Hydrogen-Induced Crack Growth Rate in Steel Plates Exposed to Sour Environments

• 1 December 1997
• journal article
• Published by Association for Materials Protection and Performance (AMPP) in Corrosion
• Vol. 53  (12) , 935-943
• https://doi.org/10.5006/1.3290278

Abstract

Keywords

• STRAIN
• MATHEMATICAL MODEL
• MODELING
• MATHEMATICAL MODELS
• NATURAL GAS
• FRACTURE TOUGHNESS
• FRACTURE MECHANICS
• CRACK PROPAGATION
• PIPELINES
• STRESS INTENSITY
• SOUR GAS
• STRESS INTENSITY FACTOR
• ULTRASONIC INSPECTION
• MATERIALS SCIENCE
• PRESSURE DROP
• HYDROGEN EMBRITTLEMENT
• ULTRASONIC TESTING