The atmospheric corrosion of high-strength steels can lead to hydrogen absorption directly
linked to hydrogen embrittlement or delayed fracture phenomena. A scanning Kelvin probe …

Hydrogen entry into high-strength steel after local sodium chloride predeposition and during
exposure to humid air was studied using scanning Kelvin probe. Two regions with different …

Cathodic processes in initial stages of atmospheric corrosion of rolled zinc and bare, Al–Si
and Zn–Fe coated press hardened steel were studied. A ratio between hydrogen evolution …

The effects of temperature and chloride deposition on hydrogen absorption into steel were
evaluated during wet/dry cyclic corrosion using a temperature-compensated hydrogen …

Hydrogen absorption into steel during atmospheric corrosion has been of a strong concern
during last decades. It is technically important to investigate if hydrogen absorbed under …

In this study, a Kelvin probe (KP) technique combined with the Devanathan-Stachurski
electrochemical hydrogen permeation method was applied for simultaneous measurements …

To evaluate the susceptibility of steels to hydrogen embrittlement, it must be hydrogen
charged and have its hydrogen content controlled before any mechanical testing. In this …

Weld cold cracking is a kind of hydrogen embrittlement and is a serious problem when high
strength steel is concerned. Cold cracking usually occurs at the area where hydrogen locally …

The effect of iron rust on hydrogen uptake into steel during corrosion under an aqueous
NaCl droplet was investigated. Pre-rusted steel was obtained by exposing a steel coupon to …

The entry of hydrogen induced by atmospheric corrosion and its effect on the mechanical
properties of advanced high-strength steels have been investigated in view of the safe …