摘要
在研究国内外供弹系统的基础上,借鉴它们的可取之处,通过机构上的综合和创新来建立一个有效的、可行的方案模型,确定供弹系统的结构形式与布置方式,对其进行详细设计,并在Solidworks中建立供弹系统的实体模型。完成了方案的总体结构布置和时序设计。对弹鼓进行了结构和运动规律设计,完成了弹丸的运动过程分析,运用ADAMS对模型进行了仿真验证。为提高舰炮的射速和供弹系统的自动化以及多弹种快速转换能力提供了新的思路与构想。
In research at home and abroad feeding system and learning from their merit, establishing an effective ,feasible scheme model through mechanism comprehensive and innovative, the structure and layout of feeding system is determined,and solid model of the feeding system in Solidworks is established. Completed the square Case structural arrangement and timing design,playing drums on the structure and movement of conduct designed to complete the process of analysis of projectile motion, use ADAMS simulation model validation.The shell-feeding system can provide a new thinking and conception for improving its automatization level and changing ammunition type quickly.
出处
《火力与指挥控制》
CSCD
北大核心
2015年第1期142-145,149,共5页
Fire Control & Command Control
基金
国家自然科学基金资助项目(51175481)
关键词
舰炮
供弹系统
时序设计
动力学分析
naval gun, shell-feeding system, timing design, dynamic analysis
