The effect of Ca treatment on hydrogen-induced cracking (HIC) resistance of hot rolled pipeline steel was evaluated. HIC testing was carried out in acidic condition according to NACE standard; results clearly prove that HIC resistance is very sensitive to Ca/S ratio. When Ca/S ratio is below the stoichiometric ratio, HIC occurred at mid-thickness of the steel regardless of the S content. This is closely related to the formation of spherical CaS inclusion with Ca treatment instead of MnS inclusion, which acts on crack initiation sites.Copyright 2013 Elsevier B.V., All rights reserved
Crack healing demonstrate as a ability of metal to repair physical damage by restructuring the carbo...
In this investigation, the effect of microstructural changes and phase equilibria on corrosion behav...
Susceptibility to hydrogen-induced cracking of API 5L B and X52MS low-carbon steels in NACE 177-A, 1...
Pipeline steels that carry oil and natural gas in severe environments suffer from two important mode...
ABSTRACT: Factors influencing hydrogen induced cracking of transmission pipeline steels are describe...
The occurrence of hydrogen embrittlement is a much researched phenomenon, known to cause mechanical ...
The occurrence of hydrogen embrittlement is a much researched phenomenon, known to cause mechanical ...
The current work examines hydrogen sensitivity in different pipeline steels (X65, X70 and X80 HSLA g...
cited By 43International audienceHydrogen induced cracking (HIC) of line pipe steel was investigated...
The service environment of oil and gas pipelines often subject them to harsh conditions, such as, ve...
These days, by increasing the demand for oil and gas resources, the failure of pipeline steels has b...
Hydrogen sulfide corrosion test was used to test the hydrogen-induced cracking sensitivity of the no...
Hydrogen-induced cracking (HIC) resistance of high-strength linepipe steel was investigated using th...
When pipeline steels are exposed to hydrogen-rich environments during service, this can lead to a de...
Abstract The resistance of sour-service steels to hydrogen-induced cracking (HIC) has been tradition...
Crack healing demonstrate as a ability of metal to repair physical damage by restructuring the carbo...
In this investigation, the effect of microstructural changes and phase equilibria on corrosion behav...
Susceptibility to hydrogen-induced cracking of API 5L B and X52MS low-carbon steels in NACE 177-A, 1...
Pipeline steels that carry oil and natural gas in severe environments suffer from two important mode...
ABSTRACT: Factors influencing hydrogen induced cracking of transmission pipeline steels are describe...
The occurrence of hydrogen embrittlement is a much researched phenomenon, known to cause mechanical ...
The occurrence of hydrogen embrittlement is a much researched phenomenon, known to cause mechanical ...
The current work examines hydrogen sensitivity in different pipeline steels (X65, X70 and X80 HSLA g...
cited By 43International audienceHydrogen induced cracking (HIC) of line pipe steel was investigated...
The service environment of oil and gas pipelines often subject them to harsh conditions, such as, ve...
These days, by increasing the demand for oil and gas resources, the failure of pipeline steels has b...
Hydrogen sulfide corrosion test was used to test the hydrogen-induced cracking sensitivity of the no...
Hydrogen-induced cracking (HIC) resistance of high-strength linepipe steel was investigated using th...
When pipeline steels are exposed to hydrogen-rich environments during service, this can lead to a de...
Abstract The resistance of sour-service steels to hydrogen-induced cracking (HIC) has been tradition...
Crack healing demonstrate as a ability of metal to repair physical damage by restructuring the carbo...
In this investigation, the effect of microstructural changes and phase equilibria on corrosion behav...
Susceptibility to hydrogen-induced cracking of API 5L B and X52MS low-carbon steels in NACE 177-A, 1...