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This work concerns the structural characterization of Cu -13.58% Al- 3.94% Ni  (wt. %) shape memory alloy elaborated by fusion using various techniques such as  microscopy (OM and SEM), dilatometry and diffractometry (XRD). A particular  attention is lent to the thermo elastic transformation may occur depending on  the content of alloying and heat treatments' adopted. In this context,  measurements of transformation temperatures were carried out. The microscopy is  used for the characterization of alloy after different heat treatments adopted  taking into account also the chemical composition. X-rays diffraction is used in  order to access information on the different phases obtained and identify some  types of martensite formed after quenching of alloy. The transformation  temperatures are measured by the dilatometric analysis technique. This allows  studying the structural evolution that occurs during heating and cooling of the  alloy studied

Structural Characterization of Cu- 13.58%Al- 3.94%Ni (wt. %) shape memory alloy elaborated by fusion