The Influence Effect of Fuze Sensitivity Control on Suppression-type Ammunition Damage
This paper focused on the further enhancement of the fuze control capability of ground suppression ammunition to improve its damage efficiency,and reconstructed the warhead power field based on the shooting trajectory method and the characteristic parameters of destructive elements.Combined with the characteristics of ground-killing ammunition in striking targets.It proposed a method for representing the destructive effect and defines the rate of decrease in destructive effect controlled by the fuze detonation device.The rate of decrease was analyzed in detail andthe optimal height and range of fuze control heights for the typical kill-fuze bomb strik-ing live forces was provided.It was found that the detonation height controlled by fuze had a significant impact on the damage efficiency of the ammunition,and different falling velocities and angles had different optimal deto-nation heights.Taking a certain type of shell as an example,when the detonation height(1m)deviated from the optimal detonation height(7m),the rate of decrease in destructive effect could be over 29%.Moreover,the higher the falling angle,the more significant the decrease in destructive effect,indicating that the detonation point controlled by fuze had a more pronounced influence on the destructive effect.
NETL
NSTL
万方数据
维普
