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Crack manufacturing procedures were determined for straight long and short start cracks in the present material.
Thus the Schmid factor for twinning is seen to affect nucleation more than thickening in the present material.
TEM observations show that, in the as-annealed condition, the major type of twins in the martensite phase is 〈011〉 type II twins in the present material.
The critical value UNE,F∗ for the elongation rate change to the final fatigue failure is around 50 65 μm in the present material.
Being different from other superplastic aluminas, cavities in the present material tended to grow in the direction parallel to the stress axis.
Increased aspect ratios and number densities are seen at low Schmid factors and this may relate to stress fluctuations, caused most probably in the present material by the stress fields at the tips of blocked twins.
The scatter of inclusion size in the present material was small and resulted in the small scatter of fatigue strength comparable to that for the surface-induced crack nucleation mode.
It was found that the fatigue limit was determined by the true stress rather than by the stress concentration in the present material and was not affected by variations in slit depth.
Furthermore, the results, which were obtained under similar low high sequences performed until 109 cycles at six low stress levels followed by high stress level applied to failure, revealed that the fatigue limit for N = 109 would be around 650 MPa in the present material.
Thus, the occurrence of type I error in the present material is unlikely.
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Total ruptures of the nerve are very rare; however, in the presented material, one patient suffered such injury.
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