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首页> 外文期刊>Bulletin of the American Physical Society >APS -APS March Meeting 2017 - Event - Exploring relaxation pathways in rheology and aging of jammed soft solids
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APS -APS March Meeting 2017 - Event - Exploring relaxation pathways in rheology and aging of jammed soft solids

机译:APS -APS 2017年3月会议-活动-探索流变学和堵塞的软固体老化的松弛途径

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摘要

Stress heterogeneities frozen-in upon solidification, elasticity, structural disorder and thermal fluctuations conspire to select, in jammed soft solids, the microscopic relaxation pathways that ultimately determine their mechanical response as well as their progressive aging over time. We have used 3d numerical simulations of model solids to unravel such interplay and gain new insights into the nature of the relaxation pathways, their relevant time and lengthscales, and their dependence on the nature of the stress fluctuations in the material. I’ll review our recent findings and discuss their implications for soft excitations in different types of jammed soft solids.
机译:凝固后产生的应力异质性,弹性,结构紊乱和热波动会共同作用,在被卡住的软固体中选择微观松弛途径,最终确定其机械响应以及随着时间的推移逐渐老化。我们已经使用模型固体的3D数值模拟来揭示这种相互作用,并获得了有关松弛路径的性质,其相关的时间和长度尺度以及它们对材料中应力波动性质的依赖性的新见解。我将回顾我们最近的发现,并讨论它们对不同类型的卡塞的固体中的软激发的影响。

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