飞机电动前轮操纵系统测试装置设计与应用
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摘要
全电飞机是未来飞机发展方向,电动前轮操纵系统应运而生。为配合电动前轮操纵系统的研究,该文提出了一套电动前轮操纵系统的试验测试装置,由测控系统和机械结构组成,实现对电动前轮操纵系统功能、性能指标的测试。该文论述了测试装置的工作原理和设计方法,介绍了测试装置的主要元件选型及参数,该装置已成功应用于某型号电动前轮操纵系统的性能测试及寿命试验,研究结果表明测试装置设计合理有效,能够满足测试要求。
All electric aircraft is the development direction,electricl nose wheel steering system emerges as the times require. For the design of electricl nose wheel steering system,a test device is designed,The test device is composed of control system and mechine system. The function and performance of electricl nose wheel steering system can be tested. The principle and design method of the test device are expounded,The main components' parameters are introduced,the performance test and durability test are accomplished on the test device. The results indicate that the test device is reasonable and validated,and it can meet the requirements.
All electric aircraft is the development direction,electricl nose wheel steering system emerges as the times require. For the design of electricl nose wheel steering system,a test device is designed,The test device is composed of control system and mechine system. The function and performance of electricl nose wheel steering system can be tested. The principle and design method of the test device are expounded,The main components' parameters are introduced,the performance test and durability test are accomplished on the test device. The results indicate that the test device is reasonable and validated,and it can meet the requirements.
引文
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[2]聂青,聂宏,张明,等.飞机全电式前轮转弯系统设计与优化分析[J].机械科学与技术,2013,32(9):1291-1297.
[3]李峰,李超,魏列江,等.电液伺服控制系统测试试验台的研究与设计[J].测控技术,2013,32(1):128-131.
[4]邹继斌,陈霞.反作用力矩测试装置力矩伺服控制系统设计[J].电机与控制学报,2009,13(S1):173-177.
[5]刘宇翔.基于dsPICD的舵机负载加载实验台设计[D].南京:南京理工大学,2011.