Simulation of the effect of sonar array's location in the dome on beam pattern

Anbang Zhao, Xuejing Song, Juan Hui, Zhishan Zhao, Cheng He, Y. Chen
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Abstract

Taking planar phased array for example, the beam patterns for sonar array installed in different positions are studied using the finite element analysis software ANSYS and the acoustic software SYSNOISE. The conditions that the sonar array is installed parallel to the vessel, parallel to the acoustic window and the sonar array is installed at different distances from the acoustic window are considered. The simulation results show that the beam has narrower mainlobe and lower sidelobe when the sonar array is installed parallel to the acoustic window and it has unconspicuous difference when the sonar array is installed at different distances, the pressure has a slight increase along with the distance decreases. The results can provide some instruction to the placement of the sonar array in the dome.
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声纳阵在穹顶中的位置对波束方向的影响仿真
以平面相控阵为例,利用有限元分析软件ANSYS和声学软件SYSNOISE对安装在不同位置的声纳阵的波束方向图进行了研究。考虑了声纳阵列平行于船舶、平行于声窗以及声纳阵列安装在离声窗不同距离的条件。仿真结果表明:声纳阵列平行安装时,波束主瓣变窄,旁瓣变低;不同距离安装时波束主瓣变窄差异不明显,压力随距离减小而略有增加;研究结果对穹顶内声呐阵列的布置具有一定的指导意义。
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