Tests were carried out on steel API 5L X65 in seawater at free corrosion potentials and under cathodic protection conditions. Results show that this technique is suitable for stress corrosion cracking phenomena that can take place under dynamic conditions. Data were analyzed to obtain the rising load crack growth threshold parameter. Comparison is made with crack growth corrosion fatigue tests.
(1986). Application of the Slow Strain Rate Technique on Fracture Mechanics Precracked Specimens . Retrieved from http://hdl.handle.net/10446/82305
Application of the Slow Strain Rate Technique on Fracture Mechanics Precracked Specimens
PASTORE, Tommaso;
1986-01-01
Abstract
Tests were carried out on steel API 5L X65 in seawater at free corrosion potentials and under cathodic protection conditions. Results show that this technique is suitable for stress corrosion cracking phenomena that can take place under dynamic conditions. Data were analyzed to obtain the rising load crack growth threshold parameter. Comparison is made with crack growth corrosion fatigue tests.File allegato/i alla scheda:
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