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1.
Simulation investigation on particle damping for its characteristic of loss power under vertical excitation
垂直简谐激励下颗粒阻尼耗能特性的仿真研究
2.
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
3.
undamped oscillation [ waves ]
无阻尼[衰耗]振荡
4.
Study on Influence of Different Damping Models on Energy Dissipation of Anti-seismic Structures
不同阻尼模型对抗震结构能量耗散影响分析
5.
Analysis About Viscoelastic Parameters to Structure of Energy Dissipation Effect
粘弹性阻尼参数对结构耗能效果的影响分析
6.
Energy dissipation calculation for wire dampers and its application to suppress aeolian vibration of transmission lines
阻尼线的耗能计算及其在输电线防振中的应用
7.
Impednce method andstaristical energy analysis method are used to predicate the loss factor of film-damping.
本文采用阻抗法及统计能量法预估薄膜阻尼损耗因子。
8.
Performance Test of Lead-Visoelastic Damper and Studies on Design Method for Energy Disiipation Stucture;
铅粘弹性阻尼器的性能试验和耗能减震结构的设计方法
9.
The other is to add some oil dampers to buildings,which may provide additional damping for structures.
二是采用被动耗能减震技术,通过设置油阻尼器,为结构提供附加阻尼。
10.
Using the virtual damper placed at the interested locations of systems, the energy dissipations of the virtual dampers can be computed.
将虚拟阻尼器放在系统感兴趣的位置,虚拟阻尼器所消耗的能量可以计算出来。
11.
Experimental Research and Application of High Damping Concrete in Structural Energy Dissipation and Vibration Mitigation;
高阻尼混凝土的试验研究及其在结构耗能减震中的应用
12.
Control of Earthquake Response of Weak-Layer Structures Equipped with Energy-Dissipation Dampers;
耗能阻尼器对有薄弱层框架地震反应控制的研究
13.
Damping ratio, as a parameter that reflects capacity of dissipating energy of building and has significant influence on the dynamic responses, is regarded as a constant when designing buildings at present.
阻尼比是反映结构耗能能力的参数,它对结构的振动反应有重要的影响。
14.
The FRD is designed as a new piston-type constant-friction-force damper, which dissipates energy efficiently and can be used in practical project expediently.
本文设计加工的活塞式常摩擦力阻尼器耗能明显,且能方便地运用于实际工程。
15.
High Damping Capacity of Fe-Mn Alloys;
Fe-Mn系高阻尼合金阻尼性能的研究
16.
MICROSTRUCTURES AND DAMPING CAPACITIES OF ALUMINUM-ZINC ALLOYS;
铝锌阻尼合金的组织和阻尼性能研究
17.
Based on the analysis of damper movement during load test period, a concept for the dissipation power of damper is suggested.
根据阻尼器的加载过程分析,提出了阻尼器耗散功率概念。
18.
"Damping: In physics, the restraint of vibratory motion, such as mechanical oscillations, noise, and alternating electric currents, by dissipating energy."
阻尼: 物理学中,指因能量耗散使振荡、噪音、交流电之类的振动所受到的遏制。