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液体推进剂导弹全动力系统动态故障仿真(一)
引用本文:张炜,徐志高,黄先祥.液体推进剂导弹全动力系统动态故障仿真(一)[J].系统仿真学报,2004,16(5):971-973,977.
作者姓名:张炜  徐志高  黄先祥
作者单位:第二炮兵工程学院,西安,710025
摘    要:为了仿真液体推进剂导弹动力系统动态故障,通过对动力系统,特别是自生增压系统动态工作过程的过渡特性分析、故障特性分析和故障因素的引入方法研究,依据某导弹动力系统的实际结构,完整地建立了该导弹动力系统的全系统动态故障模型方程。该模型可用于仿真整个动力系统的过渡工作过程和全面地分析动力系统的动态故障特性。

关 键 词:液体推进剂导弹  动力系统  动态过程  系统建模
文章编号:1004-731X(2004)05-0971-03

Simulation of Dynamic Fault for Liquid Propellant Missile Whole Power System
ZHANG Wei,XU Zhi-gao,HUANG Xian-xiang.Simulation of Dynamic Fault for Liquid Propellant Missile Whole Power System[J].Journal of System Simulation,2004,16(5):971-973,977.
Authors:ZHANG Wei  XU Zhi-gao  HUANG Xian-xiang
Abstract:On the basis of the analysis for the transient characteristic, failure characteristics, and the introducing method of fault factor for whole power system, especially for the spontaneous pressurization system, the non-linear dynamic fault model of a liquid propellant missile power system is set up according to its actual structure to simulate the dynamic fault. This model can be used to simulate transition process and to analyze dynamic fault characteristics of the whole power system.
Keywords:liquid propellant missile  power system  dynamic process  system modeling
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