Abstract:

This article focuses on designing a digital system for managing the maintenance and support of aviation equipment. From the perspective of maintenance and support elements， operations， means， modes， and other maintenance and support data twin models， based on typical applications， data preprocessing， equipment strength analysis， status analysis， support resource status analysis， task matching， and other data perception and analysis models are constructed to explore precise equipment status judgment， comprehensive fault diagnosis， and life prediction management. The application of intelligent algorithms such as maintenance intelligent decision-making forms the overall technical architecture of the digital system for aviation equipment maintenance and support management， providing technical reference for digital maintenance and support.

Key words: operations, aviation equipment, maintenance support, management, digitization

摘要：

围绕航空装备维修管理数字化体系设计，从维修保障要素、作业、手段、模式等方面探索构建维修保障数据孪生模型，在此基础上基于典型应用构建数据预处理、装备实力分析、状态分析、保障资源状态分析、任务匹配度等数据感知与分析模型，探索装备状态精准判定、故障综合诊断、寿命预测管理、维修智能决策等智能算法应用，形成航空装备维修管理数字化系统整体技术架构，为数智维修保障提供技术参考。

关键词: 作战, 航空装备, 维修保障, 管理, 数字化