@article{ART002994873},
author={Myoungin Shin and Hong Woo-young and Jinho Lee},
title={Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack},
journal={Journal of Advances in Military Studies},
issn={2635-5531},
year={2023},
volume={6},
number={2},
pages={1-15},
doi={10.37944/jams.v6i2.209}
TY - JOUR
AU - Myoungin Shin
AU - Hong Woo-young
AU - Jinho Lee
TI - Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack
JO - Journal of Advances in Military Studies
PY - 2023
VL - 6
IS - 2
PB - Institute of Defense Acquisition Program
SP - 1
EP - 15
SN - 2635-5531
AB - We conducted simulations to analyze the effects of a hard-kill-type underwater defense system that defends friendly warships against an enemy wake-homing torpedo. Assuming that the enemy torpedo is a wake-homing torpedo, our surface warship detours to the prespecified evasive course by firing a hard-kill-type system, which is modeled as a passive acoustic homing-torpedo, to attack the enemy torpedo. We analyzed the effectiveness of a warship’s survival probability via Monte Carlo simulation, given the probabilistic angles of the launched torpedoes, to compare two cases where one used only evasive maneuvering and the other used the hard-kill-type underwater defense system with evasion at the same time. By changing the maximum torpedo detection range of a warship and the torpedo’s initial location, we observed that the resulting survival probability of a warship was above 61% with a hard-kill-type defense system, whereas it remained at 34% without a hard-kill defense system, the necessity of a hard-kill underwater defense system, especially against wake-homing torpedoes.
KW - wake-homing torpedo;hard-kill type underwater defense system;simulation;effectiveness analysis
DO - 10.37944/jams.v6i2.209
ER -
Myoungin Shin, Hong Woo-young and Jinho Lee. (2023). Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack. Journal of Advances in Military Studies, 6(2), 1-15.
Myoungin Shin, Hong Woo-young and Jinho Lee. 2023, "Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack", Journal of Advances in Military Studies, vol.6, no.2 pp.1-15. Available from: doi:10.37944/jams.v6i2.209
Myoungin Shin, Hong Woo-young, Jinho Lee "Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack" Journal of Advances in Military Studies 6.2 pp.1-15 (2023) : 1.
Myoungin Shin, Hong Woo-young, Jinho Lee. Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack. 2023; 6(2), 1-15. Available from: doi:10.37944/jams.v6i2.209
Myoungin Shin, Hong Woo-young and Jinho Lee. "Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack" Journal of Advances in Military Studies 6, no.2 (2023) : 1-15.doi: 10.37944/jams.v6i2.209
Myoungin Shin; Hong Woo-young; Jinho Lee. Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack. Journal of Advances in Military Studies, 6(2), 1-15. doi: 10.37944/jams.v6i2.209
Myoungin Shin; Hong Woo-young; Jinho Lee. Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack. Journal of Advances in Military Studies. 2023; 6(2) 1-15. doi: 10.37944/jams.v6i2.209
Myoungin Shin, Hong Woo-young, Jinho Lee. Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack. 2023; 6(2), 1-15. Available from: doi:10.37944/jams.v6i2.209
Myoungin Shin, Hong Woo-young and Jinho Lee. "Effectiveness analysis of a hard-kill underwater defense system for surface warships against wake-homing torpedo attack" Journal of Advances in Military Studies 6, no.2 (2023) : 1-15.doi: 10.37944/jams.v6i2.209
