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舰载机阻拦着舰系统建模与仿真

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阻拦装置作为保障舰载机安全着舰的关键装备,其稳定运行对舰载机执行训练以及作战任务具有重要意义.以MK7-3型液压阻拦装置为参考,研究其结构组成以及工作原理,并搭建相应的数学模型,应用MATLAB的可视化仿真工具Simulink对阻拦系统进行仿真模拟,建立舰载机在不同的质量、速度及偏航状态下着舰的阻拦系统模型.结果表明:在偏移量不超过跑道宽度 25%内,此阻拦系统模型可以在 100 m内对舰载机进行拦截,用时为 3~4 s,且将结果与美军标中MK7-3 型液压拦阻装置阻拦力曲线进行对比可知,所建立的模型能够准确描述阻拦着舰中阻拦系统的工作过程,达到安全着舰的目的.
Modeling and Simulation of Carrier-based Aircraft Arresting Landing System
As the key equipment to guarantee the safe boarding of carrier-based aircraft,the steady operation of the arresting de-vice is of great value to the training and combat of carrier-based aircraft.The structure and working principle of MK7-3 hydraulic arrest-ing device were studied,and the corresponding mathematical model was built.Taking the MK7-3 hydraulic arresting device as a refer-ence,its structural composition and working principle were studied,and a corresponding mathematical model was built.The MATLAB vi-sualization simulation tool Simulink was used to simulate the arresting system,and the arresting system models were built with different masses,velocities,and yaw states.The result shows that the model of the arresting system can intercept the shipboard aircraft within 100 m with a time from 3 s to 4 s in the range of offset not exceeding 25%of the runway width,and the result is compared with the arresting force curve of MK7-3 hydraulic arresting device in the U.S.military standard,and the established model can accurately describe the working process of the arresting system in the arresting landing and achieve the purpose of safe landing.

Simulink simulationcarrier-based aircraftarresting devicealignment arrestingyaw

郑坤、张达

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青岛科技大学自动化与电子工程学院,山东青岛 266061

Simulink仿真 舰载机 阻拦装置 对中阻拦 偏航

国家自然科学基金青年科学基金项目

61803219

2024

机床与液压
中国机械工程学会 广州机械科学研究院有限公司

机床与液压

CSTPCD北大核心
影响因子:0.32
ISSN:1001-3881
年,卷(期):2024.52(14)
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