Maritime structures and ships lightning protection

A. Hossam-eldin, E.A.M. Omran
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Abstract

This paper investigates and demonstrates a developed technique to use the collection volume method (CVM) for the placement of either conventional or non-conventional lightning protection systems (LPS) for ships. Each lightning eliminator assigned a striking distance, which is calculated as a function of ship height, radius of curvature, ship location, ship dimensions, risk factor, and lightning related parameters. This novel technique was applied to a medium war ship, Cargo, destroyer, as well as an air craft carrier, and showed to be a very efficient mean for lightning protection for these ships. For some design cases, a hybrid system was chosen to be the most efficient and the less expensive system.
海上建筑物和船舶防雷
本文研究并演示了一种先进的技术,即使用收集体积法(CVM)来安置船舶的传统或非传统防雷系统(LPS)。每个消雷器指定一个打击距离,该距离是根据船舶高度、曲率半径、船舶位置、船舶尺寸、风险系数和闪电相关参数的函数计算的。这种新技术被应用于一艘中型战舰,货船,驱逐舰,以及一艘航空母舰,并显示出对这些船只的防雷非常有效的手段。在一些设计案例中,混合动力系统被选择为效率最高且成本较低的系统。
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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