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Design and Simulation of Turbofan Engine Digital Electronic Nozzle Control System

机译:涡扇发动机数字电子喷嘴控制系统的设计与仿真

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摘要

Fun surge often occurred for an augmented turbofan engine, which is related to the mechanical hydraulic nozzle control system (NCS). In order to fully realize the potential of the engine, it is now hoped that the mechanical hydraulic controller will be changed to a digital electronic controller. First of all, the control law of the engine is introduced. Secondly, modification scheme of a digital electronic NCS is proposed and a digital electronic controller is designed. Then the model of engine and NCS was established in AMESim and Simulink. and the closed-loop simulation of the NCS was realized. Finally, it is verified that the Digital Electronic NCS can ensure the normal operation of the engine in different inlet conditions and different dynamic processes, and its behavior is better than the mechanical hydraulic NCS. The digital electronic controller helps to reduce the occurrence of faults.
机译:增压涡轮风扇发动机经常发生乐趣激增,这与机械液压喷嘴控制系统(NCS)有关。为了充分发挥发动机的潜力,现在希望将机械液压控制器更改为数字电子控制器。首先,介绍了发动机的控制规律。其次,提出了一种数字电子NCS的修改方案,并设计了一种数字电子控制器。然后在AMESim和Simulink中建立了发动机和NCS的模型。并实现了NCS的闭环仿真。最终证明,数字电子NCS可以确保发动机在不同的进气条件和不同的动态过程下正常运行,其性能优于机械液压NCS。数字电子控制器有助于减少故障的发生。

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