In this paper, hydrogen diffusion behavior in pipeline steel is thoroughly investigated. The
effect of various microstructural factors affecting hydrogen diffusion are discussed using …

The estimation of failure probability is challenging in hydrogen embrittlement in steel
pipelines due to the complexity of the synergistic effect of multiple factors. The present study …

In this study, the hydrogen embrittlement and corrosion behavior of X100 pipeline steel (Ref)
was investigated after various heat treatments, including one-step austenitizing at 880° C …

This study investigates the hydrogen-induced cracking (HIC) of a thermomechanical
controlled processed (TMCP) API 5L X65 steel pipe fabricated using the JCOE forming …

This research work aimed to determine the hydrogen gas pressure effect on the mechanical
properties of an experimental X-120 microalloyed steel, subjected to heat treatments and …

In the present work, the susceptibility to hydrogen embrittlement under hydrogen pressure
was evaluated for an experimental X-120 microalloyed steel with four quenching treatments …

This study focuses on advancing the production of predominantly bainitic heavy plates to
meet the API 5L X80 standard. The investigation involves a thorough evaluation of the …

Identifying a means of effectively separating and adsorbing the harmful constituents from
flue gas emissions is always crucial for the protection of human health and the environment …

The mechanical properties of welded joints have a crucial impact on the safety of pipelines.
This article focuses on examining the correlation between the microstructure and …

The effect of heat treatment on hydrogen diffusion and trapping on the API 5CT P110 steel
was investigated trough electrochemical permeation tests and microstructural analysis …