1) equivalent damping
等价阻尼
2) equivalent damping gene
等价阻尼比
3) equivalent damping
等效阻尼
1.
Study on equivalent damping calculation for hydraulic damper of helicopter rotor;
直升机桨叶液压减摆器等效阻尼计算研究
2.
Based on the classic composites laminates theory,the stiffness matrix and the equivalent damping matrix of the laminates which can be described by elastic constants and damping constants were determined.
根据经典层板理论分别推导出了显含弹性常数和显含阻尼系数的纤维增强复合材料层板的刚度矩阵和等效阻尼矩阵。
4) equivalent damp
等效阻尼
1.
And the equivalent damp of super-elastic effect o f TiNi Shape Memory Alloy is calculated by simulating its cycle curve using experimen t data.
根据试验数据模拟了形状记忆合金的超弹性循环曲线并计算了TiNi形状记忆合金丝在一定振幅下循环加卸载时的超弹性等效阻尼 ,并将记忆合金丝作为一种等效阻尼材料应用到隔振模型中 。
2.
And we calculate equivalent damp of super-elastic effect of TiNi Shape Memory Alloy through simulating its cycle curve.
计算模拟形状记忆合金的超弹性循环曲线并计算了TiNi形状记忆合金丝加卸载循环时的超弹性等效阻尼,并据此将合金丝作为一种等效阻尼材料应用到隔振模型中。
3.
According to the characteristics of the series-base-isolation structure,the calculation formulas for the equivalent damp and equivalent stiffness of the structure were given,and the desirable equivalent damp could be obtained.
根据串联基础隔震结构的特点,给出了该种隔震体系的等效阻尼、等效刚度的计算公式;将串联隔震支座设定为多个屈服剪力水平,得到了较好的等效阻尼。
5) equivalent damping ratio
等效阻尼比
1.
Determination for equivalent damping ratio of composite structure and its application in finite element analysis;
组合结构等效阻尼比的确定及在有限元计算中的应用
2.
Analysis of equivalent damping ratio of high-rise structure building TLD system;
高层建筑矩形TLD系统等效阻尼比分析
3.
Calculation method for additional equivalent damping ratio of energy dissipation structure
消能减震结构附加等效阻尼比计算方法
6) equivalent damping method
等效阻尼法
1.
The damping ratio is studied by the complex mode method, the forcing decoupling method, and the equivalent damping method based on deformation energy.
采用复模态设计方法、强解耦振型分解法、基于变形能的等效阻尼法三种方法分别对不同情况的消能减震结构阻尼比进行研究,得到选择消能减震设计方法和不同方法计算精度的规律,对消能减震结构设计具有参考价值。
补充资料：比昂斯滕·比昂松
比昂斯滕·比昂松
比昂斯滕·比昂松（1832～1910）挪威戏剧家、诗人、小说家。主要作品有剧作《皇帝》、《挑战的手套》，诗集《诗与歌》等。1903年作品《挑战的手套》获诺贝尔文学奖 。获奖理由： “他以诗人鲜活的灵感和难得的赤子之心，把作品写得雍容、华丽而又缤纷”。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。