基于仿真动力学模型的双臂H尾中型无人机稳定性分析

P. L. Kurukularachchi, S. R. Munasinghe, H. M. P. De Silva
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引用次数: 5

摘要

本文介绍了莫拉图瓦大学研制的RAVAN双臂h尾中型无人机的稳定性分析。需要了解无人机在高空飞行过程中对微小扰动的行为,使其隐身。事实上,没有在不同的飞行条件下做一个适当的稳定性分析,有一个高风险使无人机因摄动而失败。不仅如此,它还有助于优化气动性能,延长飞行续航力和有效展开。适当的稳定性分析有助于增加控制的灵活性。采用XFLR5计算流体动力学软件进行稳定性分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stability analysis for a twin boom H- tail Medium Scale UAV through simulated dynamic model
This paper presents on the stability analysis for RAVAN twin boom H-Tail Medium Scale UAV which has been developed by University of Moratuwa. It is required to understand the UAV behavior for the small perturbations in high altitudes while it is flying to be invisible. Indeed, without doing a proper stability analysis in different flying conditions, there is a high risk to fail the UAV for perturbations. Not only that but also it will help to optimize aerodynamic behavior for prolonging the flight endurance and effective deployment. The proper stability analysis will facilitate to increase the control flexibility.XFLR5 computational fluid dynamic software is used to do this stability analysis.
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