With the increase of aeroengine control variables , the research of aeroengine multi - variable control is very important 随着航空发动机控制变量的增加,航空发动机多变量控制的研究已成为十分重要的工作。
The blade is one of the important parts of aeroengine . efficiency and precision are important for the blades " machining 叶片是航空发动机的重要零件之一,叶片的加工精度和效率对于叶片的加工来说至关重要。
( 5 ) wavelet transform and mimo wavelet neural network technique are both used to diagnosis the aeroengine gas path components fault ( 5 )继续应用小波变换技术及前面建立的小波神经网络来诊断发动机的气路故障。
From the point of engineering application , following research work based on civil aeroengine have been studied in this article . 1 本文从工程应用角度出发,以民航发动机为对象,开展了以下几个方面的研究工作: 1
The piping system of aeroengine is developed with the aid of ug / kf and an example to verify its practicality and usability is given 摘要以ug / kf为工具开发了航空发动机敷管系统,并给出实例验证了该方法的实用性和操纵性。
The disturbance canceling structures for linearized and nonlinear aeroengine are studied , separately . the analysis of simulation results is submitted 对发动机进行了线性和非线性的扰动消除研究,并进行了仿真与分析。
The hardware - in - loop simulation platform of aeroengine is widely used in the research of controller , project demonstration , period of system design 航空发动机半物理仿真平台广泛应用于控制器研究开发、方案论证和系统的设计阶段。
Secondly , it introduces the monitoring technology and health management of civil aeroengine , the research of aeroengine performance analysis model 其次,从视情维修的状态监控特点入手,介绍了民航发动机的监控技术,分析了发动机性能分析模型。