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Welds of thick plates (304 SS) clad with Ti of commercial purity in as-received state and also after subsequent heattreatment and/or after hydrogen charging were investigated. Fatigue tests were carried out at amplitude of 20 Hz and in case ofbimetal without hydrogen charging also at amplitude of 40 Hz. After heat treatment, charged welds showed higher threshold levelthan the welds without heat treatment. Energy dispersed analyses (EDA) of fracture surfaces showed that failure predominantlyoccurred in joint. Hydrogen induced cracking (HIC) response of bimetal samples demonstrated favourable results both afterwelding and after subsequent heat treatment. Short and thin cracks were observed, exclusively located in mixed zone, whereapprox. 16-20 at. % of Ti using EDX (energy dispersed analyser) was revealed. By application of monochromatic synchrotronradiation Ti- , Fe-fcc, Fe-bcc and intermetallic phase Fe2Ti were detected.Web of Science5941610160

archives of metallurgy and materials

Joint Hydrogen Susceptibility of 304 SS Welded with Titanium/ Podatność Połczenia Na Wodorowanie W Układzie Plateru Stal 304 Ss Zgrzewanym Wybuchowo Z Tytanem