车辆通过阿伯丁试验场火炮稳定颠簸过程的仿真

V. Čech, J. Jevicky, M. Jus
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引用次数: 0

摘要

阿伯丁试验场(APG)的火炮(仰角)稳定颠簸跑道(GSBC)是用于对安装在军用车辆上的视距(LOS)稳定装置进行质量测试的专用道路试验轨道。例如,有光学装置、天线和火炮,它们是火控系统的组成部分。使用GSBC设计的LOS稳定装置的质量测试方法是所有北约国家适当设备测试的基本标准。在我们的贡献中,我们提出了车辆通过GSBC的仿真模型。Matlab模型产生车辆悬挂部分的振动。这些振动可以作为悬浮部件运动模拟器的输入,也可以作为LOS稳定装置伺服系统仿真模型的输入。对这些振动的光谱参数也进行了估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation of the vehicle passing the Gun Stabilization Bump Course of the Aberdeen Proving Ground
The Gun (Elevation) Stabilization Bump Course (GSBC) of the Aberdeen Proving Ground (APG) is a special road test track which is used for quality testing of the line-of-sight (LOS) stabilized devices which are mounted into military vehicles. There are optical devices, antennas and guns which are components of the fire control systems for example. The methodology for the quality testing of the LOS stabilized devices using the design of the GSBC is the basic standard for appropriate devices testing in all NATO countries. We present a simulation model of the vehicle passing the GSBC in our contribution. The Matlab model generates vibrations of suspended parts of the vehicle. These vibrations can be used as the inputs in simulators of the suspended parts movement or as the input in simulation models of the servos of the LOS stabilized devices. The spectral parameters of these vibrations are estimated, too.
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