Research on High-Temperature Coating Technology Based on Computational Materials Science
ID:74 Submission ID:76 View Protection:ATTENDEE Updated Time:2026-10-10 17:43:40 Hits:9 Invited speech

Start Time:2026-10-17 16:25 (Asia/Shanghai)

Duration:20min

Session:[S2] Thin Film Coatings Research and Applications » [S2A] reports

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Abstract
The report will focus on two aspects: "High-Temperature Coating Calculation" and "AI + Coating Materials". In the section of "High-Temperature Coating Calculation", on one hand, ThermoCalc thermodynamic simulation is adopted to demonstrate the application of an "oxidation-diffusion" model in service life prediction and composition design of MCrAlY-superalloy systems. On the other hand, finite element simulation is used to show the effect of pores on stress distribution and crack propagation behavior in thermal barrier coatings. In the "AI + Coating Materials" section, it discusses how current AI empowers the research and development as well as fabrication of coating materials, and puts forward prospects for intelligent research and development centering on scientific EB-PVD coating and thin-film equipment.
Keywords
coating
Speaker
Kang Yuan
professor Shanghai University

Submission Author
原 慷 上海大学
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