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51318-10963-Fatigue and Static Crack Growth Rate response of C110 under CP using a single specimen methodology

Picture for Fatigue and Static Crack Growth Rate response of C110 under CP using a single specimen methodology
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Subsea flowlines and risers experience fatigue cycles due to thermal and/or pressure transients or vortex induced vibration (VIV). Tests were performed under constant stress intensity factor (K) levels, in a mildly sour environment and in seawater under cathodic protection to understand the difference in the CRG.

 

Product Number: 51318-10963-SG
Author: Ramgopal Thodla / Feng Gui / Ashwini Chandra
Publication Date: 2018
Industries: Maritime , Corrosion Monitoring and Control
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$20.00
$20.00

Subsea flowlines and risers experience fatigue cycles due to thermal and/or pressure transients or vortex induced vibration (VIV). Tests were performed under cathodic under constant stress intensity factor (K) levels to measure the subcritical CGR associated with the constant load periods. Tests were performed in a mildly sour environment and in seawater under cathodic protection to understand the difference in the CRG.

Key Words: Offshore / pipelines / fatigue crack growth rate / fatigue / fracture / subcritical crack growth / crack tip strain rate / sour service / cathodic protection

 

Subsea flowlines and risers experience fatigue cycles due to thermal and/or pressure transients or vortex induced vibration (VIV). Tests were performed under cathodic under constant stress intensity factor (K) levels to measure the subcritical CGR associated with the constant load periods. Tests were performed in a mildly sour environment and in seawater under cathodic protection to understand the difference in the CRG.

Key Words: Offshore / pipelines / fatigue crack growth rate / fatigue / fracture / subcritical crack growth / crack tip strain rate / sour service / cathodic protection

 

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