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08559 Effect of Hydrogen on Mechanical Behavior for 2,25Cr1Mo Grades (Standard and Vanadium Added

Picture for 08559 Effect of Hydrogen on Mechanical Behavior for 2,25Cr1Mo Grades (Standard and Vanadium Added
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Product Number: 51300-08559-SG
ISBN: 08559 2008 CP
Author: Pillot Sylvain, Philippe Bourges, Lionel Coudreuse, Gaelle Masson, and Patrick Toussaint
Publication Date: 2008
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Standard and Vanadium enhanced 2.25Cr1Mo plate steels (ASTM A387 gr. 22 and A542 type D) are generally used in high-temperature and high-pressure hydrogen environments. In such environments, significant quantities of hydrogen are soluble in the steel. The influence of hydrogen on mechanical properties during a shut–down operation and on creep properties has been considered. Mechanical property testing of steels exposed to the above stated environments was conducted in order to determine the effect of hydrogen. Tensile, Charpy V-Notch CVN, and fracture toughness values were determined after exposure to high pressure hydrogen at high temperatures, for base metal, heat-affected zone (HAZ), and weld metal specimens.
Standard and Vanadium enhanced 2.25Cr1Mo plate steels (ASTM A387 gr. 22 and A542 type D) are generally used in high-temperature and high-pressure hydrogen environments. In such environments, significant quantities of hydrogen are soluble in the steel. The influence of hydrogen on mechanical properties during a shut–down operation and on creep properties has been considered. Mechanical property testing of steels exposed to the above stated environments was conducted in order to determine the effect of hydrogen. Tensile, Charpy V-Notch CVN, and fracture toughness values were determined after exposure to high pressure hydrogen at high temperatures, for base metal, heat-affected zone (HAZ), and weld metal specimens.
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