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Applicability of the lattice Boltzmann method to determine the ohmic resistance in equivalent resistor connections

机译:格子Boltzmann方法的适用性确定等效电阻连接中的欧姆电阻

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Knowing the ohmic resistance in the materials allow to know in advance its electrical behavior when a potential difference is applied, and therefore the prediction of the electrical performance can be achieved in a most certain manner. Although the Lattice Boltzmann method (LBM) has been applied to solve several physical phenomena in complex geometries, it has only been used to describe the fluid phase, but applicability studies of LBM on the solid-electric-conducting material have not been carried out yet. The purpose of this paper is to demonstrate the accuracy of calculating the equivalent resistor connections using LBM. Several series and parallel resistor connections are effected. All the computations are carried out with 3D models, and the domain materials are designed by the authors.
机译:知道材料中的欧姆电阻允许在应用电位差时提前知道其电动行为,因此可以以最肯定的方式实现电性能的预测。虽然已经应用了格子Boltzmann方法(LATTICELZMANN方法(LBM)来解决复杂几何形状中的几种物理现象,但它仅用于描述流体相,但是LBM对固态电导材料的适用性研究尚未进行。本文的目的是展示使用LBM计算等效电阻连接的准确性。实现了几个系列和并联电阻连接。所有计算都以3D模型执行,域材料由作者设计。

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