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首页> 外文会议>International Conference on Mechanical Engineering and Mechanics vol.2; 20051026-28; Nanjing(CN) >A Study on the Recoil-Reducing Technology of Twin-Mounted Gatling Weapons
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A Study on the Recoil-Reducing Technology of Twin-Mounted Gatling Weapons

机译：双挂式加特林武器的减少后坐力技术研究

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摘要

A solution about the twin-mounted coupling of 6-barrel Gatling weapons is put forward and studied with dynamic method. The Gatling weapons in this paper adopt a new type of internally powered driving technology, which utilizes a part of high-pressure powder gas conducted from bore to produce thrust by the high-speed ejection through the Laval nozzles fixed on the side of barrel assemblies, so as to rotate the barrel assemblies and drive Gatling weapons to circulate automatic shooting. The dynamic model of twin-mounted coupling solution has been established and simulated both for single Gatling weapon and double Gatling weapons. The calculating results show that the double Gatling weapons adopting this type of twin-mounted coupling solution can effectively reduce their recoil force, and keep the angular rates of internally powered driving weapons steadier, and thereby improve the overall performances of twin-mounted Gatling weapons. The dynamic model established can also be used to analyze the influence of each structural parameter to the performances of Gatling weapons so as to direct their further improvement design.
机译：提出并研究了六管加特林武器的双联耦合解决方案。本文中的加特林武器采用一种新型的内部驱动技术，该技术利用从膛孔传导的一部分高压粉末气体，通过固定在枪管总成侧面的拉瓦尔喷嘴的高速喷射，产生推力。从而旋转枪管组件并驱动加特林武器进行自动射击。建立了单架加特林武器和双架加特林武器的双联耦合解决方案动力学模型并进行了仿真。计算结果表明，采用这种双装耦合方案的双加特林武器可以有效地减小其后坐力，并使内部动力驾驶武器的角速度保持稳定，从而提高双装加特林武器的整体性能。建立的动力学模型还可以用来分析每个结构参数对加特林武器性能的影响，以指导其进一步的改进设计。

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