Research on Comprehensive Scheme of Shipboard Hard and Soft Torpedo Defense Weapons against Intelligent Torpedoes

doi:10.3969/j.issn.1000-1093.2015.12.017

Abstract

Abstract: A countermeasure method of hard and soft torpedo defense weapons, i.e., floating acoustic decoy and suspended depth charge, against acoustic homing torpedoes is proposed. The launching sequence is determined, and two possible laying schemes are presented. The countermeasure effects of the two schemes are simulated by using statistical simulation method. An optimal scheme to use the shipboard hard and soft torpedo defense weapons against intelligent acoustic homing torpedoes is chosen through analysis. The survival probability of ship is effectively improved by improving the laying interval between floating acoustic decoy and suspended depth charge.

Key words: ordnance science and technology, floating acoustic decoy, suspended depth charge, intelligent torpedo, countermeasure

CLC Number:

TJ630.1

REN Lei， JIA Yue， LI Wen-zhe. Research on Comprehensive Scheme of Shipboard Hard and Soft Torpedo Defense Weapons against Intelligent Torpedoes[J]. Acta Armamentarii, 2015, 36(12): 2336-2341.

References

［1］陈春玉. 反鱼雷技术[M]. 北京：国防工业出版社，2006：38-59.
CHEN Chun-yu. The anti-torpedo technology[M]. Beijing：National Defense Industry Press，2006：38-59.（in Chinese）
[2] 戎华，陈明荣，梁敬平. 水面舰艇水声干扰器材与战斗使用[J]. 舰船科学技术，2010，32（5）：56-58.
RONG Hua, CHEN Ming-rong, LIANG Jing-ping. A study on the tactical application of surface vessels’ acoustic jamming[J]. Ship Science and Technology，2010，32（5）：56-58. （in Chinese）
[3] 姚奉亮，贾跃，丁贝. 悬浮式深弹拦截线导+声自导鱼雷作战模型研究[J]．指挥控制与仿真，2011，32(5)：24-27.
YAO Feng-liang, JIA Yue, DING Bei. Research on the strategy of intercepting wire-guided torpedo using hovering depth charge[J]. Command Control ＆ Simulation，2011，32(5)：24-27.（in Chinese）
[4] 贾跃，姚奉亮，丁贝．悬浮式声诱饵和悬浮式深弹阵协同对抗声自导鱼雷建模与仿真[J]. 鱼雷技术，2011，19(3)：231-235.
JIA Yue，YAO Feng-liang，DING Bei. Modeling and simulation of cooperative defense against acoustic homing torpedo with hovering acoustic decoy and hovering depth charge array [J]. Torpedo Technology，2011，19(3)：231-235.（in Chinese）
[5] 贾跃，宋保维，梁庆卫. 火箭助飞声诱饵对抗鱼雷的舰艇规避优化模型及其生存概率分析[J]. 兵工学报，2008，29（5）：637-640.
JIA Yue，SONG Bao-wei，LIANG Qing-wei. Evadable optimization model and survival probability analysis of warship with rocket assist acoustic decoy countering torpedo [J]. Acta Armamentarii，2008，29（5）：637-640.（in Chinese）
[6] 贾跃，宋保维，崔绍波. 助飞声诱饵对抗声自导鱼雷数学模型及其仿真[J]．系统仿真学报，2008，20(2)：267-269.
JIA Yue，SONG Bao-wei，CUI Shao-bo. The mathematical and simulation model of countering the acoustic homing torpedo with acoustic decoy[J]. Journal of System Simulation，2008，20(2)：267-269. （in Chinese）
[7] 谢飞跃，李本昌. 鱼雷对抗假目标的再搜索弹道研究[J]. 鱼雷技术， 2003，11(3)：38-40.
XIE Fei-yue，LI Ben-chang. A study of torpedo’s re-attacking trajectory countering false targets [J]. Torpedo Technology，2003，11(3)： 38-40.（in Chinese）

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