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Comparison of damping characteristics of polymer-stell and polymer-al composite structure

机译:聚合物-钢和聚合物-复合结构阻尼特性的比较

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  Composite structure of polymer-steel is generally used as vibration damping at industrial applications. This structure is usually three layers as steel-polymer-steel. This study presents an alternative test model besides a real model of vibration damping. The test model is a polymer-Al composite structure and the real model is a polymer-stell composite structure. F = 1000 N harmonic load is applied on both models. In frequency analysis 0 to 300 Hz range of frequency is assumed. ANSYS WORKBECH 8.1 program is used in the analysis of systems. The analysis results obtained from the test model and the real model are compared from the viewpoint of vibration damping effect. The results show that the test model is sutiable for vibration damping.  
机译: 聚合物钢的复合结构在工业应用中通常用作减振。这种结构通常是三层的钢-聚合物-钢。除了真实的振动阻尼模型外,本研究还提出了另一种测试模型。测试模型是聚合物-Al复合结构,实际模型是聚合物-星体复合结构。 F = 1000 N谐波负载施加在两个模型上。在频率分析中,假定频率范围为0至300 Hz。 ANSYS WORKBECH 8.1程序用于系统分析。从减振效果的角度比较了从测试模型和实际模型获得的分析结果。结果表明,该测试模型可用于减振。  

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