Martensitic transformation (MT), strain glass transition (SGT) and the corresponding stress-
strain responses in cold-rolled Ti 49.2 Ni 50.8 shape memory alloys (SMAs) at various …

The stress-induced martensitic transformation behavior and the microstructure of stress-
induced martensite (SIM) in a Ti36Ni49Hf15 high temperature shape memory alloy (SMA) …

Shape memory alloys (SMAs) offer many technological advantages in various applications
due to shape memory effect and superelasticity. Among them, superelasticity persists within …

Deformation of a B19′ martensitic, polycrystalline Ni 49.9 Ti 50.1 (at.%) shape memory
alloy and its influence on the magnitude and stability of the ensuing two-way shape memory …

The electrical resistivity, Seebeck coefficient, thermal conductivity, and specific heat of
Ti50Ni50-x Fe x (x= 2.0–10.0 at.%) shape memory alloys (SMAs) were measured to …

Ni–Ti shape memory alloys are known to demonstrate three possible transformation paths
between B2 and B19′ phases, B2–R–B19′, B2–B19′ and B2–B19–B19′, depending …

Martensitic transformation and mechanical behavior was investigated on TiNi shape
memory alloy subjected to severe plastic deformation by cold rolling. Transmission electron …

The development of plastic deformation and shape memory behavior of the Ti49. 5Ni50. 5,
Ti50Ni34Pt16, Ti50Ni39, 25Cu10Fe0, 75 alloys are studied. The alloys differ by …

The shape memory effect is closely related to a martensitic phase transformation and the
memory strain (the recoverable strain) is brought about by stress induced martensitic phase …

R and B2 nano-domains are introduced in NiTi shape memory alloy (SMA) through
isothermal compression followed by post aging, and high superelastic stability is achieved …