Modeling of Civil-Military Joint Inventory of Spare Parts for Training Equipment of Space Test Force

doi:10.3969/j.issn.1009-086x.2023.01.017

Abstract

Abstract:

In order to improve the support efficiency of spare parts for training equipment of space test forces， based on the idea of aerospace civil-military integration， an inventory model of spare parts for training equipment of space test forces based on information sharing and cross-level direct supply is proposed， and the existing spare parts inventory process is optimized to some extent. General to both is regarded as a system for the overall modeling， publishes a win-win goal， combined with the case fusion system dynamics simulation method，the current inventory model and the model proposed in this paper are simulated and analyzed. The results show that the inventory model established in this paper can effectively reduce the delay time of spare parts support and reduce the excessive production and storage of suppliers.It can achieve a win-win situation for both military and civilian in terms of improving spare parts support efficiency and reducing economic cost， and provide reference for improving spare parts support capability of training equipment of space test forces and promoting training level.

Key words: space test forces, training equipment, spare parts, civil-military joint, model

摘要：

为提高航天试验部队训练装备备件保障效能，基于航天军民融合的思路，提出一种基于信息共享跨级直供的航天试验部队训练装备备件库存模型，对现有备件库存流程进行了一定优化。将军地双方视为一个系统进行整体建模，着眼军地双赢的目标，结合案例融合系统动力学仿真方法对现行库存模式和提出的模型进行仿真分析，结果表明建立的库存模型能够有效降低备件保障延误时间，减少供应商的过量生产和储备，能够从提高备件保障效能和降低经济成本等方面实现军地两方的双赢，为提高航天试验部队训练装备备件保障能力，促进训练水平提升提供借鉴。

关键词: 航天试验部队, 训练装备, 备件, 军地联合, 模型

CLC Number:

Chao YANG, Xiaowei CHEN, Chao WANG, Qingyao XU, Weiyan XING. Modeling of Civil-Military Joint Inventory of Spare Parts for Training Equipment of Space Test Force[J]. Modern Defense Technology, 2023, 51(1): 145-154.

杨超, 陈小卫, 王超, 徐庆尧, 邢维艳. 航天试验部队训练装备备件军地联合库存建模研究[J]. 现代防御技术, 2023, 51(1): 145-154.

Figures/Tables 8

Fig. 1 Basic process of the inventory system of spare parts for training equipment of space test forces

Fig. 2 Inventory model of spare parts for training equipment of space test forces based on information sharing and cross-level direct supply

Fig. 3 Current inventory system variables causality

Fig. 4 Variable causality based on information sharing across levels of direct supply of civil-military joint two-level inventory system

Fig. 5 Inventory flow diagram of current inventory system variables

Fig. 6 Inventory flow diagram of civil-military joint two-level inventory system based on information sharing across levels of direct supply

Fig.7 Simulation results of inventory changes of the current inventory system

Fig. 8 Simulation results of inventory changes of civil-military joint two-level inventory system based on information sharing across levels of direct supply

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