The present article is devoted to simulation of the structure of yarn with embedded electrically conducting fibers. Migration of fibers into different sections of the yarn is taken into account in the simulation. The influence of the linear density and structure of yarn with embedded electrically conducting fibers on the average number of contacts that arise between the fibers in the simulated sections is determined. Through simulation it was possible to assess the degree to which twisting tends to increase the number of contacting electrically conducting fibers, a factor that, in turn, defines the stability of the electrical properties of blended yarn.

中文翻译：

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嵌入式导电纤维捻线结构的仿真建模。

本文致力于模拟具有嵌入式导电纤维的纱线结构。模拟中考虑了纤维向纱线不同部分的迁移。确定了模拟纤维中嵌入导电纤维的纱线的线密度和结构对纤维之间平均接触数量的影响。通过仿真，可以评估加捻趋于增加接触导电纤维数量的程度，而该因素又决定了混纺纱电性能的稳定性。