In Situ Ultrasonic Characterization of Hydrogen Damage Evolution in X80 Pipeline Steel. [PDF]
Chen B +5 more
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Hydrogen Embrittlement Behavior and Applicability of X52 Steel in Pure Hydrogen Pipelines. [PDF]
Li T +5 more
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Influence of Ni Contents and Local Hydrogen Concentration on Crack Propagation in FCC Fe-Ni Alloy Models: A Molecular Dynamics Study. [PDF]
Wang K +5 more
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Research Progress on Major Influencing Factors of Corrosion Behavior of Pipeline Steel in Supercritical CO<sub>2</sub> Environment. [PDF]
Liu Z, Gao Q, Zhou Y, Pan R.
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A Novel Machine Learning-Based Strain Capacity Prediction Model of High-Grade Pipeline Girth Welds Using LightGBM. [PDF]
Liu X +6 more
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Residual Stress Measurement Using EMAT for X80 Pipeline Steel: Effects of Coating Thickness and Surface Roughness Under Low Surface Preparation Requirements. [PDF]
Luo C +7 more
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Effect of Heat Input on the Hydrogen Embrittlement Sensitivity of CGHAZ of X60 Pipeline Steel. [PDF]
Zhang L +9 more
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Advances in Synergistic Corrosion Mechanisms of and Management Strategies for Impurity Gases During Supercritical CO<sub>2</sub> Pipeline Transportation. [PDF]
Yan Y +5 more
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Failure Analysis of API X80 Steel Pipe
ASME 2023 India Oil and Gas Pipeline Conference, 2023Abstract Pipeline structural systems face challenges due to varying loading conditions, which can lead to sudden failures caused by fractures. Enhancing fracture toughness is crucial for improving structural performance. Metallic coatings offer a promising solution to increase pipeline reliability.
Karan Kumar, Roopa Manjunatha
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Susceptibility of a X80 steel to hydrogen embrittlement
Materials and Corrosion, 2005The susceptibility to hydrogen of a X80 grade steel produced by a thermo-mechanical control process (TMCP) has been investigated by keeping straining notched specimens under continuous charging conditions. Hydrogen charging was carried out either in synthetic seawater under potentiostatic control at − 1000 mV vs.
S. P. Trasatti, E. Sivieri, F. Mazza
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