Lightning Induced Voltages: A Comparison Between Mathematical Modelling and Measurements on Reduced Scale Structures of Offshore Oil Platforms

A. Panicali, Eduardo F. da Costa, Ricardo Hiroshi Minoda, M. Shigihara, Felipe Ricordi Gismoti Guimarães, C. Cavaliere, Vinicius Zimmermann Silva, Marcos Leonardo Ramos
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Abstract

This paper focus on the expected accuracy of some mathematical modelling techniques for evaluating the behavior of electrically large metallic structures, such as offshore oil platforms, under the effects of lightning currents. Comparison to measurements obtained on three reduced (1:100) scale models is described, each one presenting typical configuration present in most platforms. This work aimed the development of some specific experimental procedures necessary for achieving a close correspondence to numerical models. Measurements were performed at the newly inaugurated lEE laboratory University of Sao Paulo, Brazil: an overview of the installations and experimental procedures are provided in the text. In conclusion it was shown that the mathematical modelling allows to estimate with reasonable accuracy the main characteristics of the electromagnetic environment on large metallic structures under the influence of lightning.
海上石油平台缩尺结构雷电感应电压的数学建模与测量比较
本文重点讨论了一些数学建模技术在雷电电流作用下评估大型电金属结构(如海上石油平台)行为的期望精度。本文描述了在三个缩小(1:100)比例模型上获得的测量结果的比较,每个模型都呈现了大多数平台中存在的典型配置。这项工作的目的是发展一些特定的实验程序,以实现与数值模型的密切对应。测量是在巴西圣保罗大学新落成的lEE实验室进行的:文中提供了装置和实验程序的概述。结果表明,该数学模型可以较准确地估计雷电作用下大型金属结构电磁环境的主要特征。
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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