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Study on Control Strategies of Semi-active Air Suspension for Heavy Vehicles Based on Road-friendliness

机译:基于道路友善的重型车辆半主动空气悬架控制策略研究

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摘要

Targeting the road-friendliness of vehicles, the paper has analyzed dynamic deformation and dynamic load of tires under different control strategies through co-simulation. A vehicle dynamics model with semi-active air suspension has been made through using Adams, and a PID controller, a fuzzy controller and a fuzzy PID controller have been set in the Matlab to adjust the damping of the suspension, with the road excitation modeled through band-limited white noise. The result shows that the fuzzy PID controller has overcome the shortcomings of the PID controller and the fuzzy controller and a better control effect has been achieved.
机译:瞄准车辆的道路友好性,通过共计仿真,在不同控制策略下分析了动态变形和动态负荷的轮胎。通过使用ADAMS进行了一种具有半主动空气悬架的车辆动力学模型,并在MATLAB中设置了PID控制器,模糊控制器和模糊PID控制器,以调节悬架的阻尼,通过道路励磁带限量的白噪声。结果表明,模糊PID控制器已经克服了PID控制器的缺点和模糊控制器,并且已经实现了更好的控制效果。

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