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>Mean field calculations of the dynamic mechanical properties of two‐phase elastomer blends: Included particles in a matrix phase
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Mean field calculations of the dynamic mechanical properties of two‐phase elastomer blends: Included particles in a matrix phase
AbstractMean field theories developed by Kerner and van der Poel were applied to several binary elastomer blends. Calculations were compared with experimental small strain dynamic mechanical properties of the blends. Although the blends exhibit a wide range of detailed structures, the theories were able to model blenas with well‐defined included particles embedded in a matrix phase. Blends with a continuous morphology were not properly modeled with the Kerner or van der Poel theorie
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机译:摘要Kerner和van der Poel开发的均值场理论被应用于几种二元弹性体共混物。将计算结果与共混物的实验小应变动态力学性能进行了比较。尽管这些混合物表现出广泛的详细结构,但这些理论能够模拟嵌入基质相中的明确定义的包含颗粒的 blenas。具有连续形态的混合物没有用 Kerner 或 van der Poel 理论进行适当的建模
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