摘要
研究了利用民用船舶作为载体进行火箭炮发射时的动力学问题.通过虚拟样机技术对船载火箭炮系统进行了合理简化和建模;根据海浪波能谱,计算船舶摇荡运动的功率谱密度,计算产生船舶的随机摇荡运动;用ADAMS软件计算了某火箭炮在横浪、斜浪和顶浪3种航行状态下发射时的动力响应.结果表明,船载火箭炮在顶浪或横浪状态下射击效果较好.该结论对船载火箭炮系统的实际使用具有参考价值,计算结果也可以作为研究船载火箭炮射击密集度的依据.
Dynamic simulation of launching of rocket launcher carried by trawler was studied. The model of rocket launcher system carried by trawler was simplified and built by virtual prototype technology. The power spectral density of motion of ship was calculated based on ocean wave energy spectrum, and the movement spectrums of random motion of ship were calculated and created. In ADAMS software environment, the dynamic response of rocket launcher was calculated in cases of transverse wave, oblique wave, head-on wave during firing. The calculation results show that the launching of rocket launcher carried by trawler in cases of head-on wave and transverse wave are preferable. The conclusion provides reference for the rocket launcher system carried by trawler. Furthermore, the calculation results can be taken as basis of firing density of rocket launcher carried by trawler.
出处
《弹道学报》
EI
CSCD
北大核心
2007年第2期71-74,共4页
Journal of Ballistics
关键词
船舶
火箭炮
功率谱密度
动力学
ship
rocket launcher
power spectral density
dynamics
