三维树木模拟利用两层或三层模型

H. Uehara, K. Kudo
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摘要

基于介电击穿模型(DBM),考虑生长概率,在针电极和平面电极之间存在屏障和空气层的情况下进行了三维树形模拟。研究发现,三层模型与两层模型相似。然而,三层模型在细节上比两层模型更精确。在三层模型中,模拟树倾向于沿屏障爬行或生长繁殖。因此,三层模型的三维树形模拟对于模拟具有阻隔层和空气层的复合绝缘系统是有效的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Three-dimensional tree simulation utilizing two- or three-layer model
We carried out three-dimensional tree simulation in the presence of a barrier and an air layer between a needle electrode and a plane electrode based on a dielectric breakdown model (DBM) considering growth probability. It was found that a three-layer model is similar to a two-layer model. However, the three-layer model can simulate more accurately than the two-layer model in detail. In the three-layer model, the simulated tree tends to propagate while creeping on or developing along the barrier. Therefore, it is suggested that the three-dimensional tree simulation of the three-layer model is valid for simulating composite insulating systems with a barrier and an air layer.
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