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A Variational Approach to Non-Local Energy Minimization of Random Elastic Lattices

机译:随机弹性格子非局部能量最小化的变分方法

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The purpose of this paper is to establish variational principles for the mechanical behaviorrnof two-phase random elastic lattices. By restricting the attention to the systemsrncharacterized by second-order statistics, the variational bounds on the stored energy ofrnthe Hashin-Shtrikman-Willis type are established using basic tools of structural staticsrnand linear algebra. Accuracy of the improved bounds is verified against elementaryrnestimates as well as detailed Monte-Carlo simulations. Finally, selected numericalrnresults related to the accuracy of the bounds are presented.
机译:本文的目的是建立两相随机弹性晶格力学行为的变分原理。通过将注意力集中在以二阶统计为特征的系统上,使用结构静态和线性代数的基本工具建立了Hashin-Shtrikman-Willis型存储能量的变分界。对照基本神经元以及详细的蒙特卡洛模拟验证了改进边界的准确性。最后,给出了与边界精度有关的选定数值结果。

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