The transition of the existing natural gas grid infrastructures towards transport and storage of
hydrogen gas plays a prominent role in the global decarbonization of the energy landscape …

High strength steels are materials of considerable interest and are increasingly used but
appear to be more prone to hydrogen embrittlement (HE). In this work, four high strength …

Many steel structures can absorb varying amounts of hydrogen during manufacturing,
processing such as electroplating or acid pickling and during service life by corrosion …

Hydrogen can be used as a probe to detect defects created during tensile tests. Through
hydrogen diffusion behavior investigated under two loading ways in a high strength low …

Notched tensile tests were conducted under a slow displacement rate to evaluate the
influences of grain size and aging on hydrogen embrittlement (HE) of T-200 maraging steel …

Atomic hydrogen (H) was introduced into steel (AISI 1018 mild steel) by controlled cathodic
pre-charging. The resultant steel sample, comprising about 1 ppmw diffusible H, and a …

The research interest for H in steel has many causes and originates from a wide range of
application conditions where H related defects may occur [1-5]: hydrogen induced cracking …

Hydrogen degradation of high-strength steels and their welded joints has been evaluated
under various load modes in sea-water. Slow-strain rate tensile test (SSRT), and low-cycle …

DMR249A Medium strength (low carbon) Low-alloy steels are used as structural
components in naval applications due to its low cost and high availability. An attempt has …

The effects of cold-rolling (20% thickness reduction) and sensitization treatment (600°
C/10h) on the microstructure, tensile properties and susceptibility to stress corrosion …