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An anti-materiel weapons latching mechanism analysis

Author: HuangHuaiYu
Tutor: XuWanHe；LongSiYuan
School: Nanjing University of Technology and Engineering
Course: Weapons engineering
Keywords: Anti-materiel weapons Locking mechanism Head rotary Modeling Optimization analysis
CLC: TJ03
Type: Master's thesis
Year: 2010
Downloads: 77
Quote: 1
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Abstract


The topics in the analysis of the anti-materiel weapons in today's world trends on the basis of the combination is developing an anti-materiel weapons research . The study mainly based on the design problem of the latching mechanism of the anti-materiel weapons , through the study of the subject , to provide a reference design methodology for the design of the locking mechanism of anti-materiel weapons . Thesis, how to determine the locking mechanism of anti-materiel weapons program , and how to carry out the structural design of the latching mechanism of anti-materiel weapons . First, the analysis of several typical structural features of the latch mechanism , and combined with anti-materiel weapon with its own characteristics and requirements , the comprehensive analysis of the advantages and disadvantages of each of the locking mechanism , in order to determine the most suitable for the latching mechanism of the anti-materiel weapons requirements . Then , the use of Unigraphics motion analysis software and Unigraphics structural analysis software , motion analysis model and the structural strength analysis model of the selected locking mechanism to establish , motion characteristics and structural strength of the established model analysis , motion analysis and strength analysis on the basis of the final the weapon locking mechanism of the anti-materiel optimize the design. Through research , to enhance the design level of the anti-materiel weapons , and anti-materiel weapons developed prototype design . Proved anti-materiel weapons locking mechanism set out in the paper to optimize the design method to meet the requirements of the design of the locking mechanism , will help enhance the performance of the locking mechanism of the anti-materiel weapons , the study is feasible and practical .

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