Volcanic Ash Effects on Avionics – Identification of Electromagnetic Hazards And Design of Test Bench

R. Nunes, C. Christmann, Tobias Ebus, H. Oertel
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Abstract

Volcanic ash can affect avionic systems, as indicated by reports of aircraft encounters with volcanic ash clouds. Taking into account the recent emphasis on a risk-based approach for allowing flights into volcanic ash-contaminated airspace, a more comprehensive safety assessment could consider these effects. At the DLR Institute of Flight Systems past incidents have been analysed, and mechanisms leading to failures of avionics have been investigated, focusing on navigation and communication systems and the triboelectric charging caused by the impact of volcanic ash particles into the airframe. A test bench is proposed to investigate the influence of volcanic ash on aircraft systems, including the triboelectric effect. Different encounter scenarios could be replicated for the estimation of parameters related to the charging current of the aircraft.
火山灰对航空电子设备的影响——电磁危害识别与试验台设计
火山灰可以影响航空电子系统,正如飞机遭遇火山灰云的报告所表明的那样。考虑到最近对允许飞机进入火山灰污染空域的基于风险的方法的强调,更全面的安全评估可以考虑这些影响。DLR飞行系统研究所对过去的事故进行了分析,并对导致航空电子设备故障的机制进行了调查,重点是导航和通信系统以及火山灰颗粒撞击机身造成的摩擦充电。提出了一个试验平台来研究火山灰对飞机系统的影响,包括摩擦电效应。可以复制不同的遭遇场景,以估计与飞机充电电流相关的参数。
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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