The deformation effects caused by the isothermal mechanical cycling under complex intense condition

It is experimentally shown that at isothermal mechanical cycling of continuous cylindrical samples from alloy NiTi under complex intense condition we can see a reversible form change - a property of martensite anelasticity shown at thermocycling through intervals of martensite transformations. According to the results of the experiment we estimated the influence of ratio between static and cyclic components of pressure on change of shift deformation in the complex intense condition at mechanical cycling axial loading.