基于直接搜索算法的海上巡逻机天线罩气动结构和电磁设计优化

Pub Date : 2023-04-18 DOI:10.14429/dsj.73.17889
M.R. Shankar, A.C. Niranjanappa, B. Dattaguru
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引用次数: 0

摘要

海上巡逻机等机载监视系统被武装部队部署,用于收集空中和海面敌方目标的监视信息。机载电子扫描阵列雷达是集成在该飞机上的电磁传感器。这种雷达的天线一般安装在涡轮螺旋桨飞机的腹部。一个被称为天线罩的电磁透明罩保护天线免受各种环境影响,如雨水、灰尘等。天线罩的安装会导致额外的阻力、重量和电磁信号损失。采用直接搜索优化算法NSGA II,尝试了结构、空气动力学和电磁学三个设计学科的Pareto最优性。
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Aero structural and Electromagnetic Design Optimisation of Maritime Patrol Aircraft Radome Using Direct Search Algorithms
Airborne surveillance systems such as Maritime Patrol Aircraft are deployed by armed forces to collect surveillance information on airborne and sea surface enemy targets. Airborne Electronically Scanned Array Radar is an electromagnetic sensor integrated on this aircraft. The antenna of this radar is installed generally in belly of a turboprop aircraft. An electro-magnetically transparent cover, called radome, protects this antenna to protect itfrom various environmental effects, like rain, dust, etc. Installation of the radome results in additional drag, weightand electromagnetic signal loss. The Pareto optimality involving three design disciplines of structure, erodynamicsand electromagnetics is attempted with direct search optimisation algorithm NSGA II.
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