自行火炮维修保障系统数字孪生体仿真模型

A Digital Twin Simulation Model of the Self-propelled Artillery Maintenance Support System

随着武器装备的发展与使命任务的拓展,陆军合成旅对装备维修保障的精确化水平要求越来越高。数字孪生技术的出现与发展,为解决维修保障精确化的问题提供了较好方法。数字孪生体仿真模型作为数字孪生模型的重要组成部分,对数字孪生技术的应用起到重要作用。通过研究对象分析,从智能体、逻辑结构、仿真界面三个方面对数字孪生体仿真模型进行了详细设计,以维修资源预测为背景进行了应用案例分析,探索了自行火炮维修保障系统数字孪生体仿真模型的构建方法,为建立自行火炮维修保障系统数字孪生模型提供支撑,为进一步研究陆军合成旅维修保障系统建模方法提供借鉴。

With the development of equipment and the expansion of their missions and tasks,the army combined arms brigade has higher and higher requirements for the accuracy of equipment maintenance support.The emergence and development of digital twin technology provides a better method to solve the problem of maintenance support accuracy.As an important part of a digital twin model,the digital twin simulation model plays an important role in the application of the digital twin technology.Through the analysis of the research object,the digital twin simulation model is designed in detail from three aspects:the agent,logic structure and simulation interface.An application case analysis is carried out against the background of maintenance resource prediction.And the construction method of the digital twin simulation model of the self-propelled artillery maintenance support system is explored.It provides support for the establishment of a digital twin model of the self-propelled artillery maintenance support system,and provides a reference for further research on the modeling method of the maintenance support system of army combined arms brigades.