This study investigates the fracture behavior of plastically deformed quenching and
partitioning (Q&P) steel under hydrogen conditions. The experimental results from slow …

Extensive use of hydrogen derived from renewable energy sources is currently limited by a
lack of effective storage and transport solutions. Steels able to withstand hydrogen gas …

The hydrogen embrittlement (HE) resistance of 2205 duplex stainless steel (DSS) treated
with laser peening (LP) with different laser power densities was studied. The results show …

In this paper, we propose a numerical methodology to predict the effect of hydrogen
concentration on fracture toughness by using small punch (SP) test data in hydrogen. The …

The pre-deformation effects of hydrogen embrittlement on nitrogen-doped duplex stainless
steel were investigated using tensile testing. Hydrogen pre-charging and pre-straining were …

The tensile behavior of a lean duplex stainless steel with strain-induced martensite
transformation (SIMT) was studied in the deformation temperature range of 20° C~ 60° C …

The effects of hydrogen on the ductility loss and fracture behavior of a nitrogen-doped
duplex stainless steel were investigated via tensile testing after electrochemical hydrogen …

In the paper, experimental studies of the hydrogen and pre-strained effect on fracture
resistance of steam generator steel 22K were carried out. Special cylindrical samples were …

Austenitic stainless steels are typically used in hydrogen environments due to their
resistance to hydrogen embrittlement, though their mechanical strength is only medium to …

The hydrogen-assisted cracking (HAC) behavior of 2205 duplex stainless steel is
investigated via experimental testing and computational modelling, with specific focus on …