振动压路机参数对压实性能的影响分析

Analysis of Influence of Vibratory Roller Parameters on Compaction Performance

在分析传统压路机振动轮结构形式基础上,基于振动压实理论,面向模式可调的智能压实过程,构建"振动轮-土体"动力学模型,分析振动压路机设计参数和工作参数对振动轮加速度的动态影响,得到压路机参数对压实效果的影响规律(构建数学模型),进而探究新型智能化振动压路机的压实能量传递机理。

Based on the analysis of the vibration wheel structure of traditional roller, based on the theory of vibration compaction, the dynamic model of ＂ vibration wheel - soil＂ is built, and the dynamic effect of design parameters and working parameters of vibratory roller on the acceleration of vibration is analyzed, and the influence law （ building mathematical model ） of roller parameters on compaction effect is obtained, and then the compaction energy transfer mechanism of new intelligent vibratory roller is explored.