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Cartridge-case extracting analysis of some breech mechanism based on flexible body dynamics method

机译:基于柔性体动力学方法的盒式盒提取分析

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Dynamic characteristics of the breech mechanism directly affect warship's reliability. Most of the research on the breech mechanism is related to locking chamber and firing primer, while few articles are found out about extracting cartridge-case. In this paper, nonlinear finite element method is used to research on flexible body dynamics of the breech mechanism. At first, structure and cartridge-case extracting process is analyzed. Then stresses and case speeds caused during the extracting process are tested. Flexible body dynamics model of some breech mechanism is built by using PROE, Hypermesh and ABAQUS software. Three models are used to compared with the experiment, which include three different element types. Finally, kinetic energy, internal energy, extractor stresses and case average speed are analyzed after wear of the extracting template.
机译:臀位机制的动态特性直接影响战舰的可靠性。大多数关于臀位机构的研究与锁定室和烧制引物有关,而几个关于提取盒式盒的物品则发现了很少的制品。本文采用非线性有限元法研究了对膛机构的柔性体动力学研究。首先,分析了结构和盒式壳体提取过程。然后测试在提取过程中引起的应力和壳体速度。使用PROE,HyperMesh和Abaqus软件构建一些臀部机制的灵活的身体动力学模型。三种模型用于与实验相比,包括三种不同的元素类型。最后,在提取模板的磨损后分析了动能,内部能量,提取器应力和壳体平均速度。

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