Keywordsshape memory alloy; Cu–Al–Mn; columnar grain; hot deformation; dynamic recovery; martensitic transformation; superelasticity; shape memory alloy; NiTi alloy; severe plastic deformation; microstructure; elastic constants; band Jahn–Teller effect; disorder–order transformation; shape memory alloy; NiTi alloy; plastic deformation; dynamic recrystallization; microstructure; shape memory alloy; NiTi alloy; NiTi tube; radial loading; deformation mechanism; shape memory alloy; stainless steel; barrier layer; infrared brazing; microstructure; shape memory alloy; NiTiCu alloy; constitutive behavior; phase transformation; microstructure; shape memory alloy; mechanical property; microstructures; phase transformation; shape memory alloy; NiTiNb alloy; plastic deformation; processing map; shape memory alloy; NiTi alloy; plastic deformation; crystal plasticity; finite element method; high field X-ray diffraction; NiCoMnIn; metamagnetic shape memory alloys; T-stub components; partially-restrained (PR) bolted connections; superelastic shape memory alloys (SMAs); prying action mechanism; failure modes; finite element (FE) analysis; shape memory alloys (SMAs); martensitic transformation; internal friction; dynamic mechanical analysis; ferromagnetic shape memory alloy; martensitic transition; electrical resistivity; Heusler alloy; Fe-doped Ni2MnGa; electronic specific heat coefficient; density of states; shape memory alloy; martensitic phase transformation; shape memory alloy; acoustic properties; internal friction; lattice defects; hydrogen; shape memory alloys; high temperature shape memory alloy (HTSMA); NiTiZr; NiTi; n/a
