Effect of firing conditions ＆ release height on terminal performance of submunitions and conditions for optimum height of release

Submunitions should exhibit optimum terminal performance at target end when released from certain pre-determined height. Selection of an optimum height of release of the submunitions depends on the terminal parameters like forward throw, remaining velocity, impact angle and flight time. In this pape...

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Bibliographic Details
Published inDefence Technology（防务技术） Vol. 13; no. 3; pp. 200 - 205
Main Authors Gite, L.K., Anandaraj, A., Deodhar, R.S., Joshi, D.K., Rajan, K.M.
Format Journal Article
LanguageChinese
English
Published Elsevier B.V 01.06.2017
KeAi Communications Co., Ltd
Subjects
6 DOF
DPICM
Ejection velocity
Firing altitudes
Firing conditions
Forward throw
Height of release/burst
Point mass model
Submunitions
冲击角
剩余速度
子弹
射击
性能
最佳高度
终端
飞行时间
Firing conditions
DPICM
Point mass model
Height of release/burst
6 DOF
Submunitions
Ejection velocity
Firing altitudes
Forward throw
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Summary:Submunitions should exhibit optimum terminal performance at target end when released from certain pre-determined height. Selection of an optimum height of release of the submunitions depends on the terminal parameters like forward throw, remaining velocity, impact angle and flight time. In this paper,the effects of initial firing conditions and height of release on terminal performance of submunitions discussed in detail. For different height of release, the relation between range and forward throw is also established ＆ validated for a number of firing altitude and rocket configurations.
Bibliography:10-1165/TJ
DPICM Submunitions Forward throw Height of release/burst Ejection velocity Firing altitudes Firing conditions Point mass model 6 DOF
Submunitions should exhibit optimum terminal performance at target end when released from certain pre-determined height. Selection of an optimum height of release of the submunitions depends on the terminal parameters like forward throw, remaining velocity, impact angle and flight time. In this paper,the effects of initial firing conditions and height of release on terminal performance of submunitions discussed in detail. For different height of release, the relation between range and forward throw is also established ＆ validated for a number of firing altitude and rocket configurations.
ISSN:2214-9147
2214-9147
DOI:10.1016/j.dt.2017.04.005