In this investigation, the effect of microstructural changes and phase equilibria on corrosion
behavior and hydrogen induced cracking (HIC) sensitivity of an API X65 pipeline steel was …

In order to optimize the heat treatment process following hot induction forming, our study
focused on investigating the impact of quenching and tempering temperature on the …

Pipeline steels are widely used in the petroleum industry where high strength and durability
values are required. In oil installations, the problems of corrosion, especially with crude oil …

A novel approach for reliability assessment of aging gas pipeline systems based on a
Bayesian network methodology is proposed in this paper with a focus on the improvement of …

The goal of this research is to investigate the ability of the Magnetic Flux Leakage (MFL)
method to characterize the microstructural features and corrosion performance of heat …

In this study, a microalloyed low carbon steel was subjected to quenching and partitioning
(Q&P) heat treatment processes. The primary ferrite-pearlite microstructure of the steel was …

In this paper, a combination of non-destructive magnetic technique and artificial neural
networks is introduced, firstly, to ensure that the heat treatment process applied to a given …

This study focused on investigating the influence of quenching and tempering temperatures
on the mechanical properties and microstructure of ASTM A860 Gr-WPHY 65 hot-formed 30 …

This study treats over the sudden cleavage fracture occurrence, sometimes called “reverse
fracture”, in drop-weight tear testing of X65 Q&T seamless pipeline steel. This phenomenon …

The aim of this work was to develop and demonstrate the efficiency of an accessible and
simple methodology, adapted from small punch fatigue (SPF) concepts, to study the …