The Model of Optimal Firing Distribution for Naval Gun Firing on Shore

Abstract:

In order to significantly improve damage ability on large area targets, it is necessary to resolve the problem of firing distribution for naval gun firing on shore. In the first place, the firing error of naval gun is analyzed. Then the calculation model of damage probability is put forward. Finally, by using damage probability as object function, the model of firing distribution based on optimization method is set up. Simulation result shows that when ammunition consumption is the same, the damage probability of naval gun may be improved remarkably by optimal firing distribution. The model provides scientific evidence for commander to make decision during firing on shore.

• Periodical: Applied Mechanics and Materials (Volume 574)
• Pages: 679-683
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.574.679
• Online since: July 2014
• Authors: Jiang Hu*, Qiang Gai, Guan Lei Xu, Jing De Huang
• Keywords: Damage Probability, Firing Distribution, Naval Gun

References

[1] Yu-gang YANG, Medium and large caliber naval gun for firing on shore, Shipboard Weapons. 43(2008) 73-83.

[2] Yi-xin LIU, Analysis on firing efficiency and operation, Ordnance Industry, Beijing, (1992).

[3] Yong-qiang MA, Launch process simulation of naval gun, Ship Electronic Engineering. 204(2011)58-65.

[4] Jun XIE, Efficiently solving general weapon-target assignment problem by genetic algorithms, Command Control And Simulation, 23(2003)148-153.

[5] Hai-chun WANG. The fundamental theory for gun to fire, Ocean Tide, Beijing, (1998).