Review of Aircraft Crash Reports and Engine Pod Location

Aditya N Kane, Anjali S Jadhav, Shubham Sahamate, Vaidehi Kokare, Krishna B. Jadhav
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Abstract

One of the biggest achievements of mankind has been the rapid growth in the aerospace industry. Despite the huge progress in aviation sector; human errors, equipment malfunctions as well as unusual events occur and therefore accidents still do take place. Aircraft crashes are studied from year 2000 till 2020. From this extensive study of crash reports, it was found out that major crashes happened due to structural failures which included the engine. In the past 50 years, over 1900 accidents have occurred worldwide. Due to problems in engines and different locations of engines many crashes have happened. 111 crash investigation reports are studied. For focusing on below-wing engine pod location airport handling manuals produced by OEMs like Airbus and Boeing are used. Engine pod location data produced by scatter plot gives prominent idea about, engine pod location data of various aircrafts. Common engine pod position is between 20% and 40% of wingspan from FRL. Outliers exist in scatter plot, for which the extreme case, Antonov An-225 Mriya, has it's 3rd engine at ~ 55% of wingspan.
检查飞机坠毁报告和引擎吊舱位置
人类最大的成就之一是航空航天工业的迅速发展。尽管航空业取得了巨大的进步;人为错误,设备故障以及异常事件的发生,因此事故仍然会发生。飞机失事的研究从2000年到2020年。从对坠机报告的广泛研究中发现,主要的坠机事故是由于包括发动机在内的结构故障造成的。在过去的50年里,全世界发生了1900多起事故。由于发动机的问题和发动机位置的不同,已经发生了许多事故。研究了111份事故调查报告。为了关注翼下发动机吊舱位置,使用了由空客和波音等原始设备制造商制作的机场操作手册。散点图生成的发动机吊舱位置数据,突出了各种飞机的发动机吊舱位置数据。常见的发动机吊舱位置在翼展的20%到40%之间。散点图中存在异常值,极端情况是安东诺夫An-225 Mriya,其第三个发动机的翼展约为55%。
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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