The energy demand has increased exponentially worldwide owing to the continuously
growing population and urbanization. The conventional fossil fuels are unable to satiate this …

An upsurge in global population due to speedy urbanization and industrialization is facing
significant challenges such as rising energy-demand, enormous waste-generation and …

This work investigated the effect of shearing prestrain on hydrogen embrittlement. The
strength and ductility values were similar to those in air for hydrogen precharging before …

The effect of charging conditions on hydrogen embrittlement (HE) of the hot-stamping boron
steel was investigated with its hydrogen distributions and reversibility properties. With low …

In the current study, the hydrogen-induced embrittlement on advanced high strength steels
(AHSSs) is evaluated by in-situ electrochemical microcantilever bending (IECB) tests …

The reversible/irreversible recovery of mechanical properties, and the microstructure
characteristics of a typical hot-stamped steel B1500HS have been studied under different …

This study investigates the influence of hydrogen on the pitting behavior of tellurium-
modified 38MnVS6 Non-quenched and Tempered steel (NQTS). Hydrogen primarily …

This research provided a thorough knowledge of the hydrogen embrittlement in AHSS
models based on FeCCrNiB 0 Si (AHSS1) and FeCCrNiB 2 Si (AHSS2) alloy systems. The …

This study deals with microstructural influence on the H permeation behavior of Dual-Phase
(DP) and Complex Phase (CP) steels using electrochemical permeation studies. The H …

Hydrogen embrittlement (HE) is among the limiting factors for the employment of advanced
high-strength steels in the automotive industry. One of the most relevant manifestations of …