publication.publication

Calculation of Elastic Energy Contributions As The Function of The Martensite Volume Fraction In Single Crystalline Cu-11.5wt%Al-5.0wt%Ni Shape Memory Alloys

Scientific.Net , Trans Tech Publications Inc. 2013

Effect of partial thermal cycles on non-chemical free energy contributions in polycrystalline Cu-Al-Be shape memory ,,,,,,,,,,,,,,,, ” In press in Mat. Sci. Forum. 738-739 (2013) pp 38-45

2013

Effect of thermal and mechanical cycling on the elastic and dissipative energy in CuAl(11,6wt%)Be(0.36wt%) shape memory alloy in press Journal of Alloys and Compounds, http://dx.doi.org/10.1016/j.jallcom.2012.06.108.

Elsevier, sciencedirect 2012

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Determination of the elastic and dissipative energy contributions to the martensitic phase transformation in shape memory alloys,,,,,,,,,,,,,,,,,,, accepted as a chapter in the book "Shape memory Alloy" book editor F.M. B. Fernamdes IN TECH 2012

2012

Investigation of thermal and stress induced hysteretic curves in CuAl(11.5wt%)Ni(5.0wt%) single crystalline shape memory alloy

ScienceDirect, Elsevier 2010

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On the Chemical and Non Chemical Free Energies in the martensite transformation in Cu Al-Ni shape memory alloy

2010

On the temperature and stress dependence of transformation strain in single crystalline Cu-Al-Ni shape memory alloys

2009

On the relation between the martensite start stress and the temperature in single crystalline Cu-11.5wt%Al-5.0wt%Ni shape memory alloy

EDP Sciences 2009 2009

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