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Influence of Particle Gradation Curve on Granular Packing Characteristics

机译:颗粒渐变曲线对粒状包装特性的影响

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In this article, ten kinds of granular materials with different particle gradation curves based on theregularized incomplete Beta function are produced and packed by discrete element method. Then theinfluences of particle gradation on granular packing and frictional characteristics are examined.Merely adjusting the two parameters in the regularized incomplete Beta function, we are able togenerate a numerical granular material with all kinds of granular packing, either well or poorly gradednow. The model is proved to be a very useful tool for conventional discrete element method tosimulate mechanical behavior of realistic granular materials.
机译:在本文中,通过离散元件法生产和包装具有基于引起的不完全β功能的不同颗粒灰度曲线的10种颗粒材料。然后检查颗粒渐变对粒状包装和摩擦特性的颗粒渐变。可以调节正则化不完全β功能中的两个参数,我们能够通过各种颗粒包装,良好或较差的GradedNow中的数值粒状材料。该模型被证明是传统离散元素方法的一种非常有用的工具,用于现实粒状材料的扭曲力学行为。

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