High-performance elastocaloric materials require a large reversible elastocaloric effect and
long life cyclic stability. Here, we fabricated textured polycrystalline Ni 50.4 Mn 27.3 Ga 22.3 …

It is shown that the broadenings of the forward and reverse martensitic transformations are
proportional to the second derivatives of the elastic energy by the transformed martensite …

Cyclic stability is vital for the application of the elastocaloric effect. We demonstrated here
the enhanced cyclic stability in a Ni 50.4 Mn 27.3 Ga 22.3 alloy via hot extrusion. The fine …

In the present study, the effect of γ′-phase dispersed particles on both the L21 (B2)-
10M/14M-L10 martensitic transformations and the elastocaloric effect in aged …

The effects of prior thermo-mechanical treatment on two-way shape memory effect (TWSME)
and its stability under thermal cycles in [001]-oriented Ni 49 Fe 18 Ga 27 Co 6 single crystals …

In the present study, the effects of stress-induced martensite aging (SIM-aging) in twinned L1
0-martensite on the functional properties of [001] A-oriented Ni 51 Fe 18 Ga 27 Co 4 (at%) …

In this study, the orientation dependence of the elastocaloric effect and superelasticity in Ni
50 Mn 30 Ga 20 single crystals undergoing L2 1–10M/14M–L1 0 martensitic transformations …

The study of the influence of the cobalt content on the cyclic stability of superelasticity (SE)
was carried out in quenched Ni44Fe19Ga27Co10 and Ni39Fe19Ga27Co15 (at.%) single …

The deformation behavior, yield strength temperature dependence, and plasticity of the high-
temperature L2 1 (B2)-phase during compression in the temperature range 773–1173 K for …

In present work the cyclic stability of superelasticity was studied in the stress-free and stress-
assisted aged [001]-oriented Ni49Fe18Ga27Co6 (at.%) single crystals. It was experimentally …