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Parallel multigrid for electrokinetic simulation in particle-fluid flows

机译:用于粒子流体流动中的电动模拟的平行多重型

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We present an algorithm for multi-physics simulation of charged particles in electrokinetic flows. It includes a coupled simulation of charged rigid particles in fluid flows in an electric field. The parallel simulation algorithm is implemented in the waLBerla software framework. For solving the partial differential equation that models the electric potential, a cell-centered multigrid algorithm has been incorporated into the framework. After an introduction to the central concepts of waLBerla, we describe the simulation setup and the simulation algorithm. Finally, we show the parallel scaling behavior of the algorithm on a high performance computer, with emphasis on the multigrid implementation.
机译:我们提出了一种用于电动流动带电粒子的多物理模拟算法。它包括在电场中的流体流动中的带电刚性颗粒的耦合模拟。并行仿真算法在Walberla软件框架中实现。为了求解模拟电势的局部微分方程,将细胞居中的多重资源算法结合到框架中。在威尔伯拉的中心概念介绍后,我们描述了模拟设置和仿真算法。最后,我们在高性能计算机上显示了算法的并行扩展行为,重点是多重资源实现。

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