Fracture Mechanics Testing Download
By Engaged Expert
Andy BarronAndy Barron is an internationally recognized specialist in fatigue and fracture mechanics for the global Oil & Gas sector.
By Engaged Expert
Farid AfsharDr. Eng. Farid Afshar is a Senior Fracture Mechanics and Corrosion Engineer at Element with expertise, particularly in fracture mechanics and engineering critical assessment for the energy industry.
Applying fracture mechanics to predict pipeline cracking and failure
Defects arising from manufacturing processes are found in all metal structures. Although not all such defects are unstable during construction, operating conditions such as ground movements, stresses, and harsh environments often leave pipeline systems prone to cracks. If left undetected, these forms of damage can lead to the failure of the pipeline system, which may have catastrophic consequences.
Fracture mechanics is one of the most suitable methods for assessing the reliability of pipelines. It measures the resistance of metallic materials to fracture in the presence of a known flaw and determines which flaws are critical for causing the failure of the flawed structure.
The article provides an understanding of the different test methods and sample geometries used to determine fracture toughness.
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