摘要
目的提出一种23 mm航炮无链供弹箱设计,使其空间利用率提高,降低供弹所需的能量,提高高射速武器供弹系统可靠性。方法改变无链供弹输送单元的排列方式,根据现有供弹箱设计进行排列;计算关键弹箱的主要改变部分;利用动力学软件ADAMS对关键部分进行仿真验证。结果供弹箱改进以后,空间利用率提高了50%,相同弹药的供弹功耗降低了54%,极大地提高了供弹系统的可靠性;关键处设计可以通过ADAMS仿真验证。结论文中的设计改进能够在很大程度上提高现有供弹箱的性能,对未来高射速武器供弹系统设计有一定意义。
This experiment proposed one kind of 23 mm chainless feed box design to improve its space utilization,reduce the energy required to feed and improve reliability of the high-speed weapon ammunition system. The arrangement of chainless feeding conveyor units was changed and rearranged according to the existing feeding box design. The key changed part of the essential ammunition box was calculated. The simulation confirmation was conducted using the dynamics software ADAMS for the essential part. After improvement, the space utilization was increased by 50%, the equal ammunition feeding power loss was reduced by 54%, which greatly improved the feed system reliability. The design of key parts passed the ADAMS simulation test. The design can improve the property of the feeding box to a large extent and had certain significance for the design of high-speed weapon ammunition system in the future.
出处
《包装工程》
CAS
CSCD
北大核心
2016年第7期80-84,共5页
Packaging Engineering
关键词
线性无链供弹
折叠排列
动力学仿真
liner chainless feeding
folding arrangement
dynamic simulation
