describes the designing method for the new type air-induced revolving joint and introduces the processing technology and rigidity tests of rubber spring .

简要介绍橡胶弹簧和复合橡胶弹簧硫化模具的设计要点及装配时应注意的问题。附带说明橡胶弹簧退模时的专用工装。

The key of designing the mold for rubber spring and compound rubber spring curing and some problems that need pay attention while assembling were introduced briefly .

确定高圆簧两端串联橡胶弹簧系统横向刚度的一种新方法

A new method to determine the lateral rigidity of a system formed by the high and round spring in series with rubber springs at its two ends

本文提出带刚性域的超单元和波前子结构法两个新概念，对求解任意形状橡胶弹簧的刚度作了重大改进。

Two new concepts , superelements with rigid zone and substructure formed by frontal solver , have been introduced to improve the work on stiffnesses of rubber springs .

分析结果表明：前悬架橡胶弹簧刚度的非线性特性能满足驾驶室在不同载荷下具有等支承频率，从而保证稳定的行驶平顺性要求；

Results indicate that the good and constant ride comfort of cab can be satisfied under different loads because of the nonlinear properties of rubber springs of front suspension .

并且获得橡胶弹簧轴向变形的刚度公式，为惯性往复振动机械的非线性动力学分析奠定基础。

And the stiffness formula of axial deformation about rubber spring was obtained , and it laid the foundation for nonlinear dynamic analysis of reciprocating inertia vibration machine . 2 .

对前后悬架橡胶弹簧上下测点的加速度响应进行频谱与隔振性能分析，掌握了不同载荷工况下前后橡胶悬架系统的非线性动态特性。

The nonlinear dynamics properties of front & rear rubber suspension were comprehended through analyzing acceleration spectrum at the upper and lower point of rubber spring under different load . 3 .

为建立钟形橡胶弹簧横向刚度的计算公式，考虑到其变形特点，假设了一组试探位移函数。

In order to build up the calculating formula of the lateral stiffness for the bell shape rubber spring , a group of heuristic functions are assumed with regard to its deformed feature .

以整车悬架动态参数优化获得的最佳非线性刚度特性曲线为优化目标，实现了新型变刚度橡胶弹簧结构参数的优化设计。

The optimum nonlinear stiffness curve of rubber suspension was obtained through the whole vehicle dynamics optimization . The structure parameters of rubber spring have been optimized for fulfilling the optimum nonlinear stiffness curve .