Presentation title Authors DOI Andreas; Domitner, Josef OXYGEN INHIBITION OF GASEOUS HYDROGEN EMBRITTLEMENT IN STEEL: EXPERIMENTS AND SIMULATIONS Fernandez-Pison, Pilar; Sellam, Quentin; Meirelles Santana, Luciano; Lopes Pinto, Daniella; Farrugia, Vincent; Madi, Yazid; Besson, Jacques https://doi.org/10.53254/ESISTUBE.ECF24.122 STATE-OF-THE-ART FATIGUE TESTING APPROACHES FOR QUALIFICATION AND REPURPOSING THE EXISTING HYDROGEN INFRASTRUCTURES Lipiäinen, Kalle; Moshtaghi, Masoud https://doi.org/10.53254/ESISTUBE.ECF24.123 HYDROGEN INDUCED FRACTURE TOUGHNESS DEGRADATION IN THE HEAT-AFFECTED ZONE OF A PIPELINE STEEL De Pue, Laura; Vandorpe, Sarah; Jubica, Jubica; Claeys, Lisa; Vasheghani Farahani, Behzad; Depover, Tom; Verbeken, Kim; De Waele, Wim https://doi.org/10.53254/ESISTUBE.ECF24.124 HYDROGEN EMBRITTLEMENT IN L485 PIPELINE MATERIALS: COMPARATIVE INSIGHTS BETWEEN EXCAVATED AND STOCK CONDITIONS Jubica, Jubica; Claeys, Lisa; De Pue, Laura; De Waele, Wim; Depover, Tom; Verbeken, Kim https://doi.org/10.53254/ESISTUBE.ECF24.125 CHARACTERIZATION METHODOLOGY OF PIPELINE WELD JOINTS UNDER HYDROGEN GAS USING MINIATURE SPECIMENS. BELKACEMI, Said; BESSON, Jacques; BERTIN, Maxime; MEDDOUR, Abdennour; MADI, Yazid https://doi.org/10.53254/ESISTUBE.ECF24.126 IMPROVING HYDROGEN EMBRITTLEMENT RESISTIVITY OF ULTRA-HIGH STRENGTH WIRE ROD STEEL FOR FASTENER PRODUCTION Elsayed, H.; Galler, M.; Vallant, R.; Sommitsch, C. https://doi.org/10.53254/ESISTUBE.ECF24.127 HYDROGEN-ASSISTED FATIGUE AND FRACTURE IN PIPELINE STEELS: MYTHS AND GENERAL TRENDS San Marchi, Chris; Agnani, Milan; LeónCázares, Fernando D.; Wheeler, Robert W.; Ronevich, Joseph A. https://doi.org/10.53254/ESISTUBE.ECF24.128 VARIOUS STRENGTH PROPERTIES OF PIPELINE STEEL X60 IN HYDROGEN GAS ENVIRONMENT Matsunaga, Hisao; Yanase, Yukinori; https://doi.org/10.53254/ESISTUBE.ECF24.129
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