Corrosion is a subject of interest to interdisciplinary research communities, combining fields
of materials science, chemistry, physics, metallurgy and chemical engineering. In order to …

The recent failures in flexible pipes have motivated the exhaustive research of corrosion
mechanisms on high‐strength carbon steel armor wires that are the main structural …

Abstract Siderite (FeCO 3) and cementite (Fe 3 C) layers develop naturally on carbon steel
surfaces in aqueous carbon dioxide (CO 2) environments. This study evaluates galvanic …

The internal-pipeline local corrosion in the welded joint region has been a widely
concerning issue, particularly under the synergistic effect of high shear stress and …

The development of a cost-effective, corrosion resistant, high-flux direct air capture (HiDAC)
contactor for a solvent-based direct air capture (DAC) process is reported. Literature …

This work used immersion experiments to elucidate the corrosion behaviour of low-alloy
pipeline steel in vapour-saturated H 2 S/CO 2 environment and H 2 S/CO 2-saturated brine …

This investigation aims to study the sustained effect of remaining cementite on the corrosion
of ferrite-pearlite steel in an acidic chloride solution (ie simulated bottom plate environment …

The occurrence and development mechanism of internal local corrosion has always been a
controversial topic, and especially under flow conditions. In this paper, an improved high …

In this study the effect of four types of microstructures, including annealed, normalized,
normalized-tempered and quench-tempered on CO 2 corrosion behavior of API 5L X52 steel …

The development of wear-resistant steels requires an understanding of deformation
behavior and chemical evolution in cementite (Fe 3 C) under tribological loading. Previous …