Improvement of Barrel Weapons Interior Ballistic Model Using Dynamic Vivacity Function

Q4 Engineering Advances in Military Technology Pub Date : 2021-06-30 DOI:10.3849/aimt.01300
M. Schmidt, S. Beer, P. Konečný
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Abstract

The paper discuses a possibility of application of the dynamic vivacity function defined in COS 137604 (STANAG 4115) at the interior ballistic process mathematical model conversion. At present time various technologies of powder grain surfacing are used mainly in case of powders used in assemblies of small-calibre cartridges. The grain surfacing can properly influence the shot process, change character of the powder grain burning which cannot be described by the burning theory according to geometrical rules. COS 137604 determines necessity of the dynamic vivacity function L evaluation for artillery powders only, but the way of its evaluation can be applied for arbitrary powder. It then allows the get results of the interior ballistic tasks solutions with higher accuracy as well as the choice of the suitable grain surfacing technology.
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用动态活度函数改进炮管武器内弹道模型
本文讨论了COS 137604(STANAG 4115)中定义的动态活度函数在内弹道过程数学模型转换中的应用可能性。目前,各种粉末颗粒堆焊技术主要用于小口径弹药筒组件中使用的粉末。颗粒堆焊可以适当地影响喷丸过程,改变燃烧理论根据几何规律无法描述的粉末颗粒燃烧特性。COS 137604仅确定了火炮火药动态活度函数L评价的必要性,但其评价方法可适用于任意火药。然后,它可以获得更高精度的内弹道任务解决方案的结果,并可以选择合适的晶粒堆焊技术。
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来源期刊
Advances in Military Technology
Advances in Military Technology Engineering-Civil and Structural Engineering
CiteScore
0.90
自引率
0.00%
发文量
11
审稿时长
12 weeks
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