Titlebook: Shape Memory Effects in Alloys; Jeff Perkins Book 1975 Springer Science+Business Media New York 1975 communication.copper.crystal.crystall

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Shape Memory Effect and Anelasticity Associated with the Martensitic Transformation in the Stoechiotensitic transformation. Previous papers (1) (2) and (3) have shown that the characteristics of this martensitic transformation depend strongly on the long range order state of the parent austenitic phase; the M. temperature is lowered as the degree of order is raised. When the order parameter S is

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Thermomechanical Characteristics of Alloys Exhibiting Martensitic Thermoelasticity,derations such as stress relaxation, consequences of exceeding strain limits, and conditions for development of reversible effects are discussed. The general prerequisites for thermoelastic martensite effects are summarized, and implications regarding applications are discussed.

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Microstructural Changes during SME Behavior,o phenomena which need a better understanding: the microstructural changes taking place during the shape recovery stage of the shape memory effect and the comparaison of the microstructure obtained by thermoelastic martensitic transformation with that obtained during the two-way memory effect.

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The Rubberlike Behavior in Cu-Zn-Al Martensite Single Crystals,rubberlike effect has been observed within the martensitic structure of a CuZn based alloy. To the authors’ knowledge it is the first time that such a behavior has been reported in copper-zinc based alloys.

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