CAJ | 학술논문

稳定精度是炮控系统最重要的性能指标，利用联合仿真技术对某型顶置武器站炮控系统的稳定精度进行研究。基于多体动力学仿真软件RecurDyn建立了顶置武器站发射动力学模型、履带式底盘模型、不同等级路面模型以及PID控制系统模型，并分别对其进行了初步验证。在此基础上，对不同等级路面的武器站炮控系统的稳定精度进行仿真计算，仿真结果表明：该型顶置武器站的稳定精度随路面等级的提高而恶化。
은정정도시포공계통최중요적성능지표，이용연합방진기술대모형정치무기참포공계통적은정정도진행연구。기우다체동역학방진연건RecurDyn건립료정치무기참발사동역학모형、리대식저반모형、불동등급로면모형이급PID공제계통모형，병분별대기진행료초보험증。재차기출상，대불동등급로면적무기참포공계통적은정정도진행방진계산，방진결과표명：해형정치무기참적은정정도수로면등급적제고이악화。
Stabilization accuracy is the most important performance index of gun control system. Based on the technology of co-simulation,some Overhead Weapon Station (OWS)’s stabilization accuracy is studied. OWS’s launch dynamics model,crawler chasses model,road model and PID control model are set up and validated by use of RecurDyn. Finally,OWS’s stabilization accuracy in different level road are simulated. Simulation result shows that the stabilization accuracy of the OWS worsen by increase of road level.