1) Impact vibratory compactor
冲击振动压实机
2) impact-imitated vibratory roller
仿冲击振动压实机
3) impact-like vibratory compaction
仿冲击振动压实
4) the composite roller of impacting and vibration
冲击振动压路机
1.
Considering some weakness of the impact roller,we have suggest a new type of roller called the composite roller of impacting and vibration.
针对冲击压路机的一些缺点,提出了冲击振动压路机。
5) impact compactor
冲击压实机
1.
This paper according to movement analysis of the impact compactor s active wheel and multi-objective optimization model for dynamical variable of it.
根据冲击压实机冲击轮下落阶段的运动分析及冲击轮动力参数的多目标优化模型[3],运用MATLAB软件对其进行优化处理,化多目标优化问题为单目标优化问题,解得的最优解即为该多目标优化问题的有效解,使得优化后的冲击轮动力性能在水平方向和垂直方向上均有较大的改善,水平方向上速度的变化幅度减小,由2。
2.
So scientific and accurate analysis and calculation on the requirement for traction force is necessary when the impact compactor is working.
特别是五边形冲击压实机所需牵引力很大,且所需牵引力的变化幅度也很大,牵引车合适与否直接影响到产品设计目的的能否实现。
6) shock and vibration composite roller
冲击振动复合压路机
1.
The towed shock and vibration composite roller adopted as an experimental prototype,the compaction tests of aeolian sand with this graded composition have been researched on the work conditions of the vibration+static roller,impact+static roller,vibration+shocks+static roller.
利用拖式冲击振动复合压路机作为实验样机,对该级配风积沙在最佳含水量附近进行了振动+静碾、冲击+静碾、振动+冲击+静碾工况的压实试验研究,并对各组工况下的压实度进行比较分析,得出其最佳压实频率、工况及施工工艺。
补充资料：冲击波超压与动压