Design of the “integrated into an aircraft engine starter-generator – dual-flow turbojet engine” system as a part of the electrified aircraft engine concept creation

F. Ismagilov, V. Vavilov, R. Urazbakhtin
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引用次数: 1

Abstract

In this paper, the authors considered the "integrated into the aircraft engine starter-generator – dual-flow turbojet engine" system design within the electrified aircraft engine creation framework. Information about electrified aircraft engine is given and an analysis of the electric machines’ types, which are suitable for the implementation in the electrified aircraft engine, is carried out. Possible options for starter-generator integration into the dual-flow turbojet engine are considered and their key features are analyzed. The starter-generator into the starter-generator integration general features are revealed, which must be considered in the "integrated into the aircraft engine starter-generator – dual-flow turbojet engine" system design. An original multidisciplinary "integrated into the aircraft engine starter-generator – dual-flow turbojet engine" system design algorithm has been proposed. 400 kW integrated into the aircraft engine starter-generator part, located on the dual-flow turbojet engine low-pressure shaft, calculations were carried out.
设计了“集成于飞机发动机中的启动-发电机-双流涡喷发动机”系统,作为飞机发动机电气化概念创造的一部分
本文在电气化飞机发动机制造框架下,考虑了“融入飞机发动机启动-发电机-双流涡喷发动机”的系统设计。介绍了电气化航空发动机的有关情况,分析了适合在电气化航空发动机上实施的电机类型。考虑了双流涡喷发动机起动-发电机集成的可能方案,并分析了其主要特点。揭示了起动机-发电机融入起动机-发电机一体化的一般特征,这是“融入航空发动机启动-发电机-双流涡喷发动机”系统设计中必须考虑的问题。提出了一种新颖的多学科“融入航空发动机启动-发电机-双流涡喷发动机”系统设计算法。将400 kW集成到飞机发动机启动-发电机部分,位于双流涡喷发动机低压轴上,进行了计算。
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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