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首页> 外文期刊>Advanced Experimental Mechanics >Effects of Container Size, Stroke and Frequency on Damping Properties of a Damper Using a Steel Particle Assemblage
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Effects of Container Size, Stroke and Frequency on Damping Properties of a Damper Using a Steel Particle Assemblage

机译:容器尺寸,行程和频率对采用钢颗粒组合的阻尼器阻尼特性的影响

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摘要

A damper using a particle assemblage is a damper using particles instead of a working oil in a standard oil damper.Two kinds of container size for double-rod type damper using a steel particle assemblage were prepared. Effects of container size of the damper, stroke and frequency of forced vibration on the damping force were investigated experimentally. The damping force of the damper depends on both the frequency of forced vibration and the length of the container of the damper, however, basic property of the damping force is almost independent of the stroke of forced vibration.
机译:使用颗粒组合的阻尼器是在标准油阻尼器中使用颗粒而不是工作油的阻尼器。准备了两种使用钢颗粒组合的双杆型阻尼器的容器尺寸。实验研究了减振器的容器尺寸,行程和强制振动频率对减振力的影响。阻尼器的阻尼力取决于强制振动的频率和阻尼器的容器的长度,但是,阻尼力的基本特性几乎与强制振动的行程无关。

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