Performance analysis model development of flap control system using multi-domain analysis platform

Hyunjun Cho, Choon-shik Joo
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Abstract

In this paper, we present flap control system using multi-domain analysis platform. The flap control system consists of the three multi-domains; 1) electrical domain giving angle reference and performing flap control; 2) hydraulic domain supplying flow and generating torque; 3) mechanical domain transmitting the torque to the flap and driving it. Explaining these three domains, we present the full model using AMESim which is one of the most widely-used physical modeling tool. The performance analysis model of this study is constructed not to reflect detailed models of parts, but to examine main requirements from a system point of view. Thus, we could predict the main system performance of the flap control system of an actual aircraft and will develop the model in the future to utilize the detail design of parts. Lastly, Simulation results are also presented to explain the model.
利用多域分析平台建立襟翼控制系统性能分析模型
本文提出了一种基于多域分析平台的襟翼控制系统。襟翼控制系统由三个多域组成;1)电畴给出角度参考,进行襟翼控制;2)液压域提供流量和产生扭矩;3)机械域传递扭矩给襟翼并驱动襟翼。为了解释这三个领域,我们使用最广泛使用的物理建模工具之一AMESim提出了完整的模型。本研究的性能分析模型不是为了反映零件的详细模型,而是从系统的角度审视主要需求。因此,我们可以预测实际飞机襟翼控制系统的主要系统性能,并将在未来开发模型以利用零件的详细设计。最后,给出了仿真结果对模型进行了说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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