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Strategic Study of Chinese Academy of Engineering >> 2013, Volume 15, Issue 11

Recognition and practice on remanufacturing engineering management of military aero-engine

The Chinese People's Liberation Army No. 5719 Factory, Pengzhou, Sichuan 611936, China

Received:2013-08-30 Available online:2013-11-12 13:59:43.000

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Design,manufacture and maintenance of military fighter engine are particularly a lot more difficult to learn than those of other military aero-engines. Owing to military aero-engine is monopolized by very few countries and its core technology is never transferred, it features high risk,high investment,high barrier and high cost. Currently,design and manufacture of military aero-engine in China have not reached the level of independent research and development,instead,the method of long-term dependence on copying or importing others' military engine is adopted to meet the needs. However,after over twenty years of unremitting efforts of some domestic enterprise,Chinese all fighter engines including engines powered in designing aircraft have completely achieved the level of independent maintenance,whose maintenance technology, ability,quality, efficiency and cost have reached or surpassed those of importing nations,with a change developing from nothing and an improvement from weak to strong. In particular, more than ten projects concerning research and development of remanufacturing technology and the engineering application with the feature of independent intellectual property rights have promoted leapfrog improvement of Chinese military aero-engine independent maintenance level,whose function cannot be substituted.










[1]  刘大响,谢 京. 根治中国飞机“心脏病”的再思考[J]. 航空知 识,2012(8):24-27.

[2]  殷瑞钰,汪应洛,李伯聪. 工程哲学[M]. 北京:高等教育出版 社,2007.

[3]  徐滨士. 装备再制造工程的理论与技术[M]. 北京:国防工业出 版社,2007.

[4]  向 巧. 试论再制造工程及其在航空装备修理中的应用[J]. 空 军装备,2004(10):49-50.

[5]  向 巧. 航空发动机维修工程管理[M]. 北京:机械工业出版 社,2013.

[6]  向 巧,罗瑞盈,章劲草. 炭/炭复合材料等温CVI工艺计算机 模拟的应用[J]. 炭素技术,2009,28(1):40-43. link1

[7]  向 巧. 军用航空装备基地级修理柔性化保障模式的构建[J]. 航空杂志,2011(7):50-51.

[8]  向 巧,钟 杰,唐民锋. 某型航空发动机修理能力建设项目 管理成熟度模型研究[J]. 项目管理技术,2013,11(4):102-107. link1

[9]  宋宜昌,谢 京. 发展航空产业的决策与谋略[J]. 航空知识, 2013(6):24-27.

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