1.
Experimental Research on Dynamic Characteristics of Non-Obstructive Particle Damping Elements;
非阻塞性微颗粒阻尼构件动力特性的实验研究
2.
Constitutive Relation Study of Viscoelastic Damping Materials under Complex Conditions and Optimization Design of Damping Structures;
复杂条件下粘弹阻尼材料本构关系研究及阻尼结构的优化设计
3.
damping mechanism
制动机构，阻尼机构
4.
Dry friction damping can efficiently limit structural vibration.
采用干摩擦阻尼可以有效的限制构件的振动应力水平。
5.
Research on the Parameter Identification Theory and Experiment of Part Dampign and Joint Friction;
构件阻尼和运动副摩擦参数辨识的理论与实验研究
6.
Vibro-Acoustic Analysis and Optimization of Damping Panel in Auto-Body;
汽车车身薄壁件阻尼复合结构振动—声学分析与优化
7.
The Research on Damping and Seismic Damage Model of RC Element;
钢筋混凝土构件的阻尼特性和地震破坏模型研究
8.
The Research on Damping and Damage Criteria of RC Bending Element;
钢筋混凝土受弯构件振动中的阻尼耗能和破坏模型研究
9.
Investigation into Influences of Filling Formats of Foam Material Filled Steel Tubes on Component Damping Property
填充方式对泡沫材料填充钢管构件阻尼性能影响的研究
10.
Calculation of Damper Force with Different Boundary Conditions
不同边界条件磁流变阻尼器阻尼力计算
11.
Preparation of Polymer Damping Materials and Designation of Constrained Damping Structure;
高分子阻尼材料制备及约束阻尼结构的设计
12.
Dynamic Model and Analysis Method of Elastic Mechanism Systems with Damping Alloys Parts and Its Industry Application;
含阻尼合金构件弹性机构动力学建模理论、非线性数值方法及其工程应用
13.
The construct of constitutive relation of a damping materials based on DMA
基于DMA构建一种阻尼材料的本构关系
14.
Vibration Damping Capacity and Prospect of Magnesium Alloy as Hand Tools Parts
手持工具镁合金零部件阻尼性能分析
15.
Structure size and liquid medium density are decisive factors affecting damping moment modulus.
阻尼器的结构尺寸、体介质密度是影响阻尼力矩系数的决定因素。
16.
Research on Piezoelectric Damping Technology in Structural Vibration Control: (3)Smart Constrained Layer Damping Technology
结构振动控制中压电阻尼技术研究（三）机敏约束层阻尼技术
17.
Study on Damping Properties of Hollow Spheres/Epoxy Porous Composites and Encapsulating Pipes
空心球/环氧多孔材料的材料阻尼及管结构阻尼研究
18.
STRUCTURAL DESIGN AND PERFORMANCE PREDICTION OF MR DAMPER WITH BIDIRECTIONAL ADJUSTING DAMPING FORCE
阻尼力双向调节磁流变阻尼器的结构设计与性能预估