“…As the temperature of the thick plate decreased, the supersaturated hydrogen in steel would be released and normally entered the atmosphere by diffusion. [18][19][20] In the case of thick or extra-thick plate, the hydrogen in the center did not easily diffuse to the atmosphere so that led to internal defects such as white spots and hydrogen-induced cracks. Such defects could reduce the tensile plasticity in ND of the thick plate.…”
“…As the temperature of the thick plate decreased, the supersaturated hydrogen in steel would be released and normally entered the atmosphere by diffusion. [18][19][20] In the case of thick or extra-thick plate, the hydrogen in the center did not easily diffuse to the atmosphere so that led to internal defects such as white spots and hydrogen-induced cracks. Such defects could reduce the tensile plasticity in ND of the thick plate.…”
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