Magnetic shape memory alloys (MSMAs), both in condensed matter physics and in material
science, are one of the most extensive research subjects. They show prompt response to the …

In recent years, iron-based shape-memory-alloys such as Fe–Mn–Al–Ni came into focus,
due to superior pseudoelastic performance and concomitantly low costs of the alloying …

Bulk zirconia ceramics tend to crack when they undergo martensitic transformation, while
small-scale samples survive. The relative importance of sample dimension and mean grain …

Abstract Co-Ni-Ga shape memory alloys attracted scientific attention as promising candidate
materials for damping applications at elevated temperatures, owing to excellent superelastic …

This paper reports on the effect of dense dispersions of nanometric γ′ precipitates on the
shape memory and superelastic response of Co 49 Ni 21 Ga 30 single crystals. The …

Abstract Co-Ni-Ga high-temperature shape memory alloy is additively processed by
selective laser melting for the first time. Reversible martensitic transformation of the as-built …

Binder jetting has shown promise for the rapid preparation of brittle Ni–Mn-based alloy parts,
while the effect of residues on martensitic transformation (MT) behavior has rarely been …

High-performance but low-cost structural materials with nanoscale precipitations are vitally
important for engineering applications in advanced industry systems. Thus far, the classical …

Ferrous shape memory alloys showing superelasticity have recently been obtained in two
alloy systems in the 2010s. One is Fe–Mn–Al–Ni, which undergoes martensitic …

Great interests on high temperature shape memory alloys (HTSMAs) are recently raised,
driven primarily by the aerospace and automotive industries, for their potential to serve as …