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Design of non-linear suspension systems using genetic algorithms

机译:基于遗传算法的非线性悬架系统设计

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The scope of this paper is to present an optimisation procedure for improvement of the behaviour of non-linear suspension systems for ground vehicles. The vehicle system is described by non-linear differential equations subject to many types of road irregularities. The stiffness and damping characteristics are optimised such that the maximum value of vertical and rotary acceleration of vehicle body at the passengers seats are minimised from the view point of ride comfort under the geometrical cosntraints of the car.
机译:本文的范围是提出一种优化程序,以改善地面车辆的非线性悬架系统的性能。车辆系统由非线性微分方程描述,该方程受多种类型的道路不规则性影响。对刚度和阻尼特性进行了优化,以便从乘员舒适感的角度出发,在汽车的几何约束下,将乘客座椅处的车身垂直和旋转加速度的最大值最小化。

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