1.
HIGH-ORDER MODEL OF SPRING-DASHPOT-MASS MODEL FOR LOCALIZING TIME CONVOLUTION
时间卷积的局部高阶弹簧-阻尼-质量模型
2.
A NOVEL HIGH-ORDER SPRING-DASHPOT-MASS BOUNDARY FOR CYLINDRICAL-SYMMETRY WAVE MOTIONS IN INFINITE DOMAIN
一种新的高阶弹簧-阻尼-质量边界——无限域圆柱对称波动问题
3.
Elastic damping leaf coupling
GB/T12922-1991弹性阻尼簧片联轴器
4.
Elastic damping leaf damper
GB/T14654-1993弹性阻尼簧片减振器
5.
Performance Analysis of Damping Spring Load-relieving Latticed Shell Structure;
阻尼弹簧荷载缓和网壳结构的性能分析
6.
New Type Damping Spring and Its Application in the Vibration Control;
新型阻尼弹簧及其在振动控制中的应用
7.
Spring-damper Boundary in Computational Model of Seismic Response of Construction Structures;
建筑结构地震反应计算模型中弹簧—阻尼器边界
8.
Analysis of energy indication characteristic of hydro-pneumatic spring based on damping valve parameter
基于阻尼阀参数的油气弹簧示功特性分析
9.
Design and Characteristics Test of Adjustable Damping Valve for Oil-gas Spring
油气弹簧可调阻尼阀系设计及特性试验
10.
Research on the Vertical Stiffness and Damping of the Air Spring with Auxiliary Chamber by Test;
带附加空气室空气弹簧垂向刚度及阻尼特性实验研究
11.
The Correlation Research of the Large Scale Ultra Low Frequency Air Spring Vibration Isolation Platform Electromagnetic Damping System;
大型超低频空气弹簧隔振平台电磁阻尼系统相关研究
12.
A finite element study on influence of the sleeper support stiffness and damping on wear-type rail corrugation
轨枕支撑弹簧刚度和阻尼对钢轨磨耗型波磨影响的有限元研究
13.
Numerical Simulation of Air Spring Shock Based on Control Volume Method and Equivalent Viscous Damping Method
基于控制体积法及等效粘性阻尼法的空气弹簧冲击数值仿真
14.
Rased on practice conditions, both the dynamic characterization of motor vehicle under random forces exciting of the ground state and methods by using damping vibration control are investigated in this paper.
研究车辆行驶过程动力特性，结合实际条件，给出了车辆弹簧―尼减振器减振效果的阻尼调置方法。
15.
There is no sticking or clogging making the design rugged and reliable.
弹簧在上述介质中被保护，不会产生粘住和阻尼的情况，这使得该设计稳定，安全可靠。
16.
Damping characteristic analysis of co-cured composites with an embedded viscoelastic layer
粘弹阻尼层共固化复合材料的阻尼特征分析
17.
Experiment with the rebound damping first-which we know is most likely too stiff.
首先测试回弹阻尼，通常它会太硬。
18.
Studies on Polyurethane/Polysiloxane IPNs Damping Elastomers;
聚氨酯/聚硅氧烷IPN阻尼弹性体研究