In this paper, through redefining the martensite internal variable of shape memory alloys
(SMAs) based on the Brinson model, we propose the one-dimensional phenomenological …

Transformation induced plasticity is defined as the plastic flow arising from solid state phase
transformation processes involving volume and/or shape changes without overlap** the …

In this work, we develop a coupled thermo-mechanical, isotropic-plasticity, finite-deformation-
based constitutive model for high-temperature shape memory alloys (HTSMAs). This …

Martensitic phase transformation and plasticity are two primary mechanisms of deformation
in shape memory alloys (SMAs) and the interaction between them influences the behaviour …

Metamaterials are a group of materials with artificial engineered structures that exhibits
customized properties which are not naturally available in other materials. To accelerate the …

The shape memory alloy-shape memory polymer (SMA-SMP) composite actuators are the
novel smart actuator designs which capable of large recoverable actuation deformation as …

Shape memory alloys (SMAs) and zirconia-based ceramics (SMCs) find a wide range of
applications in various fields due to their unique properties such as superelasticity and …

High-temperature shape memory alloys have remarkably solved the limitation of
conventional shape memory alloys working at low levels of temperature and stress. The …