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Research on control algorithm design for aero-engine vane angle on dynamic process

机译:航空发动机叶片动态过程控制算法设计研究

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This paper investigates the control law of aero-enginevane angle on dynamic process. Two kinds of corrected algorithm is presented to solve the problem of large perturbation of vane angle at the end of dynamic process. The problem is solved by using the method of slope restriction on perturbation and reducing the amplitude of the perturbation. The effectness of two methods is validated by simulation, and simulation results show that the presented algorithm can be used both individually and associatively. By using these methods, the perturbation of vane angle on dynamic process can be reduced, andaccordingly, the stability influence of engine in transition process is ensured better.
机译:本文研究了航空发动机叶片在动态过程中的控制规律。为了解决动态过程结束时叶片角的较大扰动问题,提出了两种修正算法。通过使用摄动的斜率限制方法并减小摄动的幅度来解决该问题。通过仿真验证了两种方法的有效性,仿真结果表明,所提算法既可以单独使用,也可以联合使用。通过这些方法,可以减少叶片角对动态过程的扰动,从而更好地保证了发动机在过渡过程中的稳定性影响。

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