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Mechanical, environmental, and other factors may contribute to a reduction in the mechanical properties. We have examined the effect of the above factors on the reduction in the mechanical properties. The mechanical property tests were performed under various conditions. The results showed that the mechanical properties were not significantly reduced when the material was subjected to the specified working conditions. Therefore, the reduction in the mechanical properties appears to be caused by the hydrogen absorption.

There are two mechanisms that can contribute to the reduction in mechanical properties: one due to the reduction in fracture strength and the other due to the accumulation of fatigue micro-cracks. The strain to fracture is proportional to the square root of the crack length. Therefore, the reduction of the fracture strength and the accumulation of fatigue micro-cracks are both likely mechanisms to contribute to a reduction in the mechanical properties. However, the relationship between the two has not been fully investigated to date. Our fatigue test was performed on a large volume of material (6 kg), and we were able to monitor the crack propagation for a long period (up to ten years). The fatigue tests were performed on the same type of material but at different temperatures in a furnace, and from the results, we can conclude that one of the mechanisms is dominant in our material.

Strongly textured surface textures were etched by a laser. The microstructure was observed by using a scanning electron microscope (SEM), and it was confirmed that the laser treatment caused the formation of nanovoids and micro-cracks. The microstructure of the material was also investigated, and it was confirmed that the crack propagation was affected by the nanovoids. We found that the reduction in the mechanical properties occurred in the region where the nanovoids were formed. The above results indicated that the crack propagation was affected by the nanovoids. Crack propagation has been investigated by using a scanning electron microscope and a laser fracture toughness tester. It was confirmed that the crack propagation was much more sluggish in the region where the nanovoids were formed than in the region where no nanovoids were formed.

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