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Optimized Matching Lift Unit Transmission Ratio of Engine Driven Ducted Fan

机译:发动机风管风机的最佳匹配升力比传动比

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As a kind of VTOL technology, ducted fan is not only used by many kinds of aircrafts, but also one of the trends of the future aircraft lift system, and attracts more and more attention. For an engine driven ducted fan lift unit, involving the engine and ducted fan matching problem, the form of transmission and transmission ratio are the key design parameters. In order to design and develop a ducted fan aircraft reasonably, a thrust test platform was set up to connect the engine with the ducted fan through the belt driving. The matching relationship between the engine and the transmission system was experimentally studied and the optimal transmission ratio was determined. The results showed that the optimal transmission ratio for the engine 1 is 2.2:1, and for the engine 2, the optimal transmission ratio should be 2.95:1 based on the current ducted and movable blade aerofoil design. At this time, the lift will exceed 130 kg?f, meeting the aircraft's original design requirements.
机译:管道风扇作为一种垂直起降技术,不仅被多种飞机所采用,而且是未来飞机举升系统的发展趋势之一,受到越来越多的关注。对于涉及发动机和风道风扇匹配问题的发动机驱动的风道风机提升装置,传动的形式和传动比是关键的设计参数。为了合理设计和开发风管风扇飞机,建立了推力测试平台,通过皮带传动将发动机与风管风扇连接起来。实验研究了发动机与传动系统的匹配关系,确定了最佳传动比。结果表明,根据当前的风管和可动叶片翼型设计,发动机1的最佳传动比为2.2:1,对于发动机2的最佳传动比应为2.95:1。此时,升力将超过130 kg?f,满足飞机的原始设计要求。

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