论文部分内容阅读
为提高单兵武器系统整体设计性能,缩短设计周期,在内弹道仿真、外弹道仿真及人枪相互作用仿真模型二次开发的基础上,采用基于接口的协同仿真技术,建立了单兵武器系统协同仿真模型。通过对单兵武器系统协同仿真模型的研究,获得了单兵武器系统整体性能参数,并验证了协同仿真技术的有效性。该研究为单兵武器系统的仿真研究提供了新的思路。
In order to improve the overall design performance and shorten the design cycle of the single-soldier weapon system, based on the secondary development of the internal ballistic simulation, the external ballistic simulation and the human-gun interaction simulation model, an interface-based collaborative simulation technique was used to establish a single-soldier weapon system Co-simulation model. Through the research on the man-made weapon system co-simulation model, the overall performance parameters of the man-made weapon system are obtained and the effectiveness of the co-simulation technology is verified. This research provides a new idea for the simulation research of the single-armed weapon system.