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Stress Assisted Two Way Memory Effect (SATWME) and Electrical Resistance (ER) have been investigated on a Ni 45 Ti 50 Cu 5 alloy preliminarily prestrained in martensite to modify the critical stress for slip. Different prestrain levels have been applied. ER vs e during SATWME follows an almost linear relationship across the transformation range: the plastic deformation accumulated during cycling generally increases, but the figure of e p lowers with increasing the preliminary prestrain. Even the highest applied prestrain ( 15%) does not allow to eliminate the build up of plastic strain in each cycle. Different procedures to modify the critical stress for slip must be envisaged.

The effect of prestrain on stress assisted two way shape memory effect in a Ni45Ti50Cu5 alloy

The effect of prestrain on stress assisted two way shape memory effect in a Ni₄₅Ti₅₀Cu₅ alloy