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Applying Systems Engineering Management Tools for Assessment of Product Development of Modern General Aviation Piston Airplanes

机译:应用系统工程管理工具评估现代通用航空活塞飞机的产品开发

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General Aviation (GA) plays a significant role in the national economy and is the primary training ground for most commercial pilots. Single-engine piston airplanes comprise about 60% of GA fleet in the United States. The introduction of the Light Sport Aircraft (LSA) category and the Sport Pilot certificate regulations by the Federal Aviation Administration (FAA) in 2004 provided impetus in access to sport and recreational aviation. The design and development of modern GA piston airplanes utilizes several systems engineering management tools for sustainable product development (SPD). This paper presents case studies on piston airplane design using engineering management tools such as stakeholder analysis, design structure matrix (DSM), domain mapping matrix (DMM) and modularity.
机译:通用航空(GA)在国民经济中发挥着重要作用,并且是大多数商业飞行员的主要训练场。在美国,单引擎活塞飞机约占通用航空机队的60%。联邦航空管理局(FAA)在2004年引入了轻型运动飞机(LSA)类别和《运动飞行员证书》法规,这为人们获得运动和休闲航空动力提供了动力。现代GA活塞飞机的设计和开发利用了几种系统工程管理工具来实现可持续产品开发(SPD)。本文介绍了使用工程管理工具(例如涉众分析,设计结构矩阵(DSM),域映射矩阵(DMM)和模块化)进行活塞飞机设计的案例研究。

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