Analysis of Influence of Steering System on Vehicle Straight Line

Hai Chenguang, Ji Peng, Yuan Haifeng
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引用次数: 3

Abstract

In Steer Release condition, due to the ability of actual vehicle to resist external small perturbations and self-Adaptive coordination can’t be described in the previous vehicle model, the stability of vehicle is described insufficiently. A fine steering system model was established, including Stick-slip friction model and a complete dynamic system consist of wheels, axles, steering tie rod and rack. When encountered with outside interference input, the left and right wheels have the ability to coordinate with each other and ensure the stability of vehicle. The validity of the model is verified through the simulation of typical operating conditions and the fidelity of vehicle model is improved.
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转向系统对车辆直线的影响分析
在转向释放工况下,由于实际车辆对外界小扰动的抵抗能力和自适应协调能力在以往的车辆模型中无法描述,对车辆的稳定性描述不够充分。建立了精细转向系统模型,包括粘滑摩擦模型和由车轮、车轴、转向拉杆和转向齿条组成的完整动力系统。当遇到外界干扰输入时,左右轮具有相互协调的能力,保证车辆的稳定性。通过典型工况的仿真验证了模型的有效性,提高了模型的保真度。
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