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Photo-elastic and DIC techniques to study development of shear and compaction bands within granular materials

机译:利用光弹和DIC技术研究颗粒材料中剪切带和压紧带的发展

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The paper is based on physical modelling of a geotechnical structure, namely rigid retaining wall translating horizontally out of granular material (active case). Such an experimental layout gives some freedom to granular material, enough to develop regular strain localization pattern. High resolution digital camera was used to record the granular material deformation and stress response during the wall movement. Double recording: in white normal light and in monochromatic circularly-polarised light was employed, the first one for the purpose of deformation analysis by DIC, the second to give insight into a stress (force) field.
机译:本文基于岩土结构的物理建模,即刚性挡土墙从颗粒材料中水平平移(活动情况)。这样的实验布局为颗粒材料提供了一定的自由度,足以形成规则的应变局部化模式。高分辨率数码相机用于记录壁运动过程中颗粒状材料的变形和应力响应。双重记录:在白色普通光和单色圆偏振光中使用,第一个用于DIC进行形变分析,第二个用于了解应力(力)场。

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