| 1. | Quasi elastic vibration
准弹性振动 |
| 2. | The study of elastic vibration responses for the ac asynchronous motor - elastic linkage mechanism
弹性连杆机构弹性振动响应的研究 |
| 3. | Vibration prediction of power transmission device based on elastic vibration of crankshaft
基于曲轴弹性振动的动力传动装置振动预测 |
| 4. | It comes to a conclusion that the combined parabola acceleration is the optimum one to limit dynamic tension and elastic vibration of large belt conveyors during starting
提出了采用抛物线组合加速度控制曲线起动是限制大型带式输送机动张力和弹性振动的最佳方案。 |
| 5. | The paper also introduces the application of other new track vibration damping techniques like the new - type high - elastic vibration - damping pads and vibration - absorbing fish plates
对这些研究成果进行总结，同时对新型高弹性减振垫板及减振接头夹板等技术在本线的应用做了介绍，可作为今后其他地铁工程建设的参考。 |
| 6. | This paper summarizes the results of researches on track vibration damping and noise reduction for tianjin metro line 1 , such as the new - type high - elastic vibration damping fastening and block sleepers with rubber - plastic boots
摘要在天津地铁1号线轨道系统中，采用新型高弹性减振扣件、新型橡塑套靴弹性短轨枕等减振降噪的创新技术。 |
| 7. | With the development of modern mechanical industry , fatigue destruction and precision decrease due to elastic vibration occur much frequently because machine operation speeds became faster and faster and the parts of machines are designed lighter and lighter
随着现代机械工业的发展，高速轻量化设计在工程中已被广泛应用，随之而来的机构弹性振动，疲劳破坏时有发生。 |
| 8. | The coordination of multi - flexible robots has both advantages of the coordination of robots and flexible manipulator . the disadvantages such as large error , elastic vibration , etc were overcome , and the performance of the robots system was improved
多柔性机器人的协调操作能综合柔性机器人和协调机器人两方面的优势，从而克服了单柔性机器人变形误差大、振动剧烈等缺点，使得机器人系统的性能进一步提高。 |
| 9. | Compared with rigid ones , flexible robots are provided with the advantages of high speed , heavy payload and light weight . however , the large error , elastic vibration and other drawbacks due to the elastic deformation of flexible links can not be neglected in flexible robots
多柔性机器人的协调操作则能综合柔性机器人和协调机器人两方面的优势，克服单柔性机器人变形误差大、振动剧烈等缺点，使机器人系统的性能进一步提高，是柔性机器人发展的必然趋势。 |
| 10. | The elastic vibration curves of generalized coordinates in a motion ' period are obtained ; the dynamics stresses in the links are calculated ; the change conditions , of vibration model of the first to fourth order are also obtained . a post - processing method , including color mapping and animation technique and so on , is used in the kinematics and dynamics analysis of planar linkage . the results of the application are favorable
充分运用matlab软件强大的图形显示功能，将运动学、动力学分析结果进行了可视化处理，将色彩映射运用到图形之中，并运用动画技术，实现了动画效果的图形显示，取得了较好的直观效果。 |
