| Citation: | ZHU Xingyu, ZHANG Weiya, WU Feng, et al. Serial collaborative simulation method for aero-engine components based on test data[J]. Journal of Aerospace Power, 2023, 38（7）：1648-1657 doi: 10.13224/j.cnki.jasp.20220730
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To explore the matching between the simulation data and test data of the engine and components, a data-driven serial collaborative simulation technology for aero-engine components was developed based on MATLAB/SIMULINK, Python and general commercial CFD software, which mainly consists of an integrated simulation platform for aero-engine components and a serial collaborative simulation platform. The integrated simulation platform adopted a modular approach to model the engine components, combined the cooperating equations and boundary constraints, and implemented the simulation of the whole engine characteristics; the serial collaborative simulation platform of engine components adopted a self-developed program combined with the underlying solver, proposed the data transfer and processing method of the intersection interface in the overlap region, finally implemented the serial simulation and boundary iterative solution between components, and completed the coupled solution of 0D and 3D simulation. Taking a small turbojet engine as the research object, the case verification was carried out based on available test data, the maximum error of calculation was less than 5%, indicating the accuracy and engineering application value of the integrated simulation platform and serial collaborative simulation platform.
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