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为了深入讨论智能化振动压路机压实过程中土体随振质量的变化与压路机偏振对压实效果及操作舒适性的影响,采用拉格朗日方法建立了考虑土体随振质量和偏振压实现象的智能化振动压路机振动压实系统新动力学模型,并对模型进行了求解。讨论了土体随振质量、振动轮质量偏心及振动轮两侧土体参数差异对压实效果和操作舒适性的影响,得到了相应的变化曲线。所得结果为实现智能化振动压路机振动压实过程的有效控制、提高压实过程中的密实度和压实效率、改善整机的舒适性提供了较为可靠的理论依据。
In order to further discuss the influence of soil mass with vibration on the compaction process of compact vibratory roller and the effect of compaction and compaction of compactor on the compaction of compactor, The phenomenon of intelligent vibratory roller vibration compaction system new dynamic model, and the model was solved. The influences of the soil mass on the vibration quality, the eccentric mass of the vibration wheel and the difference of soil parameters on both sides of the vibration wheel were discussed. The corresponding curves were obtained. The results provide a more reliable theoretical basis for the effective control of the vibration compaction process of the intelligent vibratory roller, increase the compaction and compaction efficiency during compaction, and improve the comfort of the whole machine.