Global Modeling of the Leakage Magnetic Field in a Volume of lnterest on a Military Ship (Ship Compartment)

V. Solcanu, M. Gaiceanu, M. Constantinescu, Adelina Bordianu, Gheorghe Samoilescu, Alexandra Sotir
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Abstract

Due to the spectacular evolution of technology today, there is a growing need to modernize ships, especially military ones. Thus, on a ship we can frequently meet electrical and electronic equipment from several generations and from several manufacturers, equipment that has been designed based on different standards. Moreover, due to cost issues, the general trend is to purchase off-the-shelf (COTS) equipment that has not been designed to naval military standards. This requires a thorough analysis of the electromagnetic environment in which the new equipment will operate and compliance with all rules and principles of electromagnetic compatibility during their installation and operation.In this paper the authors make an analysis of trends in the construction and modernization of military ships and propose a way to calculate the magnetic field of dispersal disturbance at a point inside a space / volume in order to assess the electromagnetic environment and establish appropriate antiperturbation measures when introducing a new electrical or electronic equipment in the analyzed space / place.
某军用舰船(舱室)感兴趣体积内漏磁场的全局建模
由于当今技术的惊人发展,船舶现代化的需求日益增长,尤其是军用船舶。因此,在船上,我们可以经常遇到来自几代和几个制造商的电气和电子设备,这些设备是根据不同的标准设计的。此外,由于成本问题,总的趋势是购买未按照海军军事标准设计的现成(COTS)设备。这就要求对新设备运行的电磁环境进行彻底的分析,并在安装和运行过程中遵守电磁兼容的所有规则和原则。本文分析了军舰建设和现代化的发展趋势,提出了一种计算空间/体积内某一点的散射扰动磁场的方法,以便在分析的空间/场所引入新的电气或电子设备时,对电磁环境进行评估,并制定适当的抗扰动措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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