A Multiphase Particle Method for Interaction between Sluicing Water and Fluvial Mud Beds

机译：一种多相颗粒颗粒方法，用于泥浆水和河泥床之间的相互作用

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As a fully Lagrangian projection-based method, the moving particlesemi-implicit method (MPS) has remarkable advantages on thesimulation of multiphase free surface flows involving large surface andinterface deformations. In this study, a multiphase MPS method is putforward to investigate the interaction between sluicing water and afluvial mud bed which is treated as a high-viscous Newtonian fluid anda Bingham plastic fluid, respectively. The numerical results are verifiedby relevant experiment results, and the comparisons demonstrate thatthe proposed multiphase MPS method can reproduce the interactionbetween sluicing water and fluvial mud beds with a satisfactoryprecision.

机译：作为基于拉格朗日的投影的方法，移动粒子半隐式方法（MPS）对此具有显着的优势涉及大表面的多相自由表面流动的仿真界面变形。在这项研究中，放置了多相MPS方法向前探讨泥浆水和a之间的相互作用氟泥床被视为高粘性牛顿液体分别是宾厄姆塑料流体。验证了数值结果通过相关的实验结果，并且比较证明了这一点所提出的多相MPS方法可以再现交互在肥沃的水和河流泥浆之间具有令人满意的精确。

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《International Ocean and Polar Engineering Conference》|2019年|1 CD-ROM|共7页
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Lizhu Wang; Qin Jiang; Abbas Khayyer; Changkuan Zhang;
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中图分类海洋工程;
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1. Numerical Modeling of Water Wave Interaction with A Soft Mud Bed [J] . 齐鹏, 王石青, 侯一筠中国海洋工程（英文版） . 2004,第004期

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4. A Multiphase Particle Method for Interaction between Sluicing Water and Fluvial Mud Beds [C] . Lizhu Wang, Qin Jiang, Abbas Khayyer, International Ocean and Polar Engineering Conference . 2019

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A Multiphase Particle Method for Interaction between Sluicing Water and Fluvial Mud Beds

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