摘要
针对传统立靶密集度计算方法无法实现不同学科数据自动传输的问题,综合运用ADAMS、JScript、C++等工具,分别建立了某型顶置武器站连发射击的动力学模型、弹丸起始扰动转换模型、外弹道模型以及立靶密集度模型,并在ModelCenter中集成构建了立靶密集度一体化计算模型;对顶置武器站10连发射击的立靶密集度进行仿真计算,并与实测数据进行了对比验证。仿真结果表明,构建的顶置武器站连发立靶密集度计算模型自动化程度高、模块化程度好、计算结果准确,具有较好的实际应用价值。
The traditional calculation of vertical target dispersion can not transfer data between different subjects automatically. In order to solve this problem, ADAMS, J Script, C＋＋, are used to establish the Overhead Weapon Station（OWS） dynamics model, projectile initial disturbance transfer model, exterior ballistics model and vertical target dispersion calculation model, which are integrated in ModelCenter. The simulation example for some type of OWS 10 fire vertical target dispersion was carried out, and was verified with measured data. The simulation results show that, the vertical target dispersion model has the characteristic of high degree of automation, high degree of module, high accurate of simulation results, and has better practical value.
出处
《计算机仿真》
CSCD
北大核心
2016年第1期20-23,141,共5页
Computer Simulation
关键词
多学科协同仿真
立靶密集度
顶置武器站
Muhidisciplinary collaboration simulation
Vertical target dispersion
Overhead weapon station （ows）
