… few alloy systems. The present work seeks to provide a more comprehensive coverage of the
possible alloy systems that display high temperature shape memory and … high temperature …

… in robotics since shape memory alloys with high transformation temperatures allow faster …
temperature SMA (LTSMA) from high temperature SMA (HTSMA), we define HTSMA as alloys …

… high temperatures of MT (up to 1100 K) associated with a decent high-temperature shape
memory … to perform an assessment of high-temperature shape memory behaviour and related …

… paper high-temperature shape memory alloys based on TiPd and TiPt are reviewed. The effect
of the alloying elements in ternary TiPd and TiPt alloys … Generally, the addition of alloying …

… alloys (SMAs) and we recognized the potential of these materials for high temperature
applications. TiNiHf alloys exhibit better shape memory properties than other TiNiX (X=Pt, Pd, Au, …

… studied alloys. Based on the current findings, we introduce multi-component ultra-high
temperature shape memory alloys, … new field of study and applications for shape memory alloys. …

… for the development of novel high-temperature shape memory alloys. … Ti-base shape memory
alloys to be considered as HTSMA is the stability of their high-temperature shape memory …

… High-temperature shape memory alloys (SMAs) have attracted significant attention in recent
… alloys are the most useful, because of their unique combination of perfect shape memory …

… .%) high temperature shape memory alloy was investigated. The improved thermal cyclic
stability under constant tensile stresses in the ECAEd samples was attributed to the increase in …

… Ni–Mn–Co–Ga alloys with Ni/Mn or Ni and Mn substituted by Co were investigated as
candidates for high-temperature shape-memory alloys. Ni 56− x Co x Mn 25 Ga 19 alloys with x < …