Kétrétegű fémes kompozit lemez hengerlési technológiájának kidolgozása szénacél rendszerek hidrogénállóságának javítása szempontjából
Development of a double-layer metallic composite plate rolling technology to improve the hydrogen resistance of carbon steel systems
Keywords:
hidrogén, Cantor ötvözet, nagy entrópia, bevonat, plattírozásAbstract
In this research work, we focused on the feasibility of producing 2-ply composite plates by rolling. The aim of the investigation was to develop an optimal rolling technology for the application of a high entropy alloy in the solid state on the surface of a steel of S355J+N grade. The cladding technology and the corresponding temperature conditions and piercing patterns were developed during the bond rolling process. These were optimised and finally an experimental production technology was established which was considered ideal. Our investigation focused on the dimensions of the laboratory equipment.
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