1.
Theoretical and Experimental Research on Reducing Vibration of Damped Wheels/Rail
减振型阻尼车轮/钢轨理论与试验研究
2.
Performance Analysis and Experiment Study of the Noisereducing Wheel Damper;
火车车轮降噪阻尼器的性能分析与实验研究
3.
There is no holding Back the wheel of history.
历史的车轮不能阻挡。
4.
The restraint imposed prevents excessive wheel movement. It also damps out the spring oscillations quickly after the hole or Bump is passed.
这种阻尼作用避免了车轮的过度运动。在车辆经过坑洼地段时,能很快地衰减弹性元件的振动。
5.
Design of circular particle damper for turbopump
涡轮泵环形颗粒阻尼器设计(英文)
6.
Application of the Damping Rubber Plate in Turbine Support Structures
阻尼胶板在汽轮机支承结构上的应用
7.
Image analysis of bonding area of damping materials and vehicle body
汽车用阻尼材料与车身粘接图像分析
8.
Danny found a toy car with one broken wheel.
丹尼找到一个玩具车，坏了一个车轮。
9.
No one can hold back the wheel of history.
谁也无法阻止历史车轮的前进。
10.
The historical wheel cannot be stopped by anybody.
历史的车轮谁也不能阻挡。
11.
Nobody can stop the wheel of history.
没有人能够阻挡历史的车轮。
12.
Research on Control and Simulation of MR Damper Applied in Automotive;
车用磁流变阻尼器的控制与仿真研究
13.
The Development of Damper Adjustable System of NJ2045 Off-road Vehicle;
NJ2045汽车可调阻尼减振器的研制
14.
Control of Vehicle Semi-active Suspension Based on MR Damper;
基于磁流变阻尼器的车辆半主动控制
15.
Study on Semi-Active Control of Automobile Suspension with Electro-Rheological Damping
汽车悬架电流变阻尼半主动控制研究
16.
Study on Matching Damping to Vehicle Suspension and Shock Absorber Design
汽车悬架阻尼匹配研究及减振器设计
17.
The Effect Analysis of the Vehicle Panel MOBILITY to the Damper Pad Position
轿车板MOBILITY特性对阻尼垫位置影响分析
18.
Non-linear Damping Optimization for Electronically-controlled Damping-adjustable Air Suspension Bus Based on Ride Comfort
基于平顺性的电控可调阻尼空气悬架客车非线性阻尼优化