Mein Praesentationsbild - Berlin, 2008.

Wissenschaftsservice - Materialforschung - Dr. Viktor Prieb

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Pseudo-plastic behaviour in single-crystals of Cu-base memory alloys

V. Prieb
TU-Berlin, Germany
(J. de Phys., 5(1995)C8-C907 -
Proc. of the Int. Conf. on the Mart. Transf. "ICOMAT-95")



Abstract: The hysteresis behaviour of Cu-Al-X (X=Zn, Mn, Ni) single crystals crystals, of calorimetry in martensitic state is investigated. Tension-compression partial and complete deformation cycles show no dependence on the temperature, a zero-stress diagonal, on which yeld and recovery beginn. "Return point memory" and degradation of hysteresis with deformation amplitude decreasing are found at the pseudo-plastic behaviour.

Thermodynamic transformation parameters and the hysteresis interior of complete and partial thermo-induced, stress-free transformation are received by calorimetry.

More about this in my monograph, published in November 2020:
"The concept of dual-energetic martensite (CODEM) for shape memory phenomena", PDF-file