matlab微后坐力自动炮的内弹道仿真研究
根据现有的条件，初步学习数学仿真分析的理论知识以及研究方法，利用matlab编制了微后坐力自动炮的内弹道仿真程序，并以已知的122mm火炮的构造诸元及装药条件对所编内弹道程序的第一时期（开闩前）进行了验证，仿真结果与实际较为吻合。利用所编制的内弹道程序，以已知的57mm高炮的构造诸元及发射药为数据来源，在其他条件不变的情况下，研究了不同喷管喉部直径对内弹道性能的影响。8981
本文对微后坐力自动炮内弹道仿真分析的尝试对学习熟练掌握内弹道知识以及数学仿真分析的入门是非常有益的。
关键词：微后坐力自动炮，内弹道，仿真，火炮
毕业设计说明书（论文）外文摘要
Title Micro recoil automatic gun engineering research -launch process modeling and simulation
This article uses each kind in trajectory theory, has conducted the research and the exploration to the micro recoil automatic gun's in trajectory process and the launch performance. The study induced in the classics the trajectory theory, to have no children in the recoil artillery in the trajectory theory as well as the expansion wave artillery the trajectory theory related concept and the research results, based on this established the micro recoil automatic gun's in trajectory mathematics physical model.According to the existing condition, the primary learning mathematical simulation analysis's theoretical knowledge as well as the research technique, have established the micro recoil automatic gun's in trajectory simulated program using matlab, in and before arranged the trajectory procedure first time by the known 122mm artillery's structure data and the powder charge condition (to unlatch) has carried on the confirmation, the simulation result and tallies actually. Using in trajectory procedure which establishes, originates take the known 57mm anti-aircraft artillery's structure data and the explosive propellant as the data, in the other condition invariable situation, has studied the different nozzles throat diameter internal trajectory characteristic influence.In this article the trajectory simulation analysis's attempt to studies to the micro recoil automatic gun in masters the trajectory knowledge as well as mathematical simulation analysis crossing the threshold is skilled very beneficial.
Key word: Micro recoil automatic gun, in trajectory, simulation, artillery
主要符号表 目录
1 绪论 2
1.2 课题的意义和应用前景 2
1.3 国内外研究现状 3
1.3.1 火炮内弹道学现状 3
1.3.3 膨胀波火炮国内外研究状况 4
1.3.4 微后坐力火炮国内外研究状况 4
1.3.5 弹道性能仿真技术现状 4
1．4 本论文研究的目的和主要内容 5
2 微后坐力自动炮数学物理模型的建立 5
2．1 经典内弹道学基本理论 5
2.1.1 经典内弹道学的基本理论基础 6
2.1.2 经典内弹道学的适用范围 6
2.1.3 经典内弹道数学模型的计算方法 7
2．2 膨胀波火炮内弹道数学模型的建立 10
2.2.1 膨胀波火炮内弹道模型的基本假设 10
2.2.2 膨胀波火炮内弹道模型的基本方程 10
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