Presentation title Authors DOI 316L CONTAINING POROSITIES AND CHARGED VIA GASEOUS HYDROGEN Jacques, Pascal J; Depover, Tom; Verbeken, Kim THE INFLUENCE OF MICROSTRUCTURE ON HYDROGEN EMBRITTLEMENT ABOUT HIGH STRENGTH SPRING STEEL Sunako, Manami; Mizumoto, Masataka; Ooi, Azusa; Tada, Eiji https://doi.org/10.53254/ESISTUBE.ECF24.139 MEASURING HYDROGEN EMBRITTLEMENT IN ADDITIVELY MANUFACTURED STEEL STRUCTURES USING HOLLOW TENSILE TEST SPECIMEN Brumm, Jannik; Odermatt, Anton; Passing, Maximilian; Jepsen, Julian; Klassen, Thomas; Kashaev, Nikolai https://doi.org/10.53254/ESISTUBE.ECF24.140 SCREENING OF MECHANICAL DEGRADATION OF COMBUSTION ENGINE AND EXHAUST METALLIC MATERIALS IN HIGH PRESSURE AND HIGH TEMPERATURE HYDROGEN GAS ENVIRONMENT Sefer, Birhan; Rydgren, Pontus; Fuertes, Nuria; Navalles, Eduard; Israelsson, Niklas; Edin, Emil; Nordin, Lars Olof https://doi.org/10.53254/ESISTUBE.ECF24.141 EFFECTS OF TEMPERATURE AND HYDROGEN ON FATIGUE PROPERTIES OF AUSTENITIC STAINLESS STEEL HENAFF, Gilbert https://doi.org/10.53254/ESISTUBE.ECF24.142 DUAL NATURE OF RETAINED AUSTENITE ON MECHANICAL PROPERTIES OF ADVANCED HIGH STRENGTH STEELS WITH AND WITHOUT HYDROGEN Javaheri, Vahid; Ghassemali, Ehsan; Surki Aliabad, Roohallah; Gosh, Sumit; Sadeghpour, Saeed; Kömi, Jukka https://doi.org/10.53254/ESISTUBE.ECF24.143 EFFECT OF HYDROGEN ON PLASTICITY IN ADVANCED HIGH STRENGHT STEELS USED IN AUTOMOTIVE APPLICATIONS Ståhlkrantz, Adam; Sefer, Birhan; Nyyssönen, Tuomo; Oja, Olli https://doi.org/10.53254/ESISTUBE.ECF24.144 EFFECT OF HIGH-PRESSURE HYDROGEN GAS AT ROOM AND HIGH TEMPERATURE ON THE MECHANICAL PERFORMANCE OF CONVENTIONAL AND ADDITIVELY MANUFACTURED NI-BASE ALLOYS Palmert, Frans; Chen, Zhe; Sefer, Birhan; Rydgren, Pontus; Fuertes, Nuria; Navalles, Eduard; Edin, Emil; Nordin, Lars Olof https://doi.org/10.53254/ESISTUBE.ECF24.145 INSIGHTS INTO HYDROGENASSISTED FATIGUE CRACK GROWTH IN CARBON STEEL GRADES: A MACHINE LEARNING APPROACH Rohani Raftar, Hamidreza; Safyari, Mahdieh; Moshtaghi, Masoud https://doi.org/10.53254/ESISTUBE.ECF24.146
RkJQdWJsaXNoZXIy MjM0NDE=