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Static and Dynamic Arching Effect in Granular Materials

机译:颗粒材料中的静态和动态拱效应

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摘要

The arching effect has been recognized as a characteristic fea-ture of granular materials. Recent studies have proved that, under peculiar circumstances, granulates build up inner solid contact chains which greatly influence the flow behavior and sometimes turn out to prevent any gravity-induced motions, such as falls. Mostly based on experimental observations of vertical chutes, this paper attempts to outline basic principles which govern the stability and the behavior of both static and dynamic arches.
机译:拱起效应已经被认为是颗粒材料的特征。最近的研究证明,在特殊情况下,颗粒会形成内部固体接触链,从而极大地影响流动行为,有时还会阻止任何由重力引起的运动,例如跌落。本文主要基于对垂直滑槽的实验观察,试图概述控制静态和动态拱的稳定性和行为的基本原理。

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