Wire‐shaped materials are ideal form for rapid, cheap, and scalable production and
application. Herein, the most recent results on Heusler‐based cylindrical micro‐and …

Recently, all-d-metal Ni (Co)-Mn-Ti Heusler systems have become the research hotspot due
to their magnetoresponsive properties associated with a tunable first-order …

The all-d-metal Ni-(Co)-Mn-Ti-based Heusler alloys are found to show a giant
magnetocaloric effect near room temperature and are thereby potential materials for solid …

MnCoGe alloys are widely recognized as an important family of rare-earth-free
magnetocaloric materials by engineering its magnetostructural coupling for giant entropy …

The reduction of the thermal hysteresis in first order magnetostructural transition is a
determining factor to decrease energy losses and to improve the efficiency of …

In this study, the quasi-volume-preserving martensitic phase transition in Co2NiV and
Co2NiTi and the physical mechanism were theoretically investigated. Detailed studies …

Hysteresis is an important phase transformation property to understand and control in shape-
memory materials. While a detailed understanding of hysteresis has been developed in …

The advancement of magnetic materials with coupled magneto-structural phase transition
(MST) to fulfill the ultimate objectives of practical solid-state cooling applications requires a …

Shape memory alloys (SMAs) are desirable candidates for elastocaloric effect materials, but
they all suffer from large thermal hysteresis (T hys). This study analyzes multicomponent TiNi …

Abstract Ni-Mn-Ga based alloys are widely studied due to their potential for practical
applications, making use of their martensitic transformations. However, hysteresis is a long …