ZHANG Zaifang, ZHOU Liang. Springback Prediction of Rocket Frame Ring Based on Digital Twin[J]. Aeronautical Manufacturing Technology, 2022, 65(19): 66-73.
ZHANG Zaifang, ZHOU Liang. Springback Prediction of Rocket Frame Ring Based on Digital Twin[J]. Aeronautical Manufacturing Technology, 2022, 65(19): 66-73. DOI: 10.16080/j.issn1671-833x.2022.19.066.
Springback Prediction of Rocket Frame Ring Based on Digital Twin
collaborative design cloud platform manufacturing mode has been widely used in the field of aviation equipment manufacturing. In this mode
there are semantic heterogeneity and data island problems among aviation equipment digital models
so it is difficult to carry out semantic unified integrated expression. This paper analyzes the data involved in the business interaction of aviation equipment enterprises under the collaborative design cloud platform mode
and describes it in four dimensions. Then
the generation process of aviation equipment digital model is extracted through the whole life cycle business interaction. Combined with ontology theory and meta modeling method
the construction principle and construction process of ontology meta model are analyzed. Combined with the characteristics of aviation equipment life cycle and data types
the aviation equipment ontology meta model for collaborative design cloud platform is constructed. Taking unmanned aerial vehicle (UAV) equipment as an example
the UAV ontology model is constructed through ontology construction software Protégé. The information in the whole life cycle of UAV is expressed with unified semantics
which verifies the correctness of the construction method of aviation equipment digital model proposed in this paper.