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Effective behavior and dynamic response modeling of electro- rheological and magneto-rheological fluid composites

机译:电流变和磁流变流体复合材料的有效行为和动态响应建模

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摘要

A micro-macro analysis for the modeling of electro- and magneto-rheological fluids which are embedded in multiphase composites is presented. The fluids are represented as elastic-viscoplastic materials in which the viscoplasticity is of the Bingham type with yield stresses that depend on the electric or magnetic field intensity. Results are given that exhibit the quasi-static behavior as well as the dynamic response of the composite material in various circumstances.
机译:提出了一种微宏观分析,用于建模嵌入多相复合材料的电和磁流变流体。流体表示为弹性粘塑性材料,其中粘塑性为宾厄姆类型,其屈服应力取决于电场或磁场强度。给出的结果显示了在各种情况下复合材料的准静态行为以及动态响应。

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