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97200 FRACTURE TOUGHNESS (CTOD) OF LINEPIPE MATERIALS UNDER CATHODIC PROTECTION

Picture for 97200 FRACTURE TOUGHNESS (CTOD) OF LINEPIPE
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Product Number: 51300-97200-SG
ISBN: 97200 1997 CP
Author: N. Hagiwara, N. Oguchi
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Hydrogen stress cracking (HSC) of buried pipelines under cathodic protection is one of the major concerns in the maintenance of gas transmission pipelines. It has been acknowledged that slow strain rate technique (SSRT) is a rather qualitative method for evaluation of HSC susceptibility, while it is necessary to evaluate fracture toughness of pipelines with defect under cathodic protection. A series of crack tip opening displacement (CTOD) testing has been employed to evaluate critical CTOD... Keywords: Carbon Steel, Gas Pipeline, API X65, Hydrogen embrittlement, Hydrogen Stress Cracking (HSC), Cathodic Protection, Fracture Mechanics, CTOD, Maximum Tolerable Defect Size.
Hydrogen stress cracking (HSC) of buried pipelines under cathodic protection is one of the major concerns in the maintenance of gas transmission pipelines. It has been acknowledged that slow strain rate technique (SSRT) is a rather qualitative method for evaluation of HSC susceptibility, while it is necessary to evaluate fracture toughness of pipelines with defect under cathodic protection. A series of crack tip opening displacement (CTOD) testing has been employed to evaluate critical CTOD... Keywords: Carbon Steel, Gas Pipeline, API X65, Hydrogen embrittlement, Hydrogen Stress Cracking (HSC), Cathodic Protection, Fracture Mechanics, CTOD, Maximum Tolerable Defect Size.
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Picture for Investigation of Hydrogen Embrittlement of High Strength Pipeline Steels Under Cathodic Protection
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Investigation of Hydrogen Embrittlement of High Strength Pipeline Steels Under Cathodic Protection

Product Number: 51317--9255-SG
ISBN: 9255 2017 CP
Author: Lei Zhang
Publication Date: 2017
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Pipeline steels higher than API X80 grade ad subject to hydrogen embrittlement risk induced by the hydrogen evolution effect under cathodic protection. This paper focuses on the hydrogen embrittlement behaviors of API X70, X80 and X90 high strength pipeline steel under cathodic protection in soil simulation conditions.
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