Farshad Abbasi

Thanks

but Morrison model has been developed for steels, in the case of titanium alloys with predominant alpha phase (HCP), the alloy exhibits different work hardening behavior as a result of crystallographic texture.

Hi Mr. Peyman Ahmadian

As a rule, high-strength materials have lower (n) values than low-strength materials. the exponent (n), is a measure of the persistence of hardening. If (n) is low, the work-hardening rate is initially high but the rate decreases rapidly with strain. On the other hand, with a large (n), the initial work-hardening is less rapid but continues to high strains. from previews the strain hardening increase with increasing grain size.

Reference///

William F. Hosford, " Solid Mechanics ", Published in the United States of America by Cambridge University Press, New York, 2010.PP. 59

thanks Hussein

Generally, It is true. But the role of crystallographic texture has not been considered in your answer.

regards