Ballistic opportunities' evaluation of artillery projectile with a rocket ramjet

B. Kert, V. A. Chubasov, E. Znamensky, V. Kravtsov, Y. O. Pavlov, A. .. Panchenko, Yu. V. Genkin, Voenmeh
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引用次数: 0

Abstract

Based on the analysis of existing technical solutions, promising structural designs of ammunition with rocket ramjet of 130, 152, and 203 mm caliber have been developed. Mathematical models of the ballistic functioning of artillery projectiles are implemented in software, which allow us to analyze the influence of design parameters on the ballistic functioning of active, active-reactive ammunition and ammunition with rocket ramjet. For ammunition of a promising scheme, a calculation was made of the support parameters and characteristic periods of the rocket ramjet, providing the possibility of increasing the firing range to 60 km or more. The carried out studies allow us to conclude that it is possible and advisable to develop long range projectiles equipped with an out-barrel dispersal system including rocket ramjet on paste fuel with or without solid propellant ramjet.
火箭冲压发动机火炮弹丸的弹道机会评价
在分析现有技术方案的基础上,提出了具有发展前景的130、152和203毫米口径火箭冲压发动机弹药结构设计方案。利用软件实现了火炮弹丸弹道性能的数学模型,分析了设计参数对有源弹药、主动反应弹药和火箭冲压发动机弹药弹道性能的影响。对于一种有前景的方案弹药,计算了火箭冲压发动机的支撑参数和特征周期,提供了将射程提高到60 km以上的可能性。所进行的研究使我们能够得出结论,研制配备管外分散系统的远程炮弹是可能的和可取的,包括使用固体推进剂或不使用固体推进剂的膏状燃料的火箭冲压发动机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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