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舰载战斗机发动机适配性体系研究
引用本文:彭云龙,吴雄,史开源,卜振鹏. 舰载战斗机发动机适配性体系研究[J]. 推进技术, 2022, 43(8): 57-64
作者姓名:彭云龙  吴雄  史开源  卜振鹏
作者单位:中国人民解放军92728部队,中国人民解放军92728部队,中国人民解放军92728部队,中国人民解放军92728部队
摘    要:为有效促进舰载战斗机发动机研发,参考国外舰载战斗机发动机研制经验,结合作战使用需求,系统梳理了舰载战斗机发动机适配性体系组成,重点围绕海洋作战适配性、海洋环境适配性、舰载使用适配性阐述了相关能力要求。在此基础上,提出了整机试验、陆基飞-发适配性试验和舰基舰-机-发适配性试验逐层递进的舰载战斗机发动机适配性体系验证考核方式。分析认为未来舰载战斗机发动机适配性工作应加强体系融合联合攻关,注重远海长航舰面维修保障能力设计,加快推进发动机舰载适配性标准规范体系建设。

关 键 词:舰载战斗机  航空发动机  适配性  体系框架  验证考核
收稿时间:2021-02-03
修稿时间:2022-06-07

Adaptation System of Carrier-Based Fighter Engine
PENG Yun-long,WU Xiong,SHI Kai-yuan,BU Zhen-peng. Adaptation System of Carrier-Based Fighter Engine[J]. Journal of Propulsion Technology, 2022, 43(8): 57-64
Authors:PENG Yun-long  WU Xiong  SHI Kai-yuan  BU Zhen-peng
Abstract:In order to effectively promote the development of carrier-based fighter engine, with reference to the development experience of foreign carrier-based fighter engine and combined with operational requirements, the composition of carrier-based fighter engine adaptation system was systematically reviewed, and the relevant capability requirements were emphatically elaborated on sea combat adaptation, marine environment adaptation and carrier-based use adaptation. Based on this, the verification and assessment methods were proposed, including whole engine test, the ground-based fighter-engine adaptation test and the ship-based carrier-fighter-engine adaptation test. It is suggested that the carrier-based fighter engine adaptation work in the future should strengthen the joint efforts of system integration, pay more attention to the long voyage engine maintenance, and accelerate the construction of carrier-based engine adaptation standard system.
Keywords:Carrier-based Fighter   Aero-engine   Adaptation   Framework   Verification
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