The effect of formation and evolution of stress-induced martensitic microstructures on
macroscopic mechanical properties of shape memory alloys in the pseudoelastic regime is …

Size effects in pseudoelastic polycrystalline shape memory alloys are studied by
considering a representative spherical laminated domain (subgrain) and its interfacial …

Recent experiments showed that the macroscopic interface propagation of the martensitic
phase transformation in Shape Memory Alloys (SMAs) includes unstable microstructure …

A finite-strain phase field model for martensitic phase transformation and twinning in shape
memory alloys is developed and confronted with the corresponding sharp-interface …

Stress-induced martensitic transformation in polycrystalline NiTi under tension often
proceeds through formation and propagation of macroscopic phase transformation fronts, ie …

Porous shape-memory alloys are usually brittle due to the presence of various nickel–
titanium intermetallic compounds that are produced in the course of most commonly used …

In this paper a micromechanical model that incorporates single crystal constitutive
relationships is used for studying the pseudoelastic response of polycrystalline shape …

Under tension or tension/torsion combined loading, the formation and movement of
macroscopic interfaces (domain fronts which separate the austenite and martensite regions) …

In this paper, a multiscale continuum model is proposed to study the effect of grain size on
the macroscopic dissipative response of shape memory alloy polycrystals during isothermal …

We propose a model of nonlinear deformation of shape memory alloys (SMA) under phase
and structure transitions which reflects the basic characteristics of the phenomena that occur …