Performance analysis of eddy current shock absorber damper using finite element analysis

机译：涡流减震器减振器性能的有限元分析

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In this paper a model based on finite element analysis is used to analyze the performance characteristics of a novel eddy current damper. Effects of adding an aluminum sleeve to the mover is studied. The relation between the sleeve thickness and the damping force is examined. The steady state performance of the damper for different sleeve thickness was also discussed. It was found that there is an optimum thickness for the aluminum sleeve to achieve acceptable damping performance. The proposed system is economical and simple compared to other electromagnetic damping systems.

机译：在本文中，基于有限元分析的模型用于分析新型涡流阻尼器的性能特征。研究了在动子上增加铝套的效果。检查套筒厚度和阻尼力之间的关系。还讨论了阻尼器在不同套筒厚度下的稳态性能。发现铝套筒具有最佳的厚度，以达到可接受的阻尼性能。与其他电磁阻尼系统相比，该系统经济且简单。

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《International Middle East Power Systems Conference》|2017年|1010-1015|共6页
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A.A. Abdullah; T.M. Abdo; A.A. Huzayyin; A.A. Adly;
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Damping; Shock absorbers; Force; Eddy currents; Mathematical model; Finite element analysis;

机译：阻尼;减震器;力;涡流;数学模型;有限元分析;

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4. Performance analysis of eddy current shock absorber damper using finite element analysis [C] . A.A. Abdullah, T.M. Abdo, A.A. Huzayyin, International Middle East Power Systems Conference . 2017

机译：使用有限元分析的涡流减震器阻尼器的性能分析
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Performance analysis of eddy current shock absorber damper using finite element analysis

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