Transactions of Materials and Heat Treatment

Title：Intelligent management and control technology for dynamic disturbance factors in production of complex ring forgings in aerospace

Authors： Zhou Yulong Yuan Meng Zhou Yongsong Chen Jie Zhang Zhen Chen Yizhe

Unit： China Academy of Machinery Science & Technology Co Ltd Wuhan University of Technology

KeyWords： ring forgings disturbance factors fault tolerance and correction industrial internet of things information fusion intelligent management and control

ClassificationCode：TP272; TP278

year,vol(issue):pagenumber：2020,45(12):7-14

Abstract：

Aiming at the dynamic forming process of complex aerospace ring forgings, a platform technology for the intelligent management and control system of dynamic disturbance factors in production based on a fault tolerance and correction mechanism was proposed and developed. The intelligent management and control system platform is based on the industrial internet of things with intelligent equipment for the production ring forgings,the multi-station sensing devices and the online detection equipment for workshop environment. Through real-time collection of disturbance parameters and integrated analysis of them, the real mapping system of disturbance factor information data is constructed. The performance mapping system realizes the digital definition of quality disturbance factors in the whole forming process of forgings and the fusion of multi-source heterogeneous information, analyzes and summarizes the effect of real-time disturbance factors in the production line on the quality of ring forgings, and establishes the quality fault tolerance and correction mechanism of forgings under the dynamic disturbance factors of production operations. It establishes an intelligent production management and control system for ring forgings, realizes dynamic analysis and control of production disturbance factors, and accurately and efficiently controls the production of ring forgings.

Funds：

国家科技重大专项(2019YFB1704500)

周玉龙（1988-），男，学士，工程师 E-mail：512803736@qqcom

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