Exact(31)
But the values of the other specimens aged 2 h or more showed almost the same.
On the other hand, SBMP showed higher bond strength values compared to SB in specimens aged by TC and ML.
SEM showed that specimens aged at 55 °C for 63 days demonstrate increased corrosion than those in other groups.
Therefore, the difference in the tensile strength of both specimens aged at room temperature for 240 h cannot be explained by the amount of hydride.
The hydrogen desorption behavior of the specimens aged for 24 and 240 h at room temperature is quite similar to that of the immersed specimen.
Figure 8 shows the results for XRD analysis of the side surface of specimens aged at room temperature for 50 h after hydrogen charging.
Similar(29)
The highest resistivity was obtained from a specimen aged for 3.6 ks.
In contrast, the specimen aged for 24 h at room temperature after immersion fractures after martensitic transformation (Fig. 3 c).
0.06% Nb specimen aged at 482 °C for 8 h simultaneously satisfied the 250 grade strength and 200 grade elongation having the most superior mechanical properties.
The volume fraction of γ′ precipitates increased in the specimen aged at 732 °C following stress relaxation at 500 °C for 300 h.
Compared to the non-aged specimen, the results showed an increase of 16% in the elastic modulus and 12% in the hardness for the specimen aged at 200 °C.
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