Research on the Twisted Bar Spring in Automobile Suspension Fork Based on Genetic Algorithms

汽车 悬架扭杆弹簧遗传算法优化设计的研究

The validity and usability of the evaluation and decision method presented in this thesis are verified by the example of the front suspension fork of mountain bike .

文章最后以山地自行车前 悬架为实例，对此产品概念设计方案评价决策方法的有效性以及实用性进行了验证。

Calculates the example take the automobile driving suspension fork as the concrete project considered the system parameter random influence has carried on the optimum control analysis and draws up the simulation graph .

以汽车的主动 悬架为具体的工程算例，考虑系统参数随机性的影响，进行了最优控制的分析，并绘制出仿真图形。

Stress analysis of suspension fork of 125t crane with slewing sling

125t吊具回转起重机 吊 叉应力分析

There are two researched methods and steps : after consulting collecting and obtaining the parameters of car the former suspension fork model is set up . And then the model is debugged the former suspension fork model is simulated .

研究方法和步骤有以下两点：1.在查阅、收集和测量某轿车相关参数后，建立前 悬架模型，并对所建轿车模型进行调试，而后对前悬架模型进行操稳性能仿真试验。

Because the air suspension fork has the misalignment rigidity characteristic and the relatively complex guidance power transmission organization something like this increased difficulty in the air suspension fork design and the matching .

由于空气 悬架具有非线性刚度特性和相对复杂的导向传力机构，增加了空气悬架设计和匹配的难度。

It established air suspension fork simplified model in the implement of the mechanical system dynamics simulation analysis software ADAMS / Car module .

并利用机械系统动力学仿真分析软件ADAMS/Car模块，建立了后空气 悬架简化模型。

Study and Test of Vibration Isolation Property of Suspension and Unsuspension Seat of Fork Lift

悬 置与非悬置式 叉车座椅减振性能对比试验研究

In this paper we have built the mathematical model of optimal design for the twisted bar spring in automobile suspension fork by studying Genetic Algorithms .

本文通过对遗传算法的研究，构造了汽车 悬架扭杆弹簧基于遗传算法优化设计数学模型。

The motorcycle rear fork belongs to the suspension device of motorcycle which mainly consists of left and right rear fork side tubes axle tubes connector tube stiffener plates installing linings and other parts .

摩托车平叉属于摩托车的 悬挂装置，主要由左、右平 叉侧管、 平 叉轴管、连接管、加强板和安装衬片等零部件组成。