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Calculation of Electrostatically Induced Current in a Human Body Simulated with the curved-Element BEM

机译:用弯曲单元边界元法模拟人体中的静电感应电流

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摘要

The paper describes the calculation results of electrostatically induced current in a human model. The calculation method is the boundary element method (BEM). The human model was constructed from the second order curved elements. Five internal organs were added to the model in order to investigate the effect of differences in conductivity values. The calculation results show that there is no effect of conductivity in the calculation of overall induced current.
机译:本文描述了人体模型中静电感应电流的计算结果。计算方法是边界元素方法(BEM)。人体模型是由二阶弯曲元素构成的。为了研究电导率值差异的影响,将五个内部器官添加到模型中。计算结果表明,在总感应电流的计算中,电导率没有影响。

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