振动压路机是利用其自身的重力和振动压实各种建筑和筑路材料。在公路建设中，振动压路机最适宜压实各种非粘性土壤、碎石、碎石混合料以及各种沥青混凝土而被广泛应用。
两轮振动压路机 two wheel vibrating road roller
铰接振动压路机 articulated vibratory roller
复合振动压路机 combined vibrating roller
双筒振动压路机 twin-vibratory roller
拖式振动压路机 towed vibratory roller
自行振动压路机 self-powered vibratory roller
手扶振动压路机 walking behind vibratory roller
手动振动压路机 Walking-behind Vibratory Rollers
手扶式振动压路机 Walk behind vibratory rollers
Till now, the classical two-degrees-model is widely used in research work on vibratory roller, and roller-earth system is regarded as linear system.
到目前为止，大部分对振动压路机进行的研究都采用经典的两自由度模型，而且把压路机—土壤系统看成是线性系统。
参考来源 - 振动压路机动力学特性及新型密实度仪研究开发Through analysis of the compacted theory to the vibration roller and the asphalt mixture, has established the vibration mechanics models and movement equation.
分析了振动压路机与沥青混合料的压实机理,并建立了振动力学模型和运动方程。
参考来源 - 热态沥青混合料压实过程变形特性研究The research obtains some data and the related conclusions which is helpful to the further optimized design of vibratory roller's damping system.
研究得到的一些数据及相关结论,对进一步优化振动压路机减振系统的设计是十分有益的。
参考来源 - 振动压路机减振性能研究In this paper, hydraulic impact that caused by the hydrodriving vibration compactor in the course of the starting vibration and the measures of reducing the hydraulic impact were studied.
本文对液压传动振动压路机起振过程的液压冲击机理及其减少措施进行了研究。
参考来源 - 振动压路机起振液压系统减少冲击仿真研究·2,447,543篇论文数据，部分数据来源于NoteExpress
它广泛应用于液压挖掘机、振动压路机和其它工程机械中。
It is widely used in hydraulic excavators, vibratory road rollers and other construction machinery.
YZ18 型液压振动压路机在研制中充分考虑了振动压路机的特点，并进行了创造性的设计。
It sufficiently takes the characters of vibratory road rollers into account and YZ18 hydraulic vibratory road roller is designed in a creative way.
全液压振动压路机的爬坡能力与动力有关系，并受到附着系数的限制。
The gradeability of full-wheel driving vibratory rollers is related to its power, and restricted by cohesive factor.
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