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š— š—”š—§š—›š—˜š—” šŸ®šŸ¬šŸ®šŸ² | š— š—”š—§š—²š—æš—¶š—®š—¹š˜€ š—¶š—» š—›š˜†š—±š—æš—¼š—“š—²š—»-š—æš—²š—¹š—®š˜š—²š—± š—˜š—»š—²š—æš—“š˜† š—”š—½š—½š—¹š—¶š—°š—®š˜š—¶š—¼š—»š˜€Ā  š˜ƒš—“š—Æš—² š—–š—¼š—»š—³š—²š—æš—²š—»š—°š—² š—¶š—» š—°š—¼š—¼š—½š—²š—æš—®š˜š—¶š—¼š—» š˜„š—¶š˜š—µ š—©š—§š—§ 29 and 30 September 2026 Espoo | Finland What makes a material reliable over time? As components operate in hydrogen-containing environments under demanding conditions, understanding material behaviour becomes essential for long-term reliability and safe application. These questions open up a wide range of perspectives — including hydrogen embrittlement, degradation mechanisms, testing methodologies, fracture behaviour, coatings, and material performance. The speakers shown below represent just some of the experts contributing to MATHEA 2026, sharing insights from research, engineering, and industrial practice. More details can be found in the MATHEA 2026 LinkedIn event: https://lnkd.in/dubNHvDX We look forward to welcoming you to MATHEA 2026 in Espoo, Finland! #MATHEA2026 #vgbe #VTT #Hydrogen #Materials #Infrastructure

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