摘要
根据对振动压路机考虑各系统阻尼后的五自由度减振模型的分析,对该模型进行了求解,并结合振动压路机的设计参数对求解的结果进行了仿真。通过求解及仿真结果可得:与两自由度模型相比,这种求解方法求解的五自由度模型同样简单可行并且分析问题更加全面,能为振动压路机各个模块的减振优化设计提供更好的理论参考依据。
The five degree-of-freedom vibration reduction model with damping influence of vibratory roller is analyzed in this paper, and the model is solved by new mathematical method. The result is simulated with the parameter of a vibratory roller. The simulating results show that the five degree-of-freedom model with damping influence is more accordant to the engineering application, this model can provide some references for the optimal design of vibratory roller vibration reduction
出处
《筑路机械与施工机械化》
北大核心
2008年第1期50-53,共4页
Road Machinery & Construction Mechanization
关键词
振动压路机
五自由度
减振模型
仿真分析
vibratory roller
five degree-of-freedom
vibration reduction model
simulation analysis
