This article is a literature review of recent advances in novel Fe-Mn based alloys, drawing
specific examples on Hadfield and TWIP steels, and high entropy and shape memory alloys …

Performance degradation in shape memory alloys (SMA) arises due to a gradual loss of
strain recoverability attributable to slip mediated plasticity. The slip-induced changes in …

Iron-based shape memory alloys are promising candidates for large-scale structural
applications due to their cost efficiency and the possibility of using conventional processing …

Shape memory alloys are a unique class of materials that can recover their original shape
upon heating after a large deformation. Ti-Ni alloys with a large recovery strain are …

Dislocation slip in B2 NiTi is studied with atomistic simulations in conjunction with
transmission electron microscopy (TEM). The atomistic simulations examine the generalized …

FeMnAlNi shape memory alloys were recently discovered to have a small temperature
dependence of the superelastic critical stress in a large superelastic temperature window …

The presence of nano-sized coherent precipitates is well known to have crucial impact on
the mechanical behaviors of a broad class of superelastic alloys. As a representative …

FeNiCoAlTa shape memory alloys were recently discovered to possess a combination of
high transformation strain and high resistance to plastic deformation. However, the …

The effect of heat treatments on superelasticity was investigated in a FeMnAlNi
polycrystalline alloy using incremental tensile strain tests at room temperature. Large grains …

Among all shape memory alloys, the iron-based FeMnNiAl has emerged as one of the most
promising compositions with a huge superelasticity temperature window (> 400° C). In this …