考虑存储过程的导弹可用性仿真

Yaqiu Li, Guangyan Zhao, Yufeng Sun, Weiwei Hu
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引用次数: 0

摘要

针对导弹长期贮存和一次性使用的特点,对导弹贮存过程中的故障、维修和保障活动进行了仿真,以评估导弹的可用性。基于离散事件动态仿真模型的思想,建立了考虑存储过程的导弹有效性仿真模型。设计了相应的仿真逻辑,详细描述了任务流程和故障采样仿真逻辑。最后,对考虑存储过程和不考虑存储过程的两种仿真模型进行了比较。结果表明,所设计的仿真模块和算法是正确的。提出了考虑存储对导弹可用性影响的仿真方法,为导弹可靠性、维修性和保障性指标的论证和评估提供了技术支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation on missile availability with consideration to storage process
Aimed at the long-term store and one-time use characteristics of missiles, activities of failures, maintenance and support in storage process were simulated to evaluate the missile availability. Missile availability simulation model considering storage process was developed based on the idea of dynamic simulation model for discrete events. Relevant simulation logics were designed, and the task process and fault sampling simulation logics were described in detail. Finally, the comparison was made between two simulation model cases: one considered the storage process and the other did not. The result shows that the simulation module and algorithm are correct. The simulation method of considering the effects of storage on the missile availability are proposed, which can provide technical support for demonstration and evaluation of the missile's indexes of reliability, maintainability and supportability.
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