Herein, we have revealed the phase transition path and magnetic properties of Ni–Mn–In
alloys with excess Ni or Mn (Ni 24+ x Mn 12 In 12-x, Ni 24+ x Mn 12-x In 12 and Ni 24 Mn …

Both the barocaloric effect (BCE) and its reversible behavior during martensitic
transformation (MT) have been experimentally investigated in Ni 42.3 Co 7.9 Mn 38.8 Sn 11 …

The microstructure evolution and mechanical behavior in directionally solidified Ni-rich Ni-
Mn-Ga alloys with nominal compositions of Ni 58 Mn 25 Ga 17 and Ni 60 Mn 25 Ga 15 …

Thermal hysteresis is recognized as one of the main drawbacks for cyclical applications of
magnetocaloric and ferromagnetic shape memory materials with first-order transformations …

Both magnetic-field-induced reverse martensitic transformation (MFIRMT) and mechanical
properties are crucial for application of Ni-Mn-Sn magnetic shape memory alloys. Here, we …

Structural glasses are characterized by the loss of long-range translational and rotational
symmetry. In the last two decades, however, it has been discovered that materials that …

This paper is to improve our previous phase-transformable material constitutive model
(Chen et al., 2014) and implement it in a mass-spring configuration to study the recently …

Our recent progress on magnetic entropy change (ΔS) involving martensitic transition in both
conventional and metamagnetic NiMn-based Heusler alloys is reviewed. For the …

A thermo-responsive shape memory polymeric material is reported, which is not only rubber-
like from above to below its shape recovery temperature, but also has a repeatable thermal …

Due to the advantages of both the metallic and glass fiber qualities, glass fiber reinforced
metal layers are one of the best impact resistant materials. Shape memory alloys have also …